CN107059300A - A non-contact processing device and method for silk patterns - Google Patents

Abstract

The invention discloses a non-contact processing device and method for silk patterns. The processing device includes a processing box and an anti-fog cover; an infrared heater is arranged on the bottom surface inside the processing box; The upper part of the interior is provided with a support frame; the support frame is provided with a mesh processing frame; the mesh processing frame is provided with a pressure frame; the upper end of the processing box is provided with an anti-fog cover; One end of the device is connected with an infusion rod; the infusion rod is provided with a liquid dosage controller; the liquid dosage controller is externally connected with a micro pressurized pump; the spray device is provided with a spray head. The treatment method includes the following steps: 1) preparing a treatment liquid; 2) using a non-contact silk pattern treatment device to process the silk pattern that does not need to be reinforced by a support or the silk pattern that needs to be reinforced by a support first. The invention can effectively avoid the damage caused by touching the silk pattern, is easy to operate, protects the appearance of the silk pattern itself, and has strong practicability.

Description

A non-contact processing device and method for silk patterns

technical field

The invention relates to a processing device and method for silk patterns, in particular to a non-contact processing device and method for silk patterns.

Background technique

Silk patterns are precious historical materials in silk archives. They record the appearance of products, processing techniques and characteristics of the times. They are non-renewable and need to be preserved for a long time. However, silk is a protein organic material, and its texture is very easy to age due to the daily action of microorganisms and light. Therefore, corresponding anti-mildew and anti-light treatments should be carried out during storage. Silk patterns generally have a certain age, and some have a very long history, and the texture strength is weak. The conventional contact padding treatment will often cause secondary damage to the pattern. The technology provides a non-contact silk pattern processing method and processing device, thereby avoiding self-injury of the silk pattern during processing.

Contents of the invention

In view of the above-mentioned technical problems, the object of the present invention is to propose a non-contact processing device and method that can effectively protect the silk pattern itself and avoid damage.

The technical solution of the present invention is achieved as follows: a non-contact processing device for silk patterns, including a processing box and an anti-fog cover; the bottom surface inside the processing box is provided with an infrared heater; There is an air suction port; the air suction port is connected to the air aspirator; the upper part of the processing box is provided with a support frame; the support frame is provided with a mesh processing frame; the mesh processing frame is provided with a pressure frame; The upper end of the treatment box is provided with an anti-fog cover; the upper end inside the anti-fog cover is provided with a spray device; one end of the spray device is connected to an infusion rod; the infusion rod is provided with a liquid dosage controller; The controller is externally connected with a miniature booster pump; the spray device is provided with a spray head; the spray device rotates around the infusion rod.

Preferably, the air suction ports are distributed on the front, rear, left, and right sides of the treatment box; there are at least six air suction ports.

Preferably, the spray device includes four spray pipes parallel to the infusion rod; the four spray pipes are distributed on the upper, lower, left and right directions of the infusion rod; the spray heads are evenly distributed on the spray pipes; There are at least six spray heads on the root spray pipe.

Preferably, the wire mesh of the mesh processing frame is threaded with twisted nylon threads.

Preferably, the internal and external dimensions of the press frame are the same as those of the screen processing frame.

A non-contact method for processing silk patterns, comprising the following steps:

1) Preparation of treatment solution: use deionized water to prepare anti-mildew or anti-light treatment solution according to the following ingredients and proportions;

Anti-mold treatment liquid: anti-mold agent: 1-5 wt%; silk fibroin powder: 1-8 wt%; solvent: deionized water;

Anti-light treatment liquid: anti-light agent: 5-15 wt%; silk fibroin powder: 1-8 wt%; solvent: deionized water;

2) Use a non-contact processing device for silk patterns to process silk patterns that do not need support reinforcement or silk patterns that need support reinforcement first;

The specific steps of using the non-contact processing device for silk patterns to process silk patterns that do not require support reinforcement are as follows:

A. Place the silk pattern: place the silk pattern flat on the mesh processing rack in the processing box, with the reverse side facing up;

