CN107363745A

CN107363745A - A kind of door and window curtain wall automatic processing center

Info

Publication number: CN107363745A
Application number: CN201710619410.8A
Authority: CN
Inventors: 冯云堂; 陈蜂梅
Original assignee: Zhongshan Chunxing Construction Engineering Co Ltd
Current assignee: Zhongshan Chunxing Construction Engineering Co Ltd
Priority date: 2017-07-26
Filing date: 2017-07-26
Publication date: 2017-11-21

Abstract

The present invention relates to the framework production equipment of a kind of door and window, unit plates of curtain wall, more particularly, to a kind of door and window curtain wall automatic processing center.The machining center includes pedestal, bracket, the first frame avris portion detent mechanism, second frame avris portion's detent mechanism and the first top-pushing mechanism.The present invention by set bracket come the frame of support first while and during the second frame, labour and time can be saved；By set first frame avris portion's detent mechanism and the second frame avris portion detent mechanism can realize to the first frame while and positioning during the second frame, can play simultaneously stop the first frame while and during the second frame with reduce the first frame while and the bracket that drops during the second frame risk, thus can improve production efficiency and production security；By set the first top-pushing mechanism can the first frame while and be relatively fixed before screw is shot during the second frame, the quality of finished product is influenceed to avoid accidental displacement, can also reduce simultaneously the first frame while and the bracket that drops during the second frame risk, improve production security.

Description

A kind of door and window curtain wall automatic processing center

Technical field

The present invention relates to the framework production equipment of a kind of door and window, unit plates of curtain wall, more particularly, to a kind of door and window curtain wall Automatic processing center.

Background technology

Door and window, unit plates of curtain wall etc. are typically by framework (such as aluminum alloy frame) and the glass plate group being installed in framework Into.And framework typically by a plurality of frame skirt into, for large-scale framework, frame while with connection during frame typically by shoot screw with Realization is fastenedly connected.The assembling of existing framework, typically completed on two split heads separately.As shown in figure 1, first by two Longer frame side 11 is carried on two split heads 12, and this two longer frame sides 11 are across between this two split heads 12 and by this Two split heads, 12 supports；Hereafter, by four shorter frames while 13 one by one 11 when being carried to two longer frames between conjunction Screw (not shown) is simultaneously shot in suitable position, is finally completed framework as shown in Figure 2.This four shorter frame sides are assembling During can not can only manually be supported by split heads support.This assembling mode, on the one hand, either two longer frame sides Or four shorter frame sides are without any positioner auxiliary positioning, only manually rough computed position, it is difficult to ensure finished product Quality, and expend time and labour, influence production efficiency；On the other hand, each frame side is in an assembling process easily from split heads On drop and cause work safety accident (such as frame side is dropped and injures the pin of worker by a crashing object), production security has much room for improvement.

The content of the invention

It is an object of the invention to provide a kind of door and window curtain wall automatic processing center for improving production security.

Above-mentioned purpose is achieved by the following technical solution：

A kind of door and window curtain wall automatic processing center, wherein, the door and window or curtain wall include framework, and the framework comprises at least two Be parallel to each other and the first frame at a spacing while and two be parallel to each other and during the second frame at a spacing；In each bar In the both sides on the first frame side, the side towards another the first frame side is the first inner side, backwards to the side on another the first frame side For the first outside；Between two second frames are when being located at two first frames；In two ends on each the second frame of bar side, its In first inner side on an end and first frame side lean, first inner side of another end and another the first frame side Lean；The end on each second frame side is respectively provided with screw, screw from the first frame while the first outside toward the first frame while the One inner side through the first frame while and end when screwing in the second frame in so that the second frame while end and the first frame while be anchored on one Rise；The machining center includes pedestal, bracket, the first frame avris portion detent mechanism, second frame avris portion's detent mechanism and the first top Pushing mechanism, the bracket be used on the pedestal frame of support first while and during the second frame, the first frame avris portion detent mechanism, the Two frame avris portion's detent mechanisms and the first top-pushing mechanism are on bracket；The first frame avris portion detent mechanism include be used for The first sidepiece block that first outside on a first frame side therein leans；First top-pushing mechanism is used for another of pushing tow First outside on the first frame side, so that another first frame be when being close to the first frame that this leans with the first sidepiece block, and Between making two second frames when being held in two first frames；The second frame avris portion detent mechanism includes two group of second sidepiece Block, this two group of second sidepiece block are respectively used to lean with the side on a second frame side.

The present invention by set bracket come the frame of support first while and during the second frame, labour and time can be saved；Pass through First frame avris portion's detent mechanism is set and the second frame avris portion detent mechanism can realize to the first frame while and during the second frame Positioning, at the same can play stop the first frame while and during the second frame with reduce the first frame while and the bracket that drops during the second frame wind Danger, thus can improve production efficiency and production security；By setting the first top-pushing mechanism can the first frame side and second Frame side is relatively fixed before screw is shot, and influences the quality of finished product to avoid accidental displacement, while can also reduce One frame while and the bracket that drops during the second frame risk, improve production security.

