阅读说明：本技术 一种窗体包装工艺 (Window packaging process ) 是由 罗伦平 于 2019-11-21 设计创作，主要内容包括：一种窗体包装工艺,包括以下步骤：S1：在窗体的各角部设置保护角；S2：在窗体的横边框和竖边框处缠绕保护膜；S3：在窗体的横中梃处缠绕保护膜；S4：在窗体的竖中梃处缠绕保护膜,且保护膜延伸至横中梃处；S5：窗体整体被珍珠棉覆盖,珍珠棉的外侧再缠绕至少一圈保护膜。本发明能够对窗体不同位置进行层层加固防护,大大提高窗体的安全性,防护效果显著,进而使窗体运输损失率降至最低。(A window packaging process comprising the steps of: s1: arranging a protection angle at each corner of the window body; s2: winding protective films on the transverse frame and the vertical frame of the window body; s3: winding a protective film at the transverse mullion of the window body; s4: a protective film is wound at the vertical mullion of the window body and extends to the horizontal mullion; s5: the whole window body is covered by the pearl cotton, and at least one circle of protective film is wound on the outer side of the pearl cotton. The invention can reinforce and protect different positions of the window body layer by layer, greatly improves the safety of the window body, has obvious protection effect and further reduces the transportation loss rate of the window body to the minimum.)

1. A window packaging process comprising the steps of:

s1: arranging a protection angle at each corner of the window body;

s2: winding protective films on the transverse frame and the vertical frame of the window body;

s3: winding a protective film at the transverse mullion of the window body;

s4: a protective film is wound at the vertical mullion of the window body and extends to the horizontal mullion;

s5: the whole window body is covered by the pearl cotton, and at least one circle of protective film is wound on the outer side of the pearl cotton.

2. A window packaging process as claimed in claim 1, wherein said window is packaged with glass; or the window may be packaged separately from the glass.

3. The window packaging process according to claim 2, wherein when the glass is packaged together with a window, the whole window is covered with pearl wool and a protective film is wound on the outer side of the pearl wool, then a gas column pocket is provided on the outer side of the protective film, and the gas column pocket is provided only at the glass position.

4. The window packaging process according to claim 2, wherein when the glass is packaged together with a window, the whole window is covered with pearl wool and a protective film is wound on the outer side of the pearl wool, then an air bubble pocket is arranged on the outer side of the protective film, and the air bubble pocket is only arranged at the glass position.

5. The window packaging process according to any one of claims 1 to 4, wherein the protective corner is made of silica gel or plastic.

6. The window packaging process according to any one of claims 1 to 4, wherein the protection corner is provided with a notch, and the notch is matched with the size of the corner of the window, so that the notch can be inserted into the corner of the window.

7. A window packaging process according to any one of claims 1 to 4, wherein a protective film covers the protective corner when the protective film is wound around the transverse frame and the vertical frame of the window.

8. A window packaging process according to any one of claims 1 to 4, wherein the protective film covers the protective film on the stile at the connection with the horizontal stile when the protective film is wound around the horizontal stile of the window.

9. A window packaging process according to any one of claims 1 to 4, wherein when the protective film is wound around the vertical mullion of the window, the protective film covers the protective film on the transverse frame connected to the vertical mullion.

Technical Field

The invention relates to the technical field of windows, in particular to a window packaging process.

Background

When present transporting the window form, need pack the window form in advance to prevent that the window form from wearing and tearing in the transportation and setting up the fracture. The existing window frame and glass are usually transported separately, and then the window frame and the glass are packaged separately, on one hand, the packaging cost and the transportation cost are greatly increased due to the separate packaging and transportation, and the transportation efficiency is lowered. In addition, current window frame packing is protected the four corners of window frame earlier usually, then transversely twines the one deck protection film again between horizontal frame and perpendicular frame, directly twines the membrane at last, can make other positions of window body like this, club, erect in club department protection dynamics little in violently for the whole antidetonation of window body, anti collision performance are poor.

Disclosure of Invention

The invention aims to overcome the defects in the prior art and provide a window body packaging process which is high in safety, shockproof, antifriction and anti-collision.

The technical scheme of the invention is as follows: a window packaging process comprising the steps of:

s1: arranging a protection angle at each corner of the window body;

s2: winding protective films on the transverse frame and the vertical frame of the window body;

s3: winding a protective film at the transverse mullion of the window body;

s4: a protective film is wound at the vertical mullion of the window body and extends to the horizontal mullion;

s5: the whole window body is covered by the pearl cotton, and at least one circle of protective film is wound on the outer side of the pearl cotton.

Further, when the window body is packaged, the window body is packaged together with glass; or the window may be packaged separately from the glass.

Further, when the glass is packaged together with the window body, the whole window body is covered by the pearl wool, the protective film is wound on the outer side of the pearl wool, then the air column bag is arranged on the outer side of the protective film, and the air column bag is only arranged at the position of the glass.

Further, when the glass is packaged together with the window body, the whole window body is covered by the pearl cotton, the protective film is wound on the outer side of the pearl cotton, then the bubble bag is arranged on the outer side of the protective film, and the bubble bag is only arranged at the position of the glass.

Furthermore, the protection angle is made of silica gel or plastic.

Furthermore, the notch is opened at the protection angle, and the size of the notch is matched with that of the corner of the window body, so that the notch can be inserted into the corner of the window body.

Furthermore, when protective films are wound on the transverse frame and the vertical frame of the window body, the protective films cover the protective angles.

Furthermore, when the protective film is wound on the transverse mullion of the window body, the protective film covers the protective film on the vertical frame at the joint of the transverse mullion.

Furthermore, when the protective film is wound on the vertical mullion of the window body, the protective film covers the protective film on the transverse frame at the joint of the vertical mullion.

The invention has the beneficial effects that: the window body can be protected in all directions by arranging the protection angles, the pearl cotton and the protection films at various different positions, and the protection films are wound layer by layer at various positions, so that different positions of the window body can be reinforced and protected layer by layer, the safety of the window body is greatly improved, the protection effect is obvious, and the transportation loss rate of the window body is reduced to the minimum; the gas column bag or the bubble bag is arranged outside the glass, so that the glass is shockproof, antifriction and anti-collision, and the protective performance is better guaranteed.

Detailed Description

The present invention will be described in further detail with reference to specific examples.

A window packaging process comprising the steps of:

s101: and a protection angle is arranged at each corner of the window body.

Specifically, the window body is generally provided with four corners, and a protection corner is arranged at each corner to protect the corner so as to prevent the corner from being abraded. Wherein, the notch has been seted up to the angle bead that can be silica gel or plastics material, angle bead, and the bight size looks adaptation of notch and window form plays the effect of protection bight through inserting the bight of window form with the notch.

S102: and protective films are wound at the transverse frame and the vertical frame of the window body.

The horizontal frame is a frame arranged on the horizontal side of the window body, and the vertical frame is a frame arranged on the vertical side of the window body. The protective film can be wound on the transverse frame for one or more circles, and the wound protective film fixes and protects the protective angle at the same time so as to prevent the protective angle from loosening; then the protective film on the vertical frame is wound, the protective film is wound outside the protective film of the transverse frame, and meanwhile, the protective film of the transverse frame is further fixed. It can be understood that the invention can also wind the protective film of the vertical frame first and then wind the protective film of the horizontal frame. The used protective film is a special protective film for a window frame, and is not described again because of the existing material.

S103: and a protective film is wound at the transverse mullion of the window body.

Specifically, the horizontal muntin is a transverse component in the middle of the window body, and the balance muntin is connected with the vertical frames on two sides. When the protective film is wound on the horizontal mullion of the window body, the protective film covers the protective film on the vertical frame at the joint of the horizontal mullion, and the protective film of the vertical frame can be further reinforced.

S104: the protective film is wound at the vertical mullion of the window body and extends to the horizontal mullion.

Specifically, the vertical mullion is a vertical component which is arranged in the middle of the window body and between the glass, the upper end of the vertical mullion is connected with the horizontal mullion, and the lower end of the vertical mullion is connected with the horizontal frame. When the protective film is wound, the protective film downwards bypasses the transverse frame at the bottom and upwards extends to the transverse mullion, and the protective film can cover part of the protective film on the transverse mullion and part of the protective film on the transverse frame at the lower end. So that each protective film layer is reinforced layer by layer.

S105: the whole window body is covered by the pearl cotton, and at least one circle of protective film is wound on the outer side of the pearl cotton.

Particularly, the pearl cotton is covered through bonding, and the pearl cotton is flexible material, so that the window body can be prevented from being damaged, and the buffering force is improved. Twine at least round protection film in the cotton outside of pearl again, on the one hand can further consolidate the pearl cotton, and on the other hand for the whole protection dynamics of window body is big.

In the embodiment, the window body can be packaged together with the glass or can be packaged separately from the glass.

When the glass is packaged together with the window body, the whole window body is covered by the pearl cotton, the protective film is wound on the outer side of the pearl cotton, and then the outer side of the protective film is provided with the air column bag or the air bubble bag which is only arranged at the position of the glass. Through setting up gas column bag or bubble bag, can play the cushioning effect, prevent that glass is impaired or broken into pieces. The preferred gas column bag that adopts of this embodiment, the shockproof effect of buffering is good, can reduce window transportation loss rate to minimum.

In conclusion, the window body can carry out all-dimensional protection on each position of the window body by arranging the protection angle, the pearl cotton and the protection films at various different positions, and can carry out layer-by-layer reinforcement and protection on different positions of the window body by winding the protection films layer by layer, so that the safety of the window body is greatly improved, the protection effect is obvious, and the transportation loss rate of the window body is reduced to the minimum; the gas column bag or the bubble bag is arranged outside the glass, so that the glass is shockproof, antifriction and anti-collision, and the protective performance is better guaranteed.