B. Spray treatment: use the configured treatment liquid to spray on the reverse side of the silk pattern; when spraying, the speed of the spray device is 20-40 rpm, controlled by the treatment liquid dosage controller, and the general liquid dosage is controlled at 150- Within 350ml/ ^m2 ;

C. Suction treatment: After the spraying is completed, the pressure frame is pressed on the mesh treatment frame, and the suction is carried out in a breeze. The suction volume is generally controlled between 0.5-1.5m ³ /h, and the suction time is controlled at 60-120 minute;

D. Drying treatment: After the air suction is completed, turn on the infrared dryer to dry. The drying temperature is generally between 35-60°C and the time is 20-40 minutes;

E. Place the silk pattern face up, and carry out spray treatment, suction treatment and drying treatment in sequence;

F. After the front and back of the silk pattern are sprayed, sucked and dried, they are naturally balanced for 24 hours;

The specific steps of using the non-contact processing device for silk patterns to process the silk patterns that need to be reinforced first are as follows:

A. Reinforcing material treatment: immerse the silk pattern in anti-mildew or anti-light treatment liquid, take it out after it is fully wet, put it on a flat plate and use a rubber roller to roll the front and back sides; , carry out natural drying for standby;

B. Prepare silk fibroin latex: prepare silk fibroin latex according to the following ingredients and proportions:

Acrylic polymer emulsion: 30-45 wt%; silk fibroin powder: 1-4 wt% solvent: deionized water;

The weight ratio of each monomer in the acrylic acid polymer emulsion is: methyl methacrylate: 10-15%, butyl acrylate: 75-85%; acrylic acid: 3-7%; 2-hydroxyethyl acrylate: 2-5%;

C. Bracket reinforcement treatment: set up a working area for bracket production on the surface of PET low-viscosity film material, and evenly coat the prepared silk fibroin emulsion in the working area. The dosage of silk fibroin emulsion is 8-10ml; absorb it with a disposable syringe 8-10mL silk fibroin glue emulsion is evenly dropped into the working area of the low-viscosity film material; use a wool brush to repeatedly brush the emulsion horizontally and vertically in the working area, so that the silk fibroin glue emulsion is evenly distributed in the area, The ambient temperature during painting is 27-29°C; during the painting process, when the milky white color in the silk fibroin latex disappears, the silk fibroin film on the PET low-viscosity film material is initially formed; The silk support material is pasted on the surface of the silk fibroin film in the working area, and the rubber roller is used to roll on the silk support material. The hardness of the surface of the rubber roller is 70-75, and the rolling pressure is 15-20kg; After peeling off the PET low-adhesive film material, the silk fibroin film is evenly and completely adhered to the surface of the silk support material to form a reinforcement support; place the silk pattern that needs to be reinforced on a smooth flat surface, with the reverse side facing up, and fix it with pressure strips around it; Lay the side of the reinforcing bracket with the silk fibroin film on the reverse side of the silk pattern, and roll and press with a rubber roller. The surface hardness of the rubber roller is 70-75, and the pressing pressure is 15-20kg; Place the reinforced silk pattern on a flat workbench for 24 hours of balance, and the balance temperature is normal temperature;

D. Place the silk pattern: put the silk pattern that has been reinforced by the bracket on the mesh processing rack in the processing box, with the front facing up;

E. Spray treatment: use the configured treatment liquid to spray on the reverse side of the silk pattern; when spraying, the speed of the spray device is 20-40 rpm, controlled by the treatment liquid dosage controller, and the general liquid dosage is controlled at 150- Within 350ml/ ^m2 ;

F. Suction treatment: After the spraying is completed, the pressure frame is pressed on the mesh treatment frame, and the suction is carried out in a breeze. The suction volume is generally controlled between 0.5-1.5m ³ /h, and the suction time is controlled at 60-120 minute;

G. Drying treatment: After the suction is completed, turn on the infrared dryer to dry. The drying temperature is generally between 35-60°C and the time is 20-40 minutes;

H. Naturally balance the dried silk patterns for 24 hours.

Due to the application of the above-mentioned technical solution, the present invention has the following advantages compared with the prior art:

A non-contact processing device and method for silk patterns of the present invention can effectively avoid damage caused by contact with silk patterns, and is reasonable in design, easy to operate, non-contact processing method, protects the appearance of silk patterns itself, and is practical Strong.

