Novel double-layer open-width air softening machine

Abstract

The invention relates to the technical field of textile mechanical equipment, in particular to a novel double-layer open-width air softening machine which comprises a softening machine body and fabric, the softening machine body comprises a main machine box, and a front cloth storage box and a rear cloth storage box are arranged on the two sides of the main machine box respectively; a transition box is arranged at the upper end of the front cloth storage box, and a cloth feeding device and a cloth discharging device are installed on the outer side of the transition box in a matched mode. A dehumidification and dust removal device and an air power system are arranged on the main case in a matched manner; due to the double-layer structural design, the fabric can be subjected to upper-layer treatment and lower-layer treatment at the same time, and the treatment efficiency is greatly improved; under the combined action of the dehumidifying and dedusting device and the air power system, impurities and moisture on the surface of the fabric are effectively removed, meanwhile, wrinkles are reduced, and the product quality is improved; by means of the design of the angle-adjustable impact fence, the equipment can meet the treatment requirements of fabrics of different types and specifications, the texture of the fabrics is improved, and the diversified treatment effect is achieved.

Description

Technical Field

[0001] The invention relates to the technical field of textile machinery and equipment, in particular to a novel double-layer open-width air softening machine. Background Art

[0002] With the rapid development of the textile industry and the increasing demand of consumers for textile quality, traditional washing and dry cleaning methods can no longer meet the needs of modern textile processing; traditional fabric softening methods often have some problems. For example, the use of chemical softeners may cause environmental pollution and may have a certain negative impact on the feel and quality of the fabric; moreover, traditional mechanical softening methods may cause damage to the fabric surface, affecting the appearance and service life of the fabric; these traditional methods not only damage the fiber structure of the fabric, causing deformation and poor feel, but also fail to completely remove dirt and impurities on the fabric; with the improvement of people's living standards, consumers pay more attention to the feel, softness and comfort of the fabric. and appearance, which has prompted the textile industry to continuously seek new technologies and equipment to meet the market demand for high-quality fabrics; therefore, air softening machine came into being as a new type of fabric post-processing equipment, which uses high-energy airflow to carry out special finishing of fabrics in flat width, and can achieve multiple effects such as softness, fluffyness, drying, and pre-shrinkage without chemical additives; in today's society, environmental awareness is increasing, and the textile industry is also facing the pressure of reducing environmental pollution and reducing energy consumption. The emergence of air softening machine provides textile enterprises with a more environmentally friendly fabric softening treatment method, which meets the requirements of sustainable development; however, the existing air softening machine still needs to be improved in terms of processing efficiency, fabric uniformity and energy consumption control. Summary of the invention

[0003] In order to solve some of the problems existing in the above-mentioned prior art, the present invention provides a novel double-layer open-width air softening machine.

[0004] To achieve the above-mentioned purpose, the present invention provides a novel double-layer flat-width air softening machine, including a softening machine body and fabric, the softening machine body including a main case, and a front cloth storage box and a rear cloth storage box are respectively arranged on both sides of the main case; a transition box is arranged at the upper end of the front cloth storage box, and a cloth feeding device and a cloth discharging device are installed on the outer side of the transition box; the main case is also provided with a dehumidification and dust removal device and an aerodynamic system.

[0005] As a further improvement of the present invention, in order to realize the caching and pretreatment of fabrics, ensure the smooth accumulation and arrangement of fabrics, and avoid wrinkles or damage to the fabrics due to uneven tension or speed mismatch during subsequent processing; at the same time, the double-layer processing design enables the equipment to process two layers of fabrics at the same time, further improving the softening effect and improving work efficiency; the front cloth storage box includes a front cloth storage box body, and the front first layer cloth storage fence and the front second layer cloth storage fence are arranged in the front cloth storage box body; the front cloth storage box body is also provided with a front connecting vertical rod, and through the front connecting The connecting vertical rod separates the front cloth storage box body into a front cloth storage part and a front impact part; the front cloth storage part is installed with a front transition bracket 1 and a front transition bracket 2, and the front transition bracket 1 and the front transition bracket 2 are arranged parallel to the front connecting vertical rod; the front impact part is provided with a front upper fixed block, a front lower fixed block, a front upper mounting block arranged corresponding to the front upper fixed block, and a front lower mounting block arranged corresponding to the front lower fixed block, a front first-layer impact fence is arranged between the front upper fixed block and the front upper mounting block, and a front second-layer impact fence is arranged between the front lower fixed block and the front lower mounting block.