Brief description of the drawings

Fig. 1 and Fig. 2 shows the existing assembling schematic diagram of framework；

Fig. 3 shows the schematic perspective view of the present invention；

Fig. 4 shows the perspective exploded view of the present invention；

Fig. 5 shows the schematic perspective view of the first bracket monolithic of the present invention；

Fig. 6 shows the perspective exploded view of the first bracket monolithic of the present invention；

Fig. 7 shows the schematic perspective view of the second bracket monolithic of the present invention；

Fig. 8 shows the perspective exploded view of the second bracket monolithic of the present invention；

Fig. 9 shows the schematic perspective view of the 3rd bracket monolithic of the present invention；

Figure 10 shows the perspective exploded view of the 3rd bracket monolithic of the present invention；

Figure 11 shows the front view of the present invention；

Figure 12 shows the left view of the present invention；

Figure 13 is shown makes middle part seat turn an angle and make around the second rotating shaft opposing lower portions seat on the basis of Figure 12 Upper seat around first rotating shaft turned an angle with respect to middle part seat after schematic diagram；

Figure 14 shows the top view of the present invention；

Figure 15 shows Figure 14 A portions partial enlarged drawing；

Figure 16 shows Figure 14 B portions partial enlarged drawing；

Figure 17 shows Figure 14 C portions partial enlarged drawing；

Wherein, for Fig. 3 to framework not shown in Figure 17, each briquetting, which switches to, avoids position；

Figure 18 shows that two first frame sides, two second frames and two the 3rd frames are positioned over the solid on bracket by the present invention Schematic diagram, wherein, each briquetting switches to blocking position；

Figure 19 shows that two first frame sides, two second frames and two the 3rd frames are positioned over the vertical view on bracket by the present invention Figure, wherein, each briquetting switches to blocking position；

Figure 20 shows Figure 19 D portions partial enlarged drawing；

Figure 21 shows Figure 19 E portions partial enlarged drawing；

Figure 22 shows Figure 19 F portions partial enlarged drawing；

Figure 23 shows the structural representation of framework.

Drawing reference numeral：

11 longer frames while, 12 split heads, 13 shorter frame while；

10 first frame sides, 101 first inner sides, 102 first outsides, 103 first sidepiece blocks, 104 end stones, 105 One fixed part, 106 first movable parts, 107 pushing blocks, 108 second fixed parts, 109 second movable parts, 110 briquettings；

20 second frame sides, 201 second inner sides, 202 second outsides, 203 second sidepiece blocks；

30 the 3rd frame sides, 301 the 3rd inner sides, 302 the 3rd outsides, 303 the 3rd sidepiece blocks；

40 pedestals, 401 first guide rails, 402 upper seats, 403 middle part seats, 404 lower seats, 405 first rotating shafts, 406 second Rotating shaft；

50 first bracket monolithics, 501 first main pieces, 502 first lateral mass, 503 second guide rails；

60 second bracket monolithics, 601 second main pieces, 602 second lateral mass, 603 the 3rd guide rails；

70 the 3rd bracket monolithics, 701 the 3rd main piece, 702 the 3rd lateral mass, 703 the 4th guide rails；

80 automatic screw fixing machines.

Embodiment：

(certainly, the present invention is referred to as a kind of door to a kind of door and window curtain wall automatic processing center as shown in Fig. 3 to Figure 23 Window curtain wall machine for automatic working), the framework described in the present embodiment for example can be the framework of door and window or unit plates of curtain wall, its In, the door and window or curtain wall include framework, and the framework is parallel to each other including at least two and the first frame side 10 at a spacing Be parallel to each other with two and the second frame side 20 at a spacing, in the present embodiment, the first frame while 10 with the second frame while 20 be It is orthogonal；

In the both sides on each the first frame of bar side 10, the side towards another the first frame side 10 is the first inner side 101, backwards The side on another the first frame side 10 is the first outside 102；

In the both sides on each the second frame of bar side 20, the side towards another the second frame side 20 is the second inner side 20.1, is carried on the back It is the second outside 202 to the side on another the second frame side 20；

Between two second frames are when 20 are located at two first frames 10；

In two ends on each the second frame of bar side 20, the first inner side of one of end and a first frame side 10 101 lean, and first inner side 101 of another end and another the first frame side 10 leans；

The end on each second frame side 20 is respectively provided with screw (not shown), and screw is from the outside of the first of the first frame side 102 toward the first frame while first inner side 101 run through the first frame while and screw-in the second frame side 20 end in so that the second frame side 20 End be anchored on the first frame side 10 together with；

The machining center (being referred to as processing machine) includes pedestal 40, bracket, the first frame avris portion detent mechanism, second Frame avris portion's detent mechanism and the first top-pushing mechanism, the bracket are used for the first frame of support side 10 and the second frame on pedestal 40 Side 20, the first frame avris portion detent mechanism, second frame avris portion's detent mechanism and the first top-pushing mechanism are on bracket；

The first frame avris portion detent mechanism includes being used to offset with first outside 102 on a first frame side 10 therein The the first sidepiece block 103 leaned on；

First top-pushing mechanism is used for first outside 102 on another the first frame side 10 of pushing tow, so that another first frame When 10 are close to the first frame that this leans with the first sidepiece block 103 10, and two the second frame sides 20 are made to be held in two Between first frame side 10；

The second frame avris portion detent mechanism includes two group of second sidepiece block 203, and this two group of second sidepiece block 203 divides It Yong Yu not leant with the side on a second frame side 20.That is, this two group of second sidepiece block 203 is respectively used to and one Second outside 202 on the second frame of bar side 20 or the second inner side 201 are leant, and this two groups the are shown in the present embodiment, in figure Two sidepiece blocks 203 are respectively used to lean with second outside 202 on a second frame side 20.