Description of drawings

Below in conjunction with accompanying drawing, technical solution of the present invention will be further described:

Accompanying drawing 1 is the main structure schematic diagram of the processing device of a kind of non-contact processing device and method of silk pattern of the present invention;

Accompanying drawing 2 is A-A sectional schematic diagram in accompanying drawing 1;

Accompanying drawing 3 is the structure schematic diagram of the spraying device of the non-contact treatment device and method of the invention of a silk pattern;

Accompanying drawing 4 is a schematic structural diagram of a mesh processing frame of a non-contact processing device and method for silk patterns according to the present invention.

detailed description

The present invention is described below in conjunction with accompanying drawing.

As shown in accompanying drawing 1-4, it is a kind of non-contact treatment device of silk pattern according to the present invention, comprises treatment box 1 and anti-fog cover 2; The bottom surface inside described treatment box 1 is provided with infrared heater 3; The bottom of the processing box 1 is provided with a suction port 4; the suction port 4 is connected to a suction device; the upper part of the processing box 1 is provided with a support frame 5; the support frame 5 is provided with a mesh processing frame 6 ; The mesh processing frame 6 is provided with a pressure frame 7; the upper end of the treatment box 1 is provided with an anti-fog cover 2; the upper end of the anti-fog cover 2 inside is provided with a spray device 8; One end is connected with an infusion rod 9; the infusion rod 9 is provided with a liquid dosage controller 10; the liquid dosage controller 10 is externally connected with a micro pressure pump; the spray device 8 is provided with a spray head 11; The device 8 rotates around the infusion rod 9; the air suction port 4 is distributed on the front, rear, left, and right sides of the processing box 1; there are at least six air suction ports 4; the spray device 8 includes four spray pipes parallel to the infusion rod 9 12; four spray pipes 12 are distributed on the upper, lower, left and right directions of the infusion rod 9; the spray heads 11 are evenly distributed on the spray pipes 12; each spray pipe 12 has at least six spray heads 11 The screen of the mesh processing frame 6 is threaded with twisted nylon thread, and the twisted nylon thread is threaded with a mesh of 20mm*20mm, and the thickness of the nylon thread is 300D, and the twisting degree is 4T/cm; The consumption is controlled by the liquid consumption controller 10, and the pressurization adopts a micro-boosting pump to pressurize;

A non-contact method for processing silk patterns, comprising the following steps:

1) Preparation of treatment solution: use deionized water to prepare anti-mildew or anti-light treatment solution according to the following ingredients and proportions;

Anti-mold treatment liquid: anti-mold agent: 1-5 wt%; silk fibroin powder: 1-8 wt%; solvent: deionized water;

Anti-light treatment liquid: anti-light agent: 5-15 wt%; silk fibroin powder: 1-8 wt%; solvent: deionized water;

2) Use a non-contact processing device for silk patterns to process silk patterns that do not need support reinforcement or silk patterns that need support reinforcement first;

The specific steps of using the non-contact processing device for silk patterns to process silk patterns that do not need support reinforcement are as follows: for some patterns with certain self-strength, generally no support is used for reinforcement. method to proceed;

A. Place the silk pattern: first open the anti-fog cover 2, put the silk pattern flat on the mesh processing frame 6 in the processing box 1, with the reverse side facing up, and change the anti-fog cover 2;

B. Spray treatment: According to the different needs of anti-mildew or anti-light, use the configured treatment liquid to spray on the reverse side of the pattern; when spraying, the speed of the spray device 8 is 20-40 rpm, controlled by the treatment liquid dosage controller 10 for control, the general liquid dosage is controlled within 150-350ml/ ^m2 ;

C. Suction treatment: the silk pattern needs to be aligned with the silk screen part on the mesh processing frame 6, and the pressure frame 7 is pressed on the mesh processing frame 6 to ensure that the pattern is just pressed around the pattern, and the pattern is prevented from moving during the suction process. The air suction is carried out in a breeze mode, the air suction volume is generally controlled between 0.5-1.5m ³ /h, and the suction time is controlled at 60-120 minutes;

D. Drying treatment: After the air suction is completed, turn on the infrared dryer to dry. The drying temperature is generally between 35-60°C and the time is 20-40 minutes;

E. After the drying treatment is completed, place the silk pattern face up, and then carry out spray treatment, suction treatment and drying treatment in sequence;

F. After the front and back of the silk pattern are sprayed, sucked and dried, they are naturally balanced for 24 hours to complete the non-contact treatment of the silk pattern;

The specific steps of using the non-contact processing device for silk patterns to process silk patterns that need to be reinforced by supports are as follows: for some patterns that are not strong enough, non-contact processing cannot be directly performed, and the patterns need to be reinforced first;

A. Reinforcement material treatment: Immerse the silk support material in the anti-mildew or anti-light treatment liquid, take it out after it is fully wet, put it on a flat plate and use a rubber roller to perform rolling operations on the front and back sides; after the treatment liquid, "two dipping and two rolling" After that, carry out natural drying for subsequent use;

B. Prepare silk fibroin latex: prepare silk fibroin latex according to the following ingredients and proportions:

Acrylic polymer emulsion: 30-45 wt%; silk fibroin powder: 1-4 wt% solvent: deionized water;

The weight ratio of each monomer in the acrylic acid polymer emulsion is: methyl methacrylate: 10-15%, butyl acrylate: 75-85%; acrylic acid: 3-7%; 2-hydroxyethyl acrylate: 2-5%;

C. Stent reinforcement treatment: set a 25×34cm work area for stent production on the surface of the PET low-viscosity film material, and evenly coat the prepared silk fibroin emulsion in this area, and select the amount of emulsion to be 8-10ml according to the characteristics of the stent . The specific operation steps are: use a disposable syringe to absorb 8-10mL silk fibroin glue emulsion, and evenly drop it into the working area of the low-viscosity film material; Brush repeatedly to make the silk fibroin latex spread evenly in the area. The ambient temperature is about 28°C during painting; during the process of painting, the water in the silk fibroin latex gradually evaporates, and the milky white of the latex gradually recedes. When it basically disappears, the silk fibroin film on the PET low-viscosity film material has initially achieved molding. Next, gently paste the treated silk support material on the surface of the silk film in the working area, and use a rubber roller to evenly roll on the silk support material. The hardness of the surface of the rubber roller is between 70-75. The average pressure of rolling is 15-20kg. Repeat the rolling operation until it is smooth and even. Due to the difference in adhesive stress between the silk scaffold material and the PET low-adhesive film material, the silk scaffold material is adhered to the silk scaffold material evenly and completely after the silk scaffold material is peeled off from the PET low-viscosity film material. The surface forms a reinforcement bracket. Place the silk pattern to be reinforced flat on a smooth flat surface, with the reverse facing up, and fix it with pressure strips around it. The side of the reinforced bracket with the silk film is gently pressed to the reverse side of the silk pattern, and rolled and pressed with a rubber roller. The hardness of the surface of the rubber roller is between 70-75, and the average pressure is 15- 20kg. After the pressing is even and uniform, move the reinforced silk pattern on a flat workbench for 24 hours of balance, and the balance temperature is room temperature;

D. Place the silk pattern: open the anti-fog cover 2, place the silk pattern after the bracket reinforcement treatment on the mesh processing frame 6 in the processing box 1, face up, and cover the anti-fog cover 2 of the processing box;

E, spray treatment: during spraying, the rotating speed of spray device 8 is 20-40 rpm, and the consumption of treatment liquid is controlled by treatment liquid consumption controller 10 according to the fabric characteristics, structure and protection specific requirements of patterns. 150—350ml/ ^m2 ;

F, suction treatment: after the spraying is completed, open the anti-fog cover 2, put the pressure frame 7 on the silk pattern, and then carry out the suction treatment. At this time, the pattern needs to be aligned with the silk screen part on the mesh processing frame 6, When the pressure frame 7 is pressed, ensure that the surroundings of the pattern just press the pattern, and prevent the pattern from moving during the suction process. The suction is carried out in a breeze, mainly to promote the treatment liquid on the surface of the pattern to penetrate into the interior of the pattern, and the air suction volume is generally controlled. Between 0.5-1.5m ³ /h, the suction time is controlled at 60-120 minutes;

G. Drying treatment: turn on the infrared dryer 3 to dry, the drying temperature is generally between 35-60°C, and the time is 20-40 minutes;

H. Naturally balance the dried silk pattern for 24 hours to complete the non-contact processing of the silk pattern.

Specific embodiment one:

1. Use deionized water to prepare anti-mold treatment solution according to the following ingredients and ratios: FM-2598-1 anti-mold agent: 5 wt%; silk fibroin powder: 2 wt%; solvent: deionized water;

2. The silk spun with a fabric weight of 26 grams per square meter is used as a reinforced silk support material, and is immersed in the anti-mildew treatment solution for processing. Take it out after it is fully wet, put it on a flat plate and use a rubber roller to roll the front and back sides. After two dipping and two rolling treatments, it is naturally dried for later use.

3. Prepare silk fibroin latex according to the following composition ratio:

Acrylic polymer emulsion: 40wt%; silk fibroin powder: 2wt%; solvent: deionized water;

The weight ratio of each monomer in the acrylic acid polymer emulsion is: methyl methacrylate: 13%; butyl acrylate: 78%; acrylic acid: 5%; 2-hydroxyethyl acrylate: 4%

4. On the surface of PET low-viscosity film material, set up a work area of 25×34 cm for stent making, and evenly coat the above prepared silk fibroin glue emulsion in this area, and the amount of emulsion is 8ml. The specific operation steps are: use a disposable syringe to absorb 8mL silk fibroin glue emulsion, evenly drop it into the working area of the low-viscosity film material, use a wool brush with a hair length of about 10mm, and repeatedly apply the emulsion horizontally and vertically in the working area Brush to make the silk fibroin latex evenly distributed in the area, and the ambient temperature when brushing is about 28°C. During the painting process, the water in the silk fibroin latex evaporates gradually, and the milky white of the emulsion fades away gradually. When the milky white color basically disappears, gently paste the padded real silk on the surface of the silk fibroin film in the working area, and roll it evenly on the real silk with a rubber roller. The hardness of the rubber roller surface is 72 degrees. , The average rolling pressure is 15kg. Repeat the rolling operation until it is smooth and even. At the same time, put the silk antique satin pattern that needs to be reinforced on a smooth flat surface, with the reverse side facing up, and fix it with pressing strips around it. Silk antique satin pattern, size: 20×30cm, weight: 158g/square meter. At this time, the silk fabric is peeled off from the PET low-viscosity film material, and at the same time, the side with the silk film is gently pressed onto the reverse side of the silk antique satin pattern, and the rubber roller is used for rolling and pressing, and the rubber hardness is the same as above. , The average pressurized pressure is 15kg. After the pressing is even and uniform, the reinforced silk antique satin pattern is moved to a flat workbench for 24 hours of balance, and the balance temperature is room temperature.

