CN1412410A - Method for producing aluminium (plastic) alloy door and window frame - Google Patents
Method for producing aluminium (plastic) alloy door and window frame Download PDFInfo
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- CN1412410A CN1412410A CN 01129789 CN01129789A CN1412410A CN 1412410 A CN1412410 A CN 1412410A CN 01129789 CN01129789 CN 01129789 CN 01129789 A CN01129789 A CN 01129789A CN 1412410 A CN1412410 A CN 1412410A
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- alloy door
- moulding
- window
- aluminium
- fan
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Abstract
The present invention is amied at providing a method for making the aluminium (plastics) alloy door and window frame section material into rectangular four-side frame whose adjacent two side frames are mutually perpendicular (90 deg.). Said invention can provides a simple and effective design and development technical platform to produce various alumium (plastics) alloy door and window frame products.
Description
The present invention relates to the door and window in the building construction, be specifically related to the process of a kind of machining group frame of aluminium (moulding) alloy door and window, more particularly, relate to the inventive process method of a kind of straight oblique angle machining group frame (fan) of a kind of aluminium (moulding) alloy door and window.
Now architectural push-and-pull aluminium (moulding) alloy door and window that generally uses, the process of right angle group frame is adopted in the making of its sash usually---about vertically inserting respectively, the two ends, the left and right sides of promptly forming bottom rail on the sash in two upright very up and down notches that two ends process, are assembled into the rectangle sliding window sash with screw attachment again.Mainly there are following remarkable shortcomings in the process of this group of frame:
1, go up bottom rail interior outside and about two upright interior outsides very not in a plane, make the fit clearance of bottom rail and slide door or window window frame excessive, the air-tightness and the watertightness performance of push-and-pull aluminium (moulding) alloy door and window are very poor.
2, go up bottom rail interior outside and about two upright interior outsides very not in a plane, influenced the attractive in appearance of push-and-pull aluminium (moulding) alloy door and window.
3, because the last bottom rail of composition sash and two upright methods at right angle of very can only taking are processed connection, the design that the sash of aluminium (moulding) alloy door and window is difficult to design arbitrarily, enriches.
4, owing to form last bottom rail and two the upright method processing connections that very can only take the right angle of sash, be difficult to design, develop abundant aluminium (moulding) the alloy door and window new product of moulding.Be unfavorable for the development of aluminium (moulding) alloy door and window industry.
The objective of the invention is to, the process of a kind of succinct effective straight (perpendicular or parallel with the section material section normal direction) oblique (becoming 45 degree with the section material section normal direction) angle machining group frame is provided, rectangle four frames that face frame orthogonal (90 degree) are mutually processed, are assembled into to the frame or the fan of aluminium (moulding) alloy door and window.Be used for overcoming the shortcoming and the limitation of processes such as existing right angle machining group frame.The process of straight oblique angle provided by the present invention machining group frame with processes such as existing right angle machining group frames relatively can show following significant advantage:
1, can make bottom rail on the sash interior outside and about two upright interior outsides very be in the plane, reduce to go up the fit clearance of bottom rail and slide door or window window frame, the airtight and watertightness performance of raising push-and-pull aluminium (moulding) alloy door and window.
2, go up bottom rail interior outside and about two upright interior outsides very be in the plane, can improve the aesthetic property of push-and-pull aluminium (moulding) alloy door and window.
3, owing to the last bottom rail of forming sash and two upright methods processing connections of very taking straight oblique angle, the design that the sash of aluminium (moulding) alloy door and window can be designed arbitrarily, enrich.
4, owing to form last bottom rail and two upright method processing connections of very taking straight oblique angle of sash, can design, develop abundant aluminium (moulding) the alloy door and window new product of moulding.Help the development of aluminium (moulding) alloy door and window industry.