In the technical scheme, specific embodiment for example can be first to be carried on a first frame side on bracket simultaneously It is allowed to lean with the first sidepiece block and (first outside on the first frame of bar side is leant with the first sidepiece block)； Then two the second frame sides are carried on bracket respectively, and make this two the second frame sides respectively with one group of second sidepiece block phase Against two group of second sidepiece block can make two the second frame sides obtain relative positioning, can especially make two the second frame sides It is parallel to each other and at a spacing, in the present embodiment, each group the second sidepiece block is on the length direction on the first frame side Position can be adjusted, and after the completion of position adjustments of each group the second sidepiece block on the length direction on the first frame side, can be led to The locking members such as bolt are crossed to be locked on bracket；And position of the first sidepiece block on the length direction on the second frame side It can adjust, after the completion of position adjustments of the first sidepiece block on the length direction on the second frame side, such as spiral shell can be passed through The locking members such as bolt are locked on bracket；Another the first frame side is carried to bracket again, certainly, two the second frame sides need to put It is placed between two the first frame sides；Finally, the action of the first top-pushing mechanism is allowed so that two the second frame sides are held in two first Between frame side；Hereafter, screw is squeezed into toward the end on each second frame side.

In the present embodiment, the first frame avris portion detent mechanism can be to the first frame on length direction while in the second frame Positioning, the positioning that the second frame avris portion detent mechanism can be to the second frame on length direction while in the first frame.

The machining center also includes the first frame side end portion detent mechanism on bracket, the first frame side end portion localization machine Structure includes two groups of end stones 104, and this two groups of end stones 104 are respectively used to offset with an end on a first frame side 10 Lean on.In the present embodiment, this two the first frame sides 10 are in the same side with the end that end stone 104 leans.The technical scheme By setting the first frame side end portion detent mechanism to realize the positioning to the first frame side in its longitudinal direction, while can play Stop the first frame while and during the second frame with reduce the first frame while and the bracket that drops during the second frame risk, thus can improve production Efficiency and production security.

The machining center also includes two group of second top-pushing mechanism on bracket, and this two group of second top-pushing mechanism is used respectively In one the second frame side 20 of pushing tow；

Each frame of bar second while 20, for pushing tow the second frame of this bar while 20 the second top-pushing mechanism and with the frame of this second In the second sidepiece block 203 that the side on side leans, the second top-pushing mechanism and the second sidepiece block 203 separate from the second frame side 20 both sides (show that the second sidepiece block 203 is located at second outside 202 on the second frame side and is used in the present embodiment, in figure Leant with second outside 202 on the second frame side, 201) the second top-pushing mechanism is located at second inner side on the second frame side, so that second Top-pushing mechanism, which pushes away, makes the second frame side 20 be close to the second sidepiece block 203, and the second frame side 20 is held in the second top-pushing mechanism Between the second sidepiece block 203.The technical scheme by set the second top-pushing mechanism can the second frame side it is clamped solid It is fixed, the quality of finished product is influenceed to avoid accidental displacement, while can also reduce by the second frame side and drop the risk of bracket, improve production Security.

The framework also includes one or more of and the second frame in three frame being parallel to each other 30, that is to say, that the 3rd Frame while 30 with the first frame while 10 and orthogonal；

Two first frames while 10 with two second frames while 20 surround a framework, all 3rd frame sides 30 be located at framework it In；In the present embodiment, the framework is in box shape；

In two ends on each article of the 3rd frame side 30, the first inner side of one of end and a first frame side 10 101 lean, and first inner side 101 of another end and another the first frame side 10 leans；

The end on each 3rd frame side 30 is also respectively provided with screw (not shown), and screw is from outside the first of the first frame side Side 102 toward the first frame while first inner side 101 run through the first frame while 10 and screw-in the 3rd frame side 30 end in so that the 3rd frame When 30 end is with the first frame 10 be anchored on together with；

The machining center also includes the 3rd frame avris portion's detent mechanism and the 3rd top-pushing mechanism, and the 3rd frame side 30 is also to be held Hold in the palm on bracket；

3rd frame avris portion detent mechanism includes the quantity threeth sidepiece block 303 equal with the quantity of the 3rd frame side 30, Each 3rd sidepiece block 303 is respectively used to lean with the side on one article of the 3rd frame side 30；

In the present embodiment, in the both sides on each article of the 3rd frame side 30, towards a wherein second frame side 20 (as shown in figure 19 Be located at figure in right side the second frame side 20) side for the 3rd inner side 301, towards another the second frame side 20 (such as Figure 19 institutes Show be located at figure in left side the second frame side 20) side for the 3rd outside 302；Each 3rd sidepiece block 303 be respectively used to 301 are leant on the inside of 3rd outside 302 or the 3rd on one article of the 3rd frame side, and each 3rd side is shown in the present embodiment, in figure Portion's block 302 is respectively used to lean with the 3rd outside 302 on one article of the 3rd frame side.In the present embodiment, each 3rd sidepiece block Position on the length direction on the first frame side can be adjusted, and each 3rd sidepiece block is on the length direction on the first frame side Position adjustments after the completion of, can be locked in by locking members such as bolts on bracket；

The quantity of 3rd top-pushing mechanism is equal with the quantity on the 3rd frame side 30, and the top-pushing mechanism of each group the 3rd is used respectively In one article of the 3rd frame side 30 of pushing tow；

Each bar of the 3rd frame while 30, for pushing tow three frame of this bar while 30 the 3rd top-pushing mechanism and with the frame of this article the 3rd In the 3rd sidepiece block 303 that the side on side 30 leans, the 3rd top-pushing mechanism and the 3rd sidepiece block 303 separate from the 3rd frame The both sides on side 30 (show that the 3rd sidepiece block 303 is located at the 3rd outside 302 on the 3rd frame side and used in the present embodiment, in figure Being leant in the 3rd of the 3rd frame side the outside 303,301) the 3rd top-pushing mechanism is located at the 3rd inner side on the 3rd frame side, so that the Three top-pushing mechanisms, which push away, makes the 3rd frame side 30 be close to the 3rd sidepiece block 303, and the 3rd frame side 30 is held in the 3rd pusher Between structure and the 3rd sidepiece block 303.In the present embodiment, the 3rd frame avris portion detent mechanism can be to the 3rd frame side in the first frame Positioning on the length direction on side.The technical scheme by set the 3rd top-pushing mechanism can the 3rd frame side it is clamped solid It is fixed, the quality of finished product is influenceed to avoid accidental displacement, while can also reduce by the 3rd frame side and drop the risk of bracket, improve production Security.