[0006] As a further improvement of the present invention, in order to realize the collection, sorting and output of fabrics, the front cloth storage box is cooperated to work together, further ensuring the efficient and stable operation of the softening machine and the high-quality treatment of the fabrics; the rear cloth storage box includes a rear cloth storage box body, and the rear first layer cloth storage fence and the rear second layer cloth storage fence are arranged in the rear cloth storage box body; the rear cloth storage box body is also provided with a rear connecting vertical rod, and the rear cloth storage box body is divided into a rear cloth storage part and a rear impact part by the rear connecting vertical rod; the rear cloth storage part is installed with A rear transition bracket one and a rear transition bracket two, which are both arranged parallel to the rear connecting vertical rod; a rear upper fixed block, a rear lower fixed block, a rear upper mounting block corresponding to the rear upper fixed block, and a rear lower mounting block corresponding to the rear lower fixed block are arranged in the rear impact portion, a rear first layer impact fence is arranged between the rear upper fixed block and the rear upper mounting block, and a rear second layer impact fence is arranged between the rear lower fixed block and the rear lower mounting block; a transition roller is also arranged on the rear cloth storage box body.

[0007] As a further improvement of the present invention, in order to adjust the angle of the impact fence, change the impact force and frequency between the fabric and the fence, improve flexibility, enhance the texture of the fabric, and achieve diversified processing effects; the front first layer impact fence, the front second layer impact fence, the rear first layer impact fence and the rear second layer impact fence are all hinged and provided with mounting holes, and there are several mounting holes; the front first layer impact fence, the front second layer impact fence, the rear first layer impact fence and the rear second layer impact fence are all adjusted by connecting different mounting holes, and the angle is 90°~120°.

[0008] As a further improvement of the present invention, in order to ensure smooth and continuous transmission of the fabric and to process large quantities of fabric more efficiently and quickly, the main chassis includes a main chassis body, in which a first-layer transmission bracket and a second-layer transmission bracket are arranged; the first-layer transmission bracket and the second-layer transmission bracket are of the same size and shape and are arranged parallel to each other.

[0009] As a further improvement of the present invention, in order to achieve the guiding, expansion, tension adjustment and beating finishing of the fabric, and at the same time ensure the smooth transition of the fabric and the smooth connection of each processing step; a slide bar is arranged in the transition box, and a double expansion roller is arranged below the slide bar; an exit fabric tensioner is installed below the double expansion roller, and an exit fabric tensioner connecting rod is arranged on the exit fabric tensioner; an exit fabric tensioner adjusting wheel is arranged on the outer end of the exit fabric tensioner connecting rod, and the radial tension of different fabrics can be adjusted by rotating the exit fabric tensioner adjusting wheel; a beating roller is also arranged below the exit fabric tensioner.

[0010] As a further improvement of the present invention, in order to achieve stable support for the fabric, guide the fabric accurately into subsequent processing, and prevent the fabric from wrinkling or skewing left or right; the fabric feeding device includes a fabric feeding beam frame, one end of which is provided with an inlet fabric tensioner; an inlet fabric tensioner connecting rod is installed on the inlet fabric tensioner, and an inlet fabric tensioner adjusting wheel is cooperatively provided on the end of the inlet fabric tensioner connecting rod; a fabric feeding roller is provided at the other end of the fabric feeding beam frame, and an auxiliary roller is also provided between the fabric feeding roller and the inlet fabric tensioner.

[0011] As a further improvement of the present invention, in order to ensure that the processed fabric is output smoothly and without wrinkles, and swings with a certain amplitude, so that the fabric is neatly stacked or wound, which is convenient for subsequent processing and packaging; the cloth discharging device includes a cloth discharging beam frame, in which a cloth discharging roller is arranged; a cloth discharging frame is arranged below the cloth discharging roller, and a cloth swinging device is installed on the cloth discharging frame; the cloth discharging beam frame is also provided with an electrostatic elimination device.