5. After the pattern is balanced, open the anti-fog cover 2, place the reinforced silk antique satin pattern on the mesh processing frame 6 in the processing box 1, align it with the silk screen, face up, and cover it for processing Box anti-fog cover 2, carry out spray processing with anti-mildew treatment liquid on the front of the silk antique satin pattern pattern after reinforcement. When spraying, the rotational speed of the spray device 8 is 25 rpm, and the dosage of the treatment liquid is 250ml/m ² . After the spraying is completed, open the anti-fog cover 2, put on the pressure frame 7 to carry out air suction treatment, the air suction volume is controlled at about 1.0m ³ /h, and the air suction time is 120 minutes. After the suction is completed, the infrared dryer 3 is turned on for drying. The drying temperature is generally 50° C. for 20 minutes. After the treatment is completed, put it into another wire mesh rack for natural balance for 24 hours.

6. Carry out bacterial culture on the treated silk antique satin pattern, observe the growth of fungi on the surface of the sample, the experimental strain is Aspergillus niger, test temperature: 28°C; time: 7 days; relative humidity RH ≥ 95 %. The result of the experiment was "no mold growth was observed with the naked eye", indicating that the non-contact treatment method can have a good antiseptic effect and avoid the damage to the ancient satin pattern of silk by contact treatment.

The above-mentioned embodiments are only to illustrate the technical conception and characteristics of the present invention, and its purpose is to allow those familiar with this technology to understand the content of the present invention and implement it, and cannot limit the protection scope of the present invention with this. Substantial equivalent changes or modifications shall fall within the protection scope of the present invention.

Claims (6)

1. a kind of contactless processing unit of Silk pattern, it is characterised in that：Including treatment box and demister screen；The treatment box Internal bottom surface is provided with infrared heater；The bottom of the treatment box is provided with inlet scoop；The inlet scoop connects air suction device； Top inside the treatment box is provided with support frame；Net-shape processed frame is provided with support frame as described above；The net-shape processed frame On be provided with press box；The upper end of the treatment box is provided with demister screen；Upper end inside the demister screen is provided with sprayer unit； One end connection transfusion pole of the sprayer unit；Liquid amount controller is provided with the transfusion pole；The liquid amount controller The outer miniature force (forcing) pump of company；The spraying, which is loaded onto, is provided with fog-spray nozzle；The sprayer unit rotates around transfusion pole.

2. a kind of contactless processing unit of Silk pattern according to claim 1, it is characterised in that：The inlet scoop Treatment box is distributed in all around on four sides；Inlet scoop at least six.

3. a kind of contactless processing unit of Silk pattern according to claim 1, it is characterised in that：The spraying dress Put including four injection spray pipes parallel with transfusion pole；Four injection spray pipes are distributed in the orientation of the upper and lower, left and right of transfusion pole；Institute Fog-spray nozzle is stated to be uniformly distributed on injection spray pipe；At least six fog-spray nozzles on every injection spray pipe.

4. a kind of contactless processing unit of Silk pattern according to claim 1, it is characterised in that：The netted place The silk screen of reason frame is worn into twisting nylon yarn.

5. a kind of contactless processing unit of Silk pattern according to claim 1, it is characterised in that：The press box Inside and outside size is identical with the interior outside dimension that silk screen handles frame.

6. a kind of contactless processing method of Silk pattern, it is characterised in that：Comprise the following steps：

1）Prepare treatment fluid：With deionized water mould proof or anti-light treatment fluid is prepared by following composition, proportioning；

Mould proof treatment fluid：Mould inhibitor：1-5 wt%；Fibroin powder：1-8 wt%：Solvent：Deionized water；

Anti-light treatment fluid：Light stability agent：5-15 wt%；Fibroin powder：1-8 wt%；Solvent：Deionized water；

2) handle the Silk pattern reinforced without support using the contactless processing unit of Silk pattern or need first support to reinforce Silk pattern；

The specific steps for the Silk pattern that the contactless processing unit processing of the use Silk pattern is reinforced without support are such as Under：

A, placement Silk pattern：Silk pattern is lain on the net-shape processed frame in treatment box, reverse side is upward；

B, spraying treatment：Reverse side with the treatment fluid configured in Silk pattern carries out spraying treatment；Sprayer unit during spraying Rotating speed is 20-40 revs/min, is controlled by treatment fluid with amount controller, and general liquid consumption control is in 150-350ml/m2；

C, air draught processing：After the completion of spraying, press box is pressed on net-shape processed frame, and air draught is carried out in gentle breeze mode, and suction air volume is general Control is between 0.5-1.5m3/h, and air draught time control was at 60-120 minutes；

D, drying process：After the completion of air draught, open infrared dryer be dried, drying temperature typically between 35-60 DEG C, Time is 20-40 minutes；

E, Silk pattern face-up placed, and carry out spraying treatment, air draught processing, drying process successively；

F, the positive and negative of Silk pattern have all carried out to spraying treatment, air draught processing, drying process after, carry out natural equilibrium 24h；

The contactless processing unit processing of the use Silk pattern needs the specific steps of the Silk pattern of first support reinforcing such as Under：

A, reinforcement material processing：Silk timbering material is immersed in mould proof or anti-light treatment fluid, takes out, is placed on after being sufficiently humidified so as to The rolling operation of positive and negative is carried out on flat board with rubber cylinder；After treatment fluid " two leachings two are rolled ", natural drying is carried out standby；

B, preparation fibroin latex solution：Fibroin latex solution is prepared by following composition, proportioning：

Acrylate polymer emulsion：30-45 wt%；Fibroin powder：1-4 wt% solvents：Deionized water；

The weight ratio of each monomer is in the acrylate polymer emulsion：Methyl methacrylate：10-15 %, butyl acrylate： 75-85 %；Acrylic acid：3-7 %；Acrylic acid -2- hydroxyl ethyl esters：2-5 %；

C, support consolidation process：Support is set to make working region in the low adhesive membrane material surfaces of PET, in working region Even to coat the fibroin latex solution prepared, the consumption of fibroin latex solution is in 8-10ml；8-10mL are drawn with disposable syringe Plain latex solution, is uniformly dripped in the domain of low adhesive membrane material work area；Writing brush made of goat's hair hairbrush is used, emulsion is carried out in working region horizontal To the brushing repeatedly with longitudinal direction, fibroin latex solution is set to be evenly distributed in region, environment temperature during brushing is 27-29 DEG C； In painting process, during milky white decoloration in fibroin latex solution, the fibroin glued membrane on the low adhesive membrane materials of PET tentatively reaches Shaping；The silk timbering material that process pads processing is pasted to the fibroin film surface in working region, existed with rubber cylinder Rolled on silk timbering material, the hardness on rubber cylinder surface is 70-75, and rolling pressure is 15-20kg；By silk support After material is peeled off from the low adhesive membrane materials of PET, fibroin glued membrane is adhered to uniformly and intactly silk timbering material surface Form reinforced liner；The Silk pattern that needs reinforcement is lain in smooth planar surface, reverse side upward, with press strip fixed by surrounding； One side of the reinforced liner with fibroin glued membrane is covered to the reverse side of Silk pattern, blend rubber roller carries out rolling pressurization, rubber The hardness on glue cylinder surface is 70-75, and moulding pressure is 15-20kg；Cover the Silk pattern shifting after reinforcing after even uniform 24h balance is carried out on the whole workbench of horizontalization, equilibrium temperature is normal temperature；

D, placement Silk pattern：Silk pattern Jing Guo support consolidation process is lain on the net-shape processed frame in treatment box, Face-up；

E, spraying treatment：Reverse side with the treatment fluid configured in Silk pattern carries out spraying treatment；Sprayer unit during spraying Rotating speed is 20-40 revs/min, is controlled by treatment fluid with amount controller, and general liquid consumption control is in 150-350ml/m²It is interior；

F, air draught processing：After the completion of spraying, press box is pressed on net-shape processed frame, and air draught is carried out in gentle breeze mode, and suction air volume is general Control is in 0.5-1.5m³Between/h, air draught time control was at 60-120 minutes；

G, drying process：After the completion of air draught, open infrared dryer be dried, drying temperature typically between 35-60 DEG C, Time is 20-40 minutes；

H, by the Silk pattern after drying process, carry out natural equilibrium 24h.