This two the first frame sides 10 are linearly, and the length on this two the first frame sides 10 is equal；

This two the second frame sides 20 are also linearly, and the length on this two the second frame sides 20 is also equal；

And the first frame when 10 length is more than the second frame 20 length；

3rd frame side 30 has two articles, and at a spacing, two article of the 3rd frame side 30 is linear on two article of the 3rd frame side 30 Shape, and the length on two article of the 3rd frame side 30 is equal；And the 3rd frame when 30 length is equal to the second frame 20 length.

In the present embodiment, the 3rd frame is while with being structure identical short frame side during the second frame, this four short frame of frame edge first The length direction on side can be arranged in a manner of equally spaced.

The machining center also includes the first press mechanism, the second press mechanism and the 3rd press mechanism, first time press Structure, the second press mechanism and the 3rd press mechanism are on bracket；

First press mechanism is used to push down on this two the first frame sides 10, so that this two the first frame sides 10 are close to support Frame, and this two the first frame sides 10 is held between bracket and the first press mechanism, in the present embodiment, each the first frame of bar side 10 can accordingly configure one or more first press mechanism；

Second press mechanism is used to push down on this two the second frame sides 20, so that this two the second frame sides 20 are close to support Frame, and this two the second frame sides 20 is held between bracket and the second press mechanism, in the present embodiment, each the second frame of bar side 20 can accordingly configure one or more second press mechanism；

3rd press mechanism is used to push down on two article of the 3rd frame side 30, so that two article of the 3rd frame side 30 is close to support Frame, and two article of the 3rd frame side 30 is held between bracket and the 3rd press mechanism, in the present embodiment, each article of the 3rd frame side 30 can accordingly configure one or more the 3rd press mechanism.The technical scheme is by setting the first press mechanism, second Press mechanism and the 3rd press mechanism can be to the first frames in, the second frame and the 3rd frame side is on the direction perpendicular to X/Y plane Acquisition is relatively fixed positioning, to avoid the meaning that the first frame is in, the second frame and the 3rd frame side is on the direction perpendicular to X/Y plane Outer displacement and influence the quality of finished product, while can also reduce by the first frame and be dropped the risk of bracket with the 3rd frame side in, the second frame, Improve production security.

First top-pushing mechanism, the second top-pushing mechanism and the 3rd top-pushing mechanism are identicals, including first straight line performs Mechanism, the first straight line executing agency include the first fixed part 105 being installed on bracket and can made with respect to the first fixed part 105 The first movable part 106 being installed on to straight reciprocating motion on the first fixed part 105；

It is by the of the first straight line executing agency of the first top-pushing mechanism by the first frame side 10 of the first top-pushing mechanism pushing tow The pushing tow of one movable part 106, wherein, the straight reciprocating motion of first movable part 106 on the first frame of pushing tow side is oriented parallel to The length direction on two frame sides 20；

It is by the of the first straight line executing agency of the second top-pushing mechanism by the second frame side 20 of the second top-pushing mechanism pushing tow The pushing tow of one movable part 106, wherein, the straight reciprocating motion of first movable part 106 on the second frame of pushing tow side is oriented parallel to The length direction on one frame side 10；

It is by the of the first straight line executing agency of the 3rd top-pushing mechanism by the 3rd frame side 30 of the 3rd top-pushing mechanism pushing tow The pushing tow of one movable part 106, wherein, the straight reciprocating motion of first movable part 106 on the frame side of the pushing tow the 3rd is oriented parallel to The length direction on one frame side 10；

In the present embodiment, the end of the first movable part 106 is also connected with a pushing block 107, and the pushing block 107 is slidably mounted In on bracket, the first movable part 106 by pushing tow pushing block 107 and the frame of pushing tow first in 10, the second frame 20 or the 3rd frame side 30；

First press mechanism, the second press mechanism and the 3rd press mechanism are identicals, including second straight line performs Mechanism and briquetting 110, the second straight line executing agency include the second fixed part 108 being installed on bracket and can be solid with respect to second Determine the second movable part 109 that portion 108 is installed on the second fixed part 108 with making straight reciprocating motion, wherein, the second movable part 109 straight reciprocating motion direction both perpendicular to the first frame when 10 length direction is also perpendicularly to the second frame 20 length side To, i.e. the straight reciprocating motion direction of the second movable part 109 is perpendicular to X/Y plane；The briquetting 110 is with around the second movable part 109 Axis rotate and relatively-stationary mode is installed on the second movable part 109 on the axis direction of the second movable part, this The diameter parallel of two movable parts 109 is in the straight reciprocating motion direction of the second movable part 109, and the briquetting 110 is around the second movable part Switch when 109 axis rotates between a blocking position and an avoidance position；

Using the length direction parallel to the first frame side 10 as X-direction, using the length direction parallel to the second frame side 20 as Y Direction of principal axis, using the plane definition also cross X-axis and Y-axis as X/Y plane；