Accompanying drawing below in conjunction with a kind of aluminium (moulding) alloy door and window illustrates implementation method of the present invention with example, in the accompanying drawing:
Fig. 1 is the front view of a kind of push-and-pull aluminium (moulding) alloy door and window;
Fig. 2 is vertical sectional structure schematic diagram of push-and-pull aluminium shown in Figure 1 (moulding) alloy door and window;
Fig. 3 is the horizontal sectional structure schematic diagram of push-and-pull aluminium shown in Figure 1 (moulding) alloy door and window;
Fig. 4 is the upper and lower operation drawing of begining to crop up of push-and-pull aluminium shown in Figure 1 (moulding) alloy door and window fan frame;
Fig. 5 for push-and-pull aluminium shown in Figure 1 (moulding) alloy door and window fan edge very and in operation drawing very;
Fig. 6 is the straight oblique angle assembling of push-and-pull aluminium shown in Figure 1 (moulding) alloy door and window fan frame schematic diagram;
As Fig. 1, Fig. 2, shown in Figure 3, in the structure of this kind push-and-pull aluminium (moulding) alloy door and window, straight oblique angle of the present invention machining group frame method mainly is used in push-and-pull aluminium (moulding) alloy door and window fan frame---go up bottom rail 1, fan limit very 2 and fan in very 3 the processing, group frame process.Concrete process is as follows:
1, by operation drawing shown in Figure 4 the last bottom rail 1 of push-and-pull aluminium (moulding) alloy door and window fan frame is processed, the last bottom rail 1 after it is characterized in that processing has the B of facing directly, C (perpendicular or parallel with the section material section normal direction) and inclined-plane A (becoming 45 degree with the section material section normal direction);
2, by operation drawing shown in Figure 5 to the fan limit of push-and-pull aluminium (moulding) alloy door and window fan frame very 2 and fan in very 3 process respectively, the fan limit after it is characterized in that processing very 2 and fan in very 3 have the D of facing directly, E (perpendicular or parallel) and inclined-plane A (become with the section material section normal direction 45 spend) with the section material section normal direction;
3, by assembly drawing shown in Figure 6 with manufactured two ends, the left and right sides of going up bottom rail 1 vertically insert respectively the fan limit very 2 and fan in the notch that very two ends have processed about in the of 3, with four screws 4 pass respectively the fan limit very 2 and fan in four circular holes 5 that very two ends have processed about in the of 3, and screw 4 is screwed in the screw hole 6 of bottom rail 1, be assembled into the rectangle four side windows fan that faces frame orthogonal (90 degree) mutually thereby connect.It is characterized in that the last bottom rail 1 of rectangle four side windows fans and fan limit very 2, endure 3 in the fan and all have the A inclined-plane that overlaps (become with the section material section normal direction 45 spend).
Claims (4)
1, the method for the straight oblique angle of a kind of aluminium (moulding) alloy door and window machining group frame: by Fig. 4, operation drawing shown in Figure 5 to last bottom rail 1, fan limit very 2 and fan in very 3 process after, will go up bottom rail 1, fan limit very 2, very 3 connect and be assembled into the rectangle four side windows fan that faces the mutually perpendicular push-and-pull aluminium of frame (moulding) alloy door and window mutually in the fan by assembly drawing shown in Figure 6.
It is characterized in that: the section bar to aluminium (moulding) alloy door and window carries out the processing of straight oblique angle, and B, C (or D, E) that the aluminium after the processing (moulding) alloy door and window section bar has Fig. 4, mutual alignment shown in Figure 5 relation face (perpendicular or parallel with the section material section normal direction) and A inclined-plane (becoming 45 degree with the section material section normal direction) directly; Aluminium (moulding) alloy door and window section bar after the processing is carried out the assembling of straight oblique angle, and the rectangle four side windows fan after the assembling has the A inclined-plane that overlaps shown in Figure 6 (becoming 45 degree with the section material section normal direction).
According to the method for the straight oblique angle of the described aluminium of claim 1 (moulding) alloy door and window machining group frame, it is characterized in that 2, the described last bottom rail 1 that is used for straight oblique angle machining group frame is at the ladder arc structure at place of cutting sth. askew.
According to the method for the straight oblique angle of the described aluminium of claim 1 (moulding) alloy door and window machining group frame, it is characterized in that 3, the described fan limit that is used for straight oblique angle machining group frame endures 2 at the ladder arc structure at place of cutting sth. askew.
4, according to the method for the straight oblique angle of the described aluminium of claim 1 (moulding) alloy door and window machining group frame, it is characterized in that, in the described fan that is used for straight oblique angle machining group frame very 3 at the ladder arc structure at place of cutting sth. askew.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 01129789 CN1412410A (en) | 2001-10-19 | 2001-10-19 | Method for producing aluminium (plastic) alloy door and window frame |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 01129789 CN1412410A (en) | 2001-10-19 | 2001-10-19 | Method for producing aluminium (plastic) alloy door and window frame |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1412410A true CN1412410A (en) | 2003-04-23 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 01129789 Pending CN1412410A (en) | 2001-10-19 | 2001-10-19 | Method for producing aluminium (plastic) alloy door and window frame |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1412410A (en) |
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2001
- 2001-10-19 CN CN 01129789 patent/CN1412410A/en active Pending
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