[0012] As a further improvement of the present invention, in order to effectively reduce the humidity and dust in the working environment, it helps to maintain the cleanliness and appearance quality of the fabric and enhance the market competitiveness of the product; the dehumidification and dust removal device includes a wind nozzle, an automatic dust removal device is arranged in the wind nozzle, and a dust collection and compression device is arranged on the automatic dust removal device; the dehumidification and dust removal device also includes a dehumidification and dust removal fan.

[0013] As a further improvement of the present invention, in order to effectively realize the circulation of hot air, promote the heat exchange between the fabric and the hot air, enable the fabric to quickly reach the required softening treatment temperature, improve the treatment efficiency, and enhance the treatment effect; the aerodynamic system includes an upwind fan, a downwind fan and a burner, and a combustion tube is installed and connected to the burner.

[0014] The beneficial effects of the present invention are as follows: the double-layer structure design of the present invention allows the fabric to be processed on both the upper and lower layers at the same time, greatly improving the processing efficiency; through the combined action of the dehumidification and dust removal device and the aerodynamic system, impurities and moisture on the fabric surface are effectively removed, while reducing the generation of wrinkles and improving product quality; the impact fence design with adjustable angle allows the equipment to adapt to the processing needs of fabrics of different types and specifications, improve the texture of the fabric, and achieve diversified processing effects.

[0015] When the present invention is working, the air power system is first started, including an upwind fan, a downwind fan and a burner, and adjusted to appropriate working parameters so that the combustion cylinder generates an appropriate amount of heat and airflow; then the fabric to be processed is placed in the fabric feeding device, and the fabric is smoothly guided into the front fabric storage box through auxiliary rollers, fabric feeding rollers and an inlet fabric tightener. The radial tension of different fabrics can be adjusted by rotating the adjusting wheel of the inlet fabric tightener to prevent the fabric from wrinkling or tilting left and right, which affects subsequent processing; after the fabric enters the front fabric storage box, it first passes through the front fabric storage part and is supported and guided by the front transition bracket 2; then, the fabric enters the front impact part and is impacted by the front first layer of impact fence. By adjusting the angle of the impact fence, different degrees of softening treatment are achieved; then, the fabric that has been impacted enters the main box and is transported by the first layer of conveying bracket. In the main box, the fabric is continuously affected by the heat and airflow generated by the air power system, which further enhances the softening effect; after the fabric is transported into the rear fabric storage box, it undergoes a processing process similar to that of the front fabric storage box, including the transition of the rear fabric storage part and the impact treatment of the rear impact part, and is softened by After passing the transition roller, the fabric enters the rear fabric storage section from the rear transition bracket 1, and after the second impact treatment, it is transferred to the front fabric storage box by the second-layer transfer bracket for further treatment. Multiple impact treatments further improve the treatment effect; then the fabric that has been impacted enters the transition box, and a smooth transition and expansion are achieved through the slide bar and the double expansion rollers. The tension of the outlet tensioner is adjusted by the outlet tensioner adjustment wheel to meet the radial tension requirements of different fabrics. The beating roller gently beats the fabric to help tidy up the fabric surface; the treated fabric enters the fabric discharge device, and is guided to the fabric discharge rack by the fabric discharge roller. The fabric manipulation device arranges the fabric to ensure the neatness when the fabric is discharged; the static electricity elimination device eliminates static electricity on the fabric surface and improves the quality of the final product; during the entire treatment process, the dehumidification and dust removal device continues to work, and the impurities and moisture on the fabric surface are effectively removed through the wind nozzle, the automatic dust removal device and the dust collection and compression device. The dehumidification and dust removal fan provides the necessary suction force to ensure the dust removal effect; finally, after completing the treatment of a batch of fabrics, the air power system and the dehumidification and dust removal device are turned off, and the equipment is cleaned and maintained as necessary. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] In order to facilitate the understanding of those skilled in the art, the present invention is further described below with reference to the accompanying drawings: Figure 1 It is the front view of the present invention.

[0017] Figure 2 It is a left side view of the present invention.

[0018] Figure 3 It is a top view of the present invention.

[0019] Figure 4 It is a schematic structural diagram of the front cloth storage box in the present invention.

[0020] Figure 5 It is a structural schematic diagram of the main chassis in the present invention.

[0021] Figure 6 It is a schematic structural diagram of the rear cloth storage box in the present invention.

[0022] Figure 7 For the present invention Figure 1 Enlarged view of point A in the middle.