The the first frame side 10 pushed by the first press mechanism, is pushed by the briquetting 110 of the first press mechanism, wherein, should The briquetting 110 on the first frame side 10 is pushed when blocking position, the briquetting 110 on the first frame of pushing side 10 is in the projection on X/Y plane With the side of the first frame 101 that is pushed in the projection on X/Y plane be overlapping；The briquetting 110 on the first frame of pushing side 10 is in avoidance During position, the frame of pushing first while 10 briquetting 110 in the projection on X/Y plane be pushed the first frame while 10 in X/Y plane On projection stagger；In the present embodiment, gone forward the first frame side is carried into bracket, the briquetting on the first frame side can be will push against Switch to and avoid position, avoid briquetting from stopping from top to bottom toward the operation for placing the first frame side on bracket, in order to the first frame side Be carried on bracket；After being carried on the first frame side on bracket, the briquetting that can will push against the first frame side switches to stop position Put, in order to which briquetting pushes the first frame side；

The the second frame side 20 pushed by the second press mechanism, is pushed by the briquetting 110 of the second press mechanism, wherein, should The briquetting 110 on the second frame side 20 is pushed when blocking position, the briquetting 110 on the second frame of pushing side 20 is in the projection on X/Y plane With the second frame side 20 for being pushed in the projection on X/Y plane be overlapping；The briquetting 110 on the second frame of pushing side 20 is in avoidance During position, the frame of pushing second while 20 briquetting 110 in the projection on X/Y plane be pushed the second frame while 20 in X/Y plane On projection stagger；In the present embodiment, gone forward the second frame side is carried into bracket, the briquetting on the second frame side can be will push against Switch to and avoid position, avoid briquetting from stopping from top to bottom toward the operation for placing the second frame side on bracket, in order to the second frame side Be carried on bracket；After being carried on the second frame side on bracket, the briquetting that can will push against the second frame side switches to stop position Put, in order to which briquetting pushes the second frame side；

The 3rd frame side 30 pushed by the 3rd press mechanism, is pushed by the briquetting 110 of the 3rd press mechanism, wherein, should The briquetting 110 on the 3rd frame side 30 is pushed when blocking position, the briquetting 10 on the frame side 30 of pushing the 3rd is in the projection on X/Y plane With the 3rd frame side 30 that is pushed in the projection on X/Y plane be overlapping；The briquetting 110 on the frame side 30 of pushing the 3rd is in avoidance During position, the frame of pushing the 3rd while 30 briquetting 110 in the projection on X/Y plane be pushed three frames while 30 in X/Y plane On projection stagger；In the present embodiment, gone forward the 3rd frame side is carried into bracket, the briquetting on the 3rd frame side can be will push against Switch to and avoid position, avoid briquetting from stopping from top to bottom toward the operation on the 3rd frame side of placement on bracket, in order to the 3rd frame side Be carried on bracket；After being carried on the 3rd frame side on bracket, the briquetting that can will push against the 3rd frame side switches to stop position Put, in order to which briquetting pushes the 3rd frame side.

In the present embodiment, the first straight line executing agency and second straight line executing agency can be oil cylinder, cylinder or electronic Push rod；Wherein,

The oil cylinder and cylinder include cylinder barrel and piston rod, when first straight line executing agency and second straight line executing agency are When oil cylinder or cylinder, first fixed part and the second fixed part are cylinder barrel, and first movable part and the second movable part are piston rod；

The electric pushrod includes motor and push rod, when first straight line executing agency and second straight line executing agency push away to be electronic During bar, first fixed part and the second fixed part are motor, and first movable part and the second movable part are push rod.

It is equal with the quantity on the 3rd frame side 30 that the bracket includes the first bracket monolithic 50, the second bracket monolithic 60 and quantity The 3rd bracket monolithic 70, wherein, all 3rd bracket monolithics 7 be located at the first bracket monolithic 50 and the second bracket monolithic 60 it Between；

Pedestal 40 is provided with the first guide rail 401 extended along the length direction parallel to the first frame side 10, first bracket Monolithic 50, the second bracket monolithic 60 and all 3rd bracket monolithics 70 are slippingly installed on the first guide rail 401, this reality Apply in example, may be provided for driving the first bracket monolithic 50, the second bracket monolithic 60 and all 3rd supports on pedestal 40 The drive mechanism (not shown) that frame monolithic 70 slides along the first guide rail 401 respectively, by setting the drive mechanism can be so as to In the position of the first bracket monolithic, the second bracket monolithic and all 3rd bracket monolithics on the length direction on the first frame side Regulation, to adapt to the length requirement at interval and different first frame side of the second different frames in, three frame；In addition, base It may be provided for selectively locking or unclamping the first bracket monolithic, the second bracket monolithic and all 3rd supports on seat Frame monolithic is to allow or forbid the locking mechanism (not shown) that they slide, by setting the locking mechanism can be the They are locked after one bracket monolithic, the second bracket monolithic and all 3rd bracket monolithics regulation good position to avoid giving birth to The problems such as occurring accidental displacement in production framing process and cause decrease in yield, production security occurs；

A wherein second frame side 20 is by support on the first bracket monolithic 50；

Another the second frame side 20 is by support on the second bracket monolithic 60；

Each article of the 3rd frame side 30 is respectively by support on one article of the 3rd bracket monolithic 70；

Each article of the first frame side 10 is horizontally placed on the first bracket monolithic 50, the second bracket monolithic 60 and all 3rd brackets respectively On monolithic 70, and make each article of the first frame side 10 by the first bracket monolithic 50, the second bracket monolithic 60 and all 3rd bracket lists 70 common support of block；

First sidepiece block 103 is arranged on the first bracket monolithic 50, the second bracket monolithic 60 and/or the 3rd bracket list On block 70, in the present embodiment, is equipped with the first bracket monolithic 50, the second bracket monolithic 60 and all 3rd bracket monolithics 70 One sidepiece block 103, certainly, it is not limited to this, for example, can only the first bracket monolithic 50, the second bracket monolithic 60 or First sidepiece block 103 is set on the 3rd bracket monolithic 70；

First top-pushing mechanism is arranged on the first bracket monolithic 50, the second bracket monolithic 60 and/or the 3rd bracket monolithic On 70, in the present embodiment, first is equipped with the first bracket monolithic 50, the second bracket monolithic 60 and all 3rd bracket monolithics 70 Top-pushing mechanism, certainly, it is not limited to this, such as can be only in the first bracket monolithic 50, the second bracket monolithic 60 or the 3rd First top-pushing mechanism is set on bracket monolithic 70；

Two groups of end stones 104 are on the first bracket monolithic 50；

One group of second 203, one group second of sidepiece block is set respectively on the first bracket monolithic 50 and the second bracket monolithic 60 Top-pushing mechanism and one group of second press mechanism；

One group of the 3rd sidepiece block, 303, one groups of the 3rd top-pushing mechanisms and one group are set respectively on each 3rd bracket monolithic 70 3rd press mechanism；

The first press mechanism for pushing down on each the first frame of bar side 10 is arranged on the first bracket monolithic 50, the second support On the bracket monolithic 70 of frame monolithic 60 and/or the 3rd, in the present embodiment, divide on the first bracket monolithic 50 and the second bracket monolithic 60 Two group of first press mechanism is not set；Two group of first press mechanism on the first bracket monolithic is respectively used to push down on one The first frame of bar side, and located at the and two group of first press mechanism on bracket monolithic is also respectively used to push down on one article of first frame Side.

The first bracket monolithic 50 includes the of one piece first main piece 501 and two pieces both sides for separating from first main piece 501 One lateral mass 502, first main piece 501 of the both sides are respectively equipped with one group from first main piece 501 towards away from first main piece 501 of direction Second guide rail 503 of extension, the second guide rail of each group 503 is parallel to the length direction on the second frame side 20, two piece of first lateral mass 502 Slippingly be installed on respectively on one group of second guide rail 503 so that each piece of the first lateral mass 502 along the second guide rail 503 slide when it is remote From or close to first main piece 501, in the present embodiment, may be provided for driving two piece of first lateral mass respectively on first main piece The drive mechanism (not shown) that the second guide rail along where each slides, because the second guide rail is parallel to the second frame side Length direction, i.e. the second guide rail are perpendicular to the first guide rail, by setting the drive mechanism can be in order to which two piece of first lateral mass is The regulation of position on the length direction on two frame sides, to adapt to the length requirement on the second different frame sides；In addition, on first main piece It can also set to be respectively used to selectively lock and either unclamp two piece of first lateral mass to allow or forbid the lock that they slide Mechanism (not shown) is determined, by setting locking mechanism to be locked after two piece of first lateral mass adjusts good position to them It is fixed to occur accidental displacement to avoid producing in framing process and occur the problems such as cause decrease in yield, production security；

The second bracket monolithic 60 includes the of one piece second main piece 601 and two pieces both sides for separating from second main piece 601 Two lateral mass 602, second main piece 601 of the both sides are respectively equipped with one group from second main piece 601 towards away from second main piece 601 of direction 3rd guide rail 603 of extension, the guide rail 603 of each group the 3rd is parallel to the length direction on the second frame side 20, two piece of second lateral mass 602 Slippingly be installed on respectively on one group of the 3rd guide rail 603 so that each piece of the second lateral mass 602 along the 3rd guide rail 603 slide when it is remote From or close to second main piece 601, in the present embodiment, may be provided for driving two piece of second lateral mass respectively on second main piece The drive mechanism (not shown) that the 3rd guide rail along where each slides, because the 3rd guide rail is parallel to the second frame side Length direction, i.e. the 3rd guide rail are perpendicular to the first guide rail, by setting the drive mechanism can be in order to which two piece of second lateral mass is The regulation of position on the length direction on two frame sides, to adapt to the length requirement on the second different frame sides；In addition, on second main piece It can also set to be respectively used to selectively lock and either unclamp two piece of second lateral mass to allow or forbid the lock that they slide Mechanism (not shown) is determined, by setting locking mechanism to be locked after two piece of second lateral mass adjusts good position to them It is fixed to occur accidental displacement to avoid producing in framing process and occur the problems such as cause decrease in yield, production security；

Each 3rd bracket monolithic 70 includes the of one piece the 3rd main piece 701 and two pieces both sides for separating from the 3rd main piece 701 Three lateral mass 702, the 3rd main piece 702 of both sides are respectively equipped with one group from the 3rd main piece 701 towards away from the 3rd main piece 701 of direction 4th guide rail 703 of extension, the guide rail 703 of each group the 4th is parallel to the length direction on the 3rd frame side 30, two piece of the 3rd lateral mass 702 Slippingly be installed on respectively on one group of the 4th guide rail 703 so that each piece of the 3rd lateral mass 702 along the 4th guide rail 703 slide when it is remote From or close to the 3rd main piece 701, in the present embodiment, may be provided for driving two piece of the 3rd lateral mass respectively on the 3rd main piece The drive mechanism (not shown) that the 4th guide rail along where each slides, because the 4th guide rail is parallel to the 3rd frame side Length direction, i.e. the 4th guide rail are perpendicular to the first guide rail, by setting the drive mechanism can be in order to which two piece of the 3rd lateral mass is The regulation of position on the length direction on three frame sides, to adapt to the length requirement on the 3rd different frame sides；In addition, on the 3rd main piece It can also set to be respectively used to selectively lock and either unclamp two piece of the 3rd lateral mass to allow or forbid the lock that they slide Mechanism (not shown) is determined, by setting locking mechanism to be locked after two piece of the 3rd lateral mass adjusts good position to them It is fixed to occur accidental displacement to avoid producing in framing process and occur the problems such as cause decrease in yield, production security；

First sidepiece block 103 is arranged on the first bracket monolithic 50, the second bracket monolithic 60 and/or the 3rd bracket list On block 70, refer to, the first sidepiece block 103 is arranged on one piece of first lateral mass 502 of the first bracket monolithic, the second bracket monolithic The bracket monolithic of one piece of second lateral mass 602 and/or the 3rd one piece of the 3rd lateral mass 702 on, in the present embodiment, the first bracket list One piece of first lateral mass 502 (the first lateral mass 502 for being located at top in figure as shown in figure 19) of block, one piece of the second bracket monolithic One piece of second lateral mass 602 (the second lateral mass 602 for being located at top in figure as shown in figure 19) and all 3rd bracket monolithics the One piece of first sidepiece block 103 is equipped with three lateral mass 703 (the 3rd lateral mass 702 for being located at top in figure as shown in figure 19), The first lateral mass, the second lateral mass and the 3rd lateral mass for being provided with the first sidepiece block are respectively positioned on the same side；

First top-pushing mechanism is arranged on the first bracket monolithic 50, the second bracket monolithic 60 and/or the 3rd bracket monolithic On 70, refer to, the first top-pushing mechanism is arranged on another piece of the first lateral mass 502 of the first bracket monolithic, the second bracket monolithic On another piece of the 3rd lateral mass 702 of another piece of the second lateral mass 602 and/or the 3rd bracket monolithic, in the present embodiment, the first bracket Another piece of the first lateral mass 502 (the first lateral mass 502 for being located at lower section in figure as shown in figure 19) of monolithic, the second bracket monolithic Another piece of the second lateral mass 602 (the second lateral mass 602 for being located at lower section in figure as shown in figure 19) and all 3rd bracket monolithics One group of first pushing tow is equipped with another piece of the 3rd lateral mass 702 (the 3rd lateral mass 702 for being located at lower section in figure as shown in figure 19) Mechanism, the first lateral mass, the second lateral mass and the 3rd lateral mass for being provided with the first top-pushing mechanism are respectively positioned on the same side；

Two groups of end stones 104 on the first bracket monolithic 50, refer to, two groups of end stones 104 are set respectively In on the first lateral mass 502 of one piece of first bracket monolithic, that is to say, that each piece of the first lateral mass 502 is respectively arranged with one group of end Block 104；

One group of second 203, one group second of sidepiece block is set respectively on the first bracket monolithic 50 and the second bracket monolithic 60 Top-pushing mechanism and one group of second press mechanism, refer to, first main piece 501 of the first bracket monolithic and the second of the second bracket monolithic One group of second sidepiece block, 203, one groups of second top-pushing mechanisms and one group of second press mechanism are set respectively on main piece 601, in addition, In the present embodiment, one group of second sidepiece block 203 is also respectively equipped with each first lateral mass 501, is also distinguished on each second lateral mass 601 Provided with one group of second sidepiece block 203；

One group of the 3rd sidepiece block, 303, one groups of the 3rd top-pushing mechanisms and one group are set respectively on each 3rd bracket monolithic 70 3rd press mechanism, refers to, the 3rd main piece 701 of each 3rd bracket monolithic sets one group of the 3rd 303, one groups of sidepiece block respectively 3rd top-pushing mechanism and one group of the 3rd press mechanism, in addition, in the present embodiment, one group is also respectively equipped with each 3rd lateral mass 702 3rd sidepiece block 303；

The first press mechanism for pushing down on each the first frame of bar side 10 is arranged on the first bracket monolithic 50, the second support On the bracket monolithic 70 of frame monolithic 60 and/or the 3rd, refer to, for pushing down on first press mechanism on each the first frame of bar side 10 It is arranged on the first lateral mass 502 of the first bracket monolithic, the second lateral mass 602 of the second bracket monolithic and/or the 3rd bracket list On 3rd lateral mass 702 of block, in the present embodiment, two piece of first lateral mass of the first bracket monolithic and the two of the second bracket monolithic piece One group of first press mechanism is set respectively on two lateral mass.

It is respectively provided with screw on each first lateral mass 502, each second lateral mass 602 and each 3rd lateral mass 702 from One frame while the first outside toward the first frame while the first inner side through the first frame while and end when screwing in the second frame or by spiral shell Silk from the first frame while first outside toward first frame while first inner side through the first frame while and screw-in three frames while end in Automatic screw fixing machine 80；In the present embodiment, automatic screw fixing machine (alternatively referred to as automatic screw loading machine) belongs to prior art, this Place repeats no more；

The pedestal 40 includes upper seat 402, middle part seat 403 and lower seat 404, the middle part seat 403 be located at upper seat 402 with Between lower seat 404, the first guide rail 401 is located in upper seat 402, and in the present embodiment, lower seat 404 is fixed on ground, should Lower seat 404, middle part seat 403 and upper seat 402 are arranged to from ground up arranges successively；

Being provided between upper seat 402 and middle part seat 403 can make upper seat 402 with respect to middle part seat 403 around 405 turns of first rotating shaft The first dynamic rotating mechanism (not shown)；

The middle part opposing lower portions seat 404 of seat 403 can be made around 406 turns of the second rotating shaft by being provided between middle part seat 403 and lower seat 404 The second dynamic rotating mechanism (not shown)；

First rotating shaft 405 is mutually perpendicular to the second rotating shaft 406；

First rotating shaft 405 is both perpendicular to the first guide rail 401 and the second guide rail 503.In the present embodiment, the second rotating shaft 406 Parallel to ground (or horizontal plane).

In the present embodiment, first rotating mechanism and the second rotating mechanism can be pivoting support or other energy It is enough to realize the mechanism relatively rotated, the driving machine for driving upper seat 402 to rotate can be provided with certainly, on middle part seat 403 Structure (not shown), and the drive mechanism for the rotation of seat 403 in the middle part of driving can also be provided with lower seat 404 (in figure It is not shown).

The operation principle of the present embodiment is as follows：

The framework includes two article of first frame in, two bars of second frames and two article of the 3rd frame side.

The first bracket monolithic, the second bracket monolithic and two the 3rd bracket monolithics are first regulated in X-direction (i.e. the first frame The length direction on side) on position, then regulate two piece of first lateral mass of the first bracket monolithic, two piece of the second bracket monolithic Position of two piece of the 3rd lateral mass of two lateral mass and each 3rd bracket monolithic in Y-axis (i.e. the length direction on the second frame side), allows The briquetting of each first press mechanism, each second press mechanism and each 3rd press mechanism, which switches to, avoids position.

Wherein one article of first frame side is horizontally placed on the first lateral mass provided with the first sidepiece block, two the 3rd lateral mass and second On lateral mass, an end on the first frame of this bar side is fallen within above-mentioned first lateral mass, and another end on the first frame of this bar side falls In on above-mentioned second lateral mass, allowing first outside on the first frame of this bar side to lean with each first sidepiece block simultaneously, and allow this The end fallen within first frame side on above-mentioned first lateral mass leans with the end stone on above-mentioned first lateral mass, thus so that should Bar the first frame side is positioned in Y direction and X-direction, and certainly, this article the first frame side is by above-mentioned first lateral mass, two the 3rd Lateral mass and the common support of the second lateral mass.

A wherein second frame side is positioned on the first bracket monolithic, an end on the second frame of this bar side is fallen within wherein On one piece of first lateral mass, and another end on the second frame of this bar side is fallen within another piece of the first lateral mass, is allowed located at first main piece On second top-pushing mechanism pushing tow the second frame of this bar side the second inner side so that second outside on the second frame of this bar side is close to and is located at The second sidepiece block on first main piece, above-mentioned second top-pushing mechanism is with above-mentioned second sidepiece block in clamping the second frame of this bar side Shape, thus so that the second frame of this bar side is positioned in the X-axis direction, certainly, above-mentioned second top-pushing mechanism and above-mentioned second side Portion block clamp the second frame while clamping force can be configured to allow the second frame of this bar while slide in the Y-axis direction.

Another the second frame side is positioned on the second bracket monolithic, an end on the second frame of this bar side falls within wherein one On the lateral mass of block second, and another end on the second frame of this bar side is fallen within another piece of the second lateral mass, is allowed on second main piece Second top-pushing mechanism pushing tow the second frame of this bar side second inner side so that the frame of this second second outside be close to located at second The second sidepiece block on main piece, above-mentioned second top-pushing mechanism are in clamping the second frame of this bar side shape with above-mentioned second sidepiece block, Thus so that the second frame of this bar side is positioned in the X-axis direction, certainly, above-mentioned second top-pushing mechanism is kept off with above-mentioned second sidepiece Block clamp the second frame while clamping force can be configured to allow the second frame of this bar while slide in the Y-axis direction.

Wherein one article of the 3rd frame side is placed therein on one the 3rd bracket monolithic, an end on the frame side of this article the 3rd falls In on one of 3rd lateral mass of the 3rd bracket monolithic, and another end on the frame side of this article the 3rd falls within the 3rd bracket On another piece of the 3rd lateral mass of monolithic, the 3rd top-pushing mechanism pushing tow this article on the 3rd main piece of the 3rd bracket monolithic is allowed 3rd inner side on the 3rd frame side, so that the 3rd outside on the frame side of this article the 3rd is close to the 3rd main piece located at the 3rd bracket monolithic On the 3rd sidepiece block, above-mentioned the 3rd top-pushing mechanism on the 3rd main piece of the 3rd bracket monolithic with it is above-mentioned located at should The 3rd sidepiece block on the 3rd main piece of 3rd bracket monolithic is in the clamping frame side shape of this article the 3rd, thus so that the frame of this article the 3rd Side is positioned in the X-axis direction, certainly, above-mentioned the 3rd top-pushing mechanism on the 3rd main piece of the 3rd bracket monolithic with The clamping force that above-mentioned the 3rd sidepiece block on the 3rd main piece of the 3rd bracket monolithic clamps the 3rd frame side can be set Being set to allows the frame side of this article the 3rd to slide in the Y-axis direction.

Another article of the 3rd frame side is positioned on another 3rd bracket monolithic, an end on the frame side of this article the 3rd falls within this On one of 3rd lateral mass of 3rd bracket monolithic, and another end on the frame side of this article the 3rd falls within the 3rd bracket monolithic Another piece of the 3rd lateral mass on, allow the 3rd top-pushing mechanism pushing tow this article the 3rd on the 3rd main piece of the 3rd bracket monolithic 3rd inner side on frame side, so that the 3rd outside on the frame side of this article the 3rd is close on the 3rd main piece of the 3rd bracket monolithic 3rd sidepiece block, above-mentioned the 3rd top-pushing mechanism on the 3rd main piece of the 3rd bracket monolithic are located at the 3rd with above-mentioned The 3rd sidepiece block on the 3rd main piece of bracket monolithic is in the clamping frame side shape of this article the 3rd, thus so that the frame side of this article the 3rd exists Positioned in X-direction, certainly, above-mentioned the 3rd top-pushing mechanism on the 3rd main piece of the 3rd bracket monolithic with it is above-mentioned The clamