阅读说明：本技术 一种安全防变形的推拉窗的生产方法 (production method of safe anti-deformation sliding window ) 是由 孙鹏 于 2019-07-31 设计创作，主要内容包括：本发明是一种安全防变形的推拉窗的生产方法,其步骤为：制作窗框基件并进行窗框组装焊接加工；制成推拉窗基件和封边条；放入到胶质池中浸泡,将封边条除油处理；对窗框和推拉窗基件进行强化处理；将封边条和窗框和推拉窗基件打磨浸泡干燥；焊接为推拉窗胚体,并喷涂防水胶,喷涂亮光漆烘烤；抛光处理,完成推拉窗的制作。本发明与现有技术相比,通过对窗框和推拉窗基件进行强化处,弥补了推拉窗强度不足的缺陷,减少了再使用过程中易变形的情况,通过对推拉窗胚体进行喷涂防水胶,之后再采用电动喷漆方式进行喷涂亮光漆并进行烘烤,并采用抛光蜡进行抛光处理,提高了加工精度,满足了当前人们的使用需求。(The invention relates to a production method of a safe anti-deformation sliding window, which comprises the following steps: manufacturing a window frame base piece and assembling and welding a window frame; manufacturing a sliding window base piece and an edge banding strip; soaking in a colloid pool, and removing oil from the edge banding; strengthening the window frame and the sliding window base piece; polishing, soaking and drying the edge banding, the window frame and the sliding window base piece; welding the blank into a sliding window blank, spraying waterproof glue, spraying gloss paint and baking; and (5) polishing to finish the manufacturing of the sliding window. Compared with the prior art, the invention overcomes the defect of insufficient strength of the sliding window by strengthening the window frame and the sliding window base piece, reduces the condition of easy deformation in the reusing process, improves the processing precision by spraying waterproof glue on the sliding window blank, then spraying bright paint in an electric paint spraying mode and baking, and polishing by adopting polishing wax, thereby meeting the use requirements of people at present.)

1. a production method of a safe anti-deformation sliding window is characterized by comprising the following steps:

(1) decomposing a required sliding window frame base piece according to the size of a design drawing, manufacturing the window frame base piece by using a cutting machine, and assembling and welding a window frame by using screws;

(2) Cutting, bending and punching according to a design drawing to manufacture a sliding window base piece and an edge sealing strip;

(3) Putting the assembled and welded window frame and the sliding window base piece into a colloid pool to be soaked for 15-35min, controlling the temperature at 20-22 ℃, and putting the edge banding into an alkaline cleaner for 5-8min to carry out oil removal treatment;

(4) placing the window frame and the sliding window base piece in the step (3) into a pickling tank filled with pickling solution, pickling for 5-15min at normal temperature, placing the pickled window frame and the sliding window base piece into a tank filled with phosphating solution, gradually heating to 90-100 ℃, soaking for phosphating for 5-13min, and simultaneously adding an accelerant in the soaking process to perform strengthening treatment on the window frame and the sliding window base piece;

(5) Polishing the edge sealing strips in the step (3) and the window frames and the sliding window base pieces in the step (4) for 3-4 times by using a water curtain machine, soaking in clear water for 5-8min after polishing, and then drying in a drying box at the drying temperature of 20-35 ℃ for 11-21 min;

(6) After drying, welding the window frame and the sliding window base piece into a sliding window blank according to a drawing, spraying waterproof glue on the outer surface, then spraying bright paint in an electric paint spraying mode and baking;

(7) And taking out the baked sliding window blank, polishing by adopting polishing wax, assembling accessories and rollers, and finishing the manufacturing of the sliding window.

2. The method for producing a safe and deformation-preventing sliding window according to claim 1, wherein the cutting machine in the step (1) is a laser cutting machine.

3. the production method of the safe anti-deformation sliding window according to claim 1, wherein the alkaline cleaning agent in the step (3) is composed of an inorganic low-alkaline auxiliary agent, a surfactant and a defoaming agent, and the pH value is 10-12.

4. the production method of the safe anti-deformation sliding window according to claim 1, wherein the phosphating solution in the step (4) is a mixed solution of zinc oxide, phosphoric acid, nitric acid and water, and the weight part ratio of the phosphating solution to the phosphoric acid is 1:2:1-3: 8.

5. The method for producing a safe anti-deformation sliding window according to claim 1, wherein the accelerant in the step (4) is any one of nitrate, nitrite and chlorate.

Technical Field

the invention relates to the technical field of sliding window production, in particular to a production method of a safe anti-deformation sliding window.

Background

the sliding window has the advantages of simple and attractive appearance, convenient opening and closing, no occupation of indoor space and outdoor space in use, no influence on indoor curtain occupation and the like, is popular with users, is widely applied to the field of buildings, and is particularly popular with rooms with small living area, hospitals, schools, kindergartens and other public parts. The existing sliding window produced by the prior art has the defects of insufficient strength, easy deformation in the use process and poor machining precision, and can not meet the use requirements of current people.

disclosure of Invention

the invention aims to overcome the defects of the prior art and provides a production method of a safe anti-deformation sliding window.

In order to achieve the purpose, the invention adopts the following technical scheme:

a production method of a safe anti-deformation sliding window is characterized by comprising the following steps:

(1) decomposing a required sliding window frame base piece according to the size of a design drawing, manufacturing the window frame base piece by using a cutting machine, and assembling and welding a window frame by using screws;

(2) cutting, bending and punching according to a design drawing to manufacture a sliding window base piece and an edge sealing strip;

(3) Putting the assembled and welded window frame and the sliding window base piece into a colloid pool to be soaked for 15-35min, controlling the temperature at 20-22 ℃, and putting the edge banding into an alkaline cleaner for 5-8min to carry out oil removal treatment;

(4) placing the window frame and the sliding window base piece in the step (3) into a pickling tank filled with pickling solution, pickling for 5-15min at normal temperature, placing the pickled window frame and the sliding window base piece into a tank filled with phosphating solution, gradually heating to 90-100 ℃, soaking for phosphating for 5-13min, and simultaneously adding an accelerant in the soaking process to perform strengthening treatment on the window frame and the sliding window base piece;

(5) polishing the edge sealing strips in the step (3) and the window frames and the sliding window base pieces in the step (4) for 3-4 times by using a water curtain machine, soaking in clear water for 5-8min after polishing, and then drying in a drying box at the drying temperature of 20-35 ℃ for 11-21 min;

(6) after drying, welding the window frame and the sliding window base piece into a sliding window blank according to a drawing, spraying waterproof glue on the outer surface, then spraying bright paint in an electric paint spraying mode and baking;

(7) and taking out the baked sliding window blank, polishing by adopting polishing wax, assembling accessories and rollers, and finishing the manufacturing of the sliding window.

preferably, the cutting machine in the step (1) is a laser cutting machine.

Preferably, the alkaline cleaning agent in the step (3) consists of an inorganic low-alkaline auxiliary agent, a surfactant and a defoaming agent, and the pH value is 10-12.

Preferably, in the step (4), the phosphating solution is a mixed solution of zinc oxide, phosphoric acid, nitric acid and water, and the weight part ratio of the phosphating solution to the water is 1:2:1-3: 8.

preferably, the accelerator in step (4) is any one of nitrate, nitrite and chlorate.

the invention has the beneficial effects that: the invention provides a production method of a safe anti-deformation sliding window, compared with the prior art, the window frame and the sliding window base piece which are assembled and welded are placed into a colloid pool to be soaked, then the window frame and the sliding window base piece are placed into a pickling pool filled with pickling liquid to be pickled, after pickling, an accelerant is added to carry out phosphating treatment, the window frame and the sliding window base piece are strengthened, the defect that the strength of the sliding window is insufficient is overcome, the situation that the sliding window is easy to deform in the reusing process is reduced, waterproof glue is sprayed on the sliding window blank, then an electric paint spraying mode is adopted to spray bright paint and bake, polishing wax is adopted to carry out polishing treatment, the processing precision is improved, and the use requirements of people at present are met.

Detailed Description

the invention is further illustrated by the following examples:

a production method of a safe anti-deformation sliding window is characterized by comprising the following steps:

(1) Decomposing a required sliding window frame base piece according to the size of a design drawing, manufacturing the window frame base piece by using a cutting machine, and assembling and welding a window frame by using screws;

(2) Cutting, bending and punching according to a design drawing to manufacture a sliding window base piece and an edge sealing strip;

(3) putting the assembled and welded window frame and the sliding window base piece into a colloid pool to be soaked for 15-35min, controlling the temperature at 20-22 ℃, and putting the edge banding into an alkaline cleaner for 5-8min to carry out oil removal treatment;

(4) placing the window frame and the sliding window base piece in the step (3) into a pickling tank filled with pickling solution, pickling for 5-15min at normal temperature, placing the pickled window frame and the sliding window base piece into a tank filled with phosphating solution, gradually heating to 90-100 ℃, soaking for phosphating for 5-13min, and simultaneously adding an accelerant in the soaking process to perform strengthening treatment on the window frame and the sliding window base piece;

(5) Polishing the edge sealing strips in the step (3) and the window frames and the sliding window base pieces in the step (4) for 3-4 times by using a water curtain machine, soaking in clear water for 5-8min after polishing, and then drying in a drying box at the drying temperature of 20-35 ℃ for 11-21 min;

(6) After drying, welding the window frame and the sliding window base piece into a sliding window blank according to a drawing, spraying waterproof glue on the outer surface, then spraying bright paint in an electric paint spraying mode and baking;

(7) And taking out the baked sliding window blank, polishing by adopting polishing wax, assembling accessories and rollers, and finishing the manufacturing of the sliding window.

preferably, the cutting machine in the step (1) is a laser cutting machine.

Preferably, the alkaline cleaning agent in the step (3) consists of an inorganic low-alkaline auxiliary agent, a surfactant and a defoaming agent, and the pH value is 10-12.

Preferably, in the step (4), the phosphating solution is a mixed solution of zinc oxide, phosphoric acid, nitric acid and water, and the weight part ratio of the phosphating solution to the water is 1:2:1-3: 8.

preferably, the accelerator in step (4) is any one of nitrate, nitrite and chlorate.