[0023] Among them, 1 softening machine body, 2 cloth feeding device, 201 cloth feeding beam frame, 202 imported cloth tightening device, 203 imported cloth tightening device connecting rod, 204 imported cloth tightening device adjusting wheel, 205 auxiliary roller, 206 cloth feeding roller, 3 cloth discharging device, 301 cloth discharging beam frame, 302 cloth discharging roller, 303 cloth discharging frame, 304 cloth swing device, 305 static elimination device, 4 front cloth storage box, 401 front cloth storage box body, 402 front transition bracket, 403 front transition bracket, Ferry bracket 2, 404 front cloth storage part, 405 front first layer cloth storage fence, 406 front second layer cloth storage fence, 407 front lower fixing block, 408 front impact part, 409 front second layer impact fence, 410 front lower mounting block, 411 front first layer impact fence, 412 front upper mounting block, 413 front upper fixing block, 414 front connecting vertical rod, 5 main box, 501 main box body, 502 first layer conveying bracket, 503 second layer conveying bracket, 6 rear cloth storage box, 601 rear cloth storage box body, 602 rear transition bracket 1, 603 rear transition bracket 2, 604 rear cloth storage part, 605 rear first layer cloth storage fence, 606 rear second layer cloth storage fence, 607 rear lower fixing block, 608 rear impact part, 609 rear second layer impact fence, 610 rear lower mounting block, 611 rear first layer impact fence, 612 rear upper mounting block, 613 rear upper fixing block, 614 rear connecting vertical rod, 615 transition Ferry roller, 7 dehumidification and dust removal device, 701 wind nozzle, 702 automatic dust removal device, 703 dust collection and compression device, 704 dehumidification and dust removal fan, 8 air power system, 801 upwind fan, 802 burner, 803 downwind fan, 804 combustion tube, 9 transition box, 901 slide bar, 902 double expansion roller, 903 outlet cloth tightener, 904 outlet cloth tightener adjusting wheel, 905 outlet cloth tightener connecting rod, 906 beating roller, 10 fabric. DETAILED DESCRIPTION

[0024] In order to enable those skilled in the art to better understand the technical solution in this application, Figure 1-7 The present invention is further described. The following examples are only used to more clearly illustrate the technical solution of the present invention, and are not intended to limit the protection scope of the present invention.

[0025] like Figure 1-7A novel double-layer open-width air softening machine shown in the figure comprises a softening machine body 1 and a fabric 10, wherein the softening machine body 1 comprises a main case 5, and a front cloth storage box 4 and a rear cloth storage box 6 are respectively arranged on both sides of the main case 5; a transition box 9 is arranged at the upper end of the front cloth storage box 4, and a cloth feeding device 2 and a cloth discharging device 3 are installed on the outer side of the transition box 9; a dehumidification and dust removal device 7 and an air power system 8 are also arranged on the main case 5; the front cloth storage box 4 comprises a front cloth storage box body 401, and a front first-layer cloth storage fence 405 and a front second-layer cloth storage fence 406 are arranged in the front cloth storage box body 401; a front connecting vertical rod 414 is also arranged in the front cloth storage box body 401, and a front connecting vertical rod 414 is ... The vertical rod 414 divides the front cloth storage box body 401 into a front cloth storage part 404 and a front impact part 408; the front cloth storage part 404 is installed with a front transition bracket 1 402 and a front transition bracket 2 403, and the front transition bracket 1 402 and the front transition bracket 2 403 are arranged parallel to the front connecting vertical rod 414; the front impact part 408 is provided with a front upper fixing block 413, a front lower fixing block 407, a front upper mounting block 412 arranged corresponding to the front upper fixing block 413, and a front lower mounting block 410 arranged corresponding to the front lower fixing block 407, a front first layer impact fence 411 is arranged between the front upper fixing block 413 and the front upper mounting block 412, and the front lower fixing block 407 and the front lower mounting block (410) is provided with a front second layer impact fence 409; the rear cloth storage box 6 comprises a rear cloth storage box body 601, in which a rear first layer cloth storage fence 605 and a rear second layer cloth storage fence 606 are provided; a rear connecting vertical rod 614 is also provided in the rear cloth storage box body 601, and the rear cloth storage box body 601 is divided into a rear cloth storage part 604 and a rear impact part 608 by the rear connecting vertical rod 614; a rear transition bracket 1 602 and a rear transition bracket 2 603 are installed in the rear cloth storage part 604, and the rear transition bracket 1 602 and the rear transition bracket 2 603 are both arranged parallel to the rear connecting vertical rod 614; a rear upper fixing block is provided in the rear impact part 608 613, a rear lower fixed block 607, a rear upper mounting block 612 corresponding to the rear upper fixed block 613, and a rear lower mounting block 610 corresponding to the rear lower fixed block 607, a rear first layer impact fence 611 is arranged between the rear upper fixed block 613 and the rear upper mounting block 612, and a rear second layer impact fence 609 is arranged between the rear lower fixed block 607 and the rear lower mounting block 610; a transition roller 615 is also arranged on the rear cloth storage box body 601; the front first layer impact fence 411, the front second layer impact fence 409, the rear first layer impact fence 611 and the rear second layer impact fence 609 are all hinged and provided with mounting holes, and the mounting holes are provided with a plurality of them;The front first layer impact fence 411, the front second layer impact fence 409, the rear first layer impact fence 611 and the rear second layer impact fence 609 are all adjusted by connecting different mounting holes, and the angle is 90° to 120°; the main box 5 includes a main box body 501, and the main box body 501 is provided with a first layer conveying bracket 502 and a second layer conveying bracket 503; the first layer conveying bracket 502 and the second layer conveying bracket 503 are of the same size and shape and are arranged parallel to each other; the transition box 9 is provided with a slide bar 901, A double-widening roller 902 is provided below the slide bar 901; an outlet cloth tightener 903 is installed below the double-widening roller 902, and an outlet cloth tightener connecting rod 905 is provided on the outlet cloth tightener 903; an outlet cloth tightener adjusting wheel 904 is provided on the outer end of the outlet cloth tightener connecting rod 905, and the radial tension of different fabrics 10 can be adjusted by rotating the outlet cloth tightener adjusting wheel 904; a beating roller 906 is also provided below the outlet cloth tightener 903; the cloth feeding device 2 includes a cloth feeding beam frame 201, which 01 is provided with an inlet cloth tightener 202 at one end; an inlet cloth tightener connecting rod 203 is installed on the inlet cloth tightener 202, and an inlet cloth tightener adjusting wheel 204 is provided on the end of the inlet cloth tightener connecting rod 203; a cloth feed roller 206 is provided at the other end of the cloth feed beam frame 201, and an auxiliary roller 205 is further provided between the cloth feed roller 206 and the inlet cloth tightener 202; the cloth discharge device 3 includes a cloth discharge beam frame 301, and a cloth discharge roller 302 is provided in the cloth discharge beam frame 301; a cloth discharge frame 303 is provided below the cloth discharge roller 302, and the cloth discharge frame 303 is provided below the cloth discharge roller 302. The cloth discharging frame 303 is equipped with a cloth swinging device 304; the cloth discharging beam frame 301 is also equipped with a static elimination device 305; the dehumidifying and dust removing device 7 includes a wind nozzle 701, the wind nozzle 701 is equipped with an automatic dust removing device 702, and the automatic dust removing device 702 is equipped with a dust collecting and compressing device 703; the dehumidifying and dust removing device 7 also includes a dehumidifying and dust removing fan 704; the air power system 8 includes an upper wind fan 801, a lower wind fan 803 and a burner 802, and the burner 802 is equipped with a combustion tube 804. ;

[0026] When the present invention is working, the air power system 8 is first started, including the upper air fan 801, the lower air fan 803 and the burner 802, and the working parameters are adjusted to make the combustion tube 804 generate appropriate heat and airflow; then the fabric 10 to be processed is placed in the fabric feeding device 2, and the fabric 10 is smoothly guided into the front fabric storage box 4 by the auxiliary roller 205, the fabric feeding roller 206 and the inlet fabric tightening device 202. The radial tension of different fabrics 10 can be adjusted by rotating the inlet fabric tightening device adjusting wheel 204 to prevent the fabric 10 from wrinkling or skewing to the left and right, which affects the subsequent processing; after the fabric 10 enters the front fabric storage box 4, it first passes through the front fabric storage part 404 , supported and guided by the front transition bracket 2 403; then, the fabric 10 enters the front impact part 408, and is impacted by the front first layer impact fence 411. By adjusting the angle of the impact fence, different degrees of softening treatment are achieved; then, the impact-treated fabric 10 enters the main box 5, and is transported by the first layer transport bracket 502. In the main box 5, the fabric 10 is continuously subjected to the heat and airflow generated by the aerodynamic system 8, which further enhances the softening effect; after the fabric 10 is transported into the rear fabric storage box 6, it undergoes a treatment process similar to that of the front fabric storage box 4, including the transition of the rear fabric storage part 604 and the impact treatment of the rear impact part 608, The fabric 10 passes through the transition roller 615 and enters the rear cloth storage section 604 from the rear transition bracket 602. After the second impact treatment, it is transferred by the second-layer transfer bracket 503 to the front cloth storage box 4 for further treatment. Multiple impact treatments further improve the treatment effect. The fabric 10 that has undergone the impact treatment then enters the transition box 9, and a smooth transition and expansion are achieved through the slide bar 901 and the double expansion rollers 902. The tension of the exit tensioner 903 is adjusted using the exit tensioner adjusting wheel 904 to adapt to the radial tension requirements of different fabrics. The beating roller 906 slightly beats the fabric 10 to help tidy up the surface of the fabric 10. The treated fabric 10 enters The cloth discharging device 3 is guided by the cloth discharging roller 302 to the cloth discharging rack 303, and the cloth manipulation device 304 arranges the fabric to ensure the neatness of the fabric when it is discharged; the static electricity elimination device 305 eliminates the static electricity on the surface of the fabric to improve the quality of the final product; during the whole processing process, the dehumidification and dust removal device 7 works continuously, and the impurities and moisture on the surface of the fabric 10 are effectively removed through the wind nozzle 701, the automatic dust removal device 702 and the dust collection and compression device 703, and the dehumidification and dust removal fan 704 provides the necessary suction force to ensure the dust removal effect; finally, after completing the processing of a batch of fabrics 10, the air power system 8 and the dehumidification and dust removal device 7 are turned off, and the equipment is cleaned and maintained as necessary.

[0027] The present invention is not limited to the above-mentioned embodiments. On the basis of the technical solution disclosed in the present invention, technicians in this field can make some substitutions and deformations to some technical features therein according to the disclosed technical content without creative labor, and these substitutions and deformations are all within the protection scope of the present invention.

Claims

1. A novel double-layer open-width air softening machine, comprising a softening machine body (1) and a fabric (10), characterized in that: The softening machine body (1) comprises a main box (5), and a front cloth storage box (4) and a rear cloth storage box (6) are respectively arranged on both sides of the main box (5); a transition box (9) is arranged at the upper end of the front cloth storage box (4), and a cloth feeding device (2) and a cloth discharging device (3) are installed on the outer side of the transition box (9); the main box (5) is also provided with a dehumidification and dust removal device (7) and an air power system (8).

2. A novel double-layer open-width air softening machine according to claim 1, characterized in that: The front cloth storage box (4) comprises a front cloth storage box body (401), wherein a front first-layer cloth storage fence (405) and a front second-layer cloth storage fence (406) are arranged in the front cloth storage box body (401); a front connecting vertical rod (414) is also arranged in the front cloth storage box body (401), and the front cloth storage box body (401) is divided into a front cloth storage part (404) and a front impact part (408) by the front connecting vertical rod (414); a front transition bracket 1 (402) and a front transition bracket 2 (403) are installed in the front cloth storage part (404), and the front transition bracket 1 (402) and the front transition bracket 2 (403) are installed in the front cloth storage part (404). The two (403) are arranged parallel to the front connecting vertical rod (414); the front impact part (408) is provided with a front upper fixing block (413), a front lower fixing block (407), a front upper mounting block (412) arranged corresponding to the front upper fixing block (413), and a front lower mounting block (410) arranged corresponding to the front lower fixing block (407); a front first layer impact fence (411) is arranged between the front upper fixing block (413) and the front upper mounting block (412); and a front second layer impact fence (409) is arranged between the front lower fixing block (407) and the front lower mounting block (410).

3. A novel double-layer open-width air softening machine according to claim 1, characterized in that: The rear cloth storage box (6) comprises a rear cloth storage box body (601), wherein the rear first cloth storage fence (605) and the rear second cloth storage fence (606) are arranged in the rear cloth storage box body (601); a rear connecting vertical rod (614) is also arranged in the rear cloth storage box body (601), and the rear cloth storage box body (601) is divided into a rear cloth storage part (604) and a rear impact part (608) by the rear connecting vertical rod (614); a rear transition bracket 1 (602) and a rear transition bracket 2 (603) are installed in the rear cloth storage part (604), and the rear transition bracket 1 (602) and the rear transition bracket 2 (603) are parallel to the rear connecting vertical rod (614). The rod (614) is provided; the rear impact part (608) is provided with a rear upper fixing block (613), a rear lower fixing block (607), a rear upper mounting block (612) corresponding to the rear upper fixing block (613), and a rear lower mounting block (610) corresponding to the rear lower fixing block (607); a rear first layer impact fence (611) is provided between the rear upper fixing block (613) and the rear upper mounting block (612); a rear second layer impact fence (609) is provided between the rear lower fixing block (607) and the rear lower mounting block (610); and a transition roller (615) is also provided on the rear cloth storage box body (601).

4. A novel double-layer open-width air softening machine according to claims 2 and 3, characterized in that: The front first layer impact fence (411), the front second layer impact fence (409), the rear first layer impact fence (611) and the rear second layer impact fence (609) are all hinged and provided with mounting holes, and the mounting holes are provided in a plurality; the front first layer impact fence (411), the front second layer impact fence (409), the rear first layer impact fence (611) and the rear second layer impact fence (609) are all connected to different mounting holes to adjust the angle, and the angle is 90° to 120°.

5. A novel double-layer open-width air softening machine according to claim 1, characterized in that: The mainframe case (5) comprises a mainframe case body (501), wherein a first-layer conveying bracket (502) and a second-layer conveying bracket (503) are arranged inside the mainframe case body (501); the first-layer conveying bracket (502) and the second-layer conveying bracket (503) are of the same size and shape and are arranged parallel to each other.

6. A novel double-layer open-width air softening machine according to claim 1, characterized in that: A slide bar (901) is arranged in the transition box (9), and a double-width expansion roller (902) is arranged below the slide bar (901); an exit fabric tightener (903) is installed below the double-width expansion roller (902), and an exit fabric tightener connecting rod (905) is arranged on the exit fabric tightener (903); an exit fabric tightener adjusting wheel (904) is arranged on the outer end of the exit fabric tightener connecting rod (905), and the radial tension of different fabrics (10) can be adjusted by rotating the exit fabric tightener adjusting wheel (904); a beating roller (906) is also arranged below the exit fabric tightener (903).

7. A novel double-layer open-width air softening machine according to claim 1, characterized in that: The cloth feeding device (2) comprises a cloth feeding beam (201), one end of which is provided with an inlet cloth tightener (202); an inlet cloth tightener connecting rod (203) is mounted on the inlet cloth tightener (202), and an inlet cloth tightener adjusting wheel (204) is provided on the end of the inlet cloth tightener connecting rod (203); a cloth feeding roller (206) is provided at the other end of the cloth feeding beam (201), and an auxiliary roller (205) is further provided between the cloth feeding roller (206) and the inlet cloth tightener (202).

8. A novel double-layer open-width air softening machine according to claim 1, characterized in that: The cloth discharging device (3) comprises a cloth discharging beam frame (301), wherein a cloth discharging roller (302) is arranged inside the cloth discharging beam frame (301); a cloth discharging frame (303) is arranged below the cloth discharging roller (302), and a cloth manipulation device (304) is mounted on the cloth discharging frame (303); and a static electricity elimination device (305) is also arranged inside the cloth discharging beam frame (301).

9. A novel double-layer open-width air softening machine according to claim 1, characterized in that: The dehumidifying and dust removing device (7) comprises a tuyere (701), an automatic dust removing device (702) being arranged inside the tuyere (701), and a dust collecting and compressing device (703) being arranged on the automatic dust removing device (702); the dehumidifying and dust removing device (7) further comprises a dehumidifying and dust removing fan (704).

10. A novel double-layer open-width air softening machine according to claim 1, characterized in that: The air power system (8) comprises an upwind fan (801), a downwind fan (803), and a burner (802), and a combustion cylinder (804) is installed and connected to the burner (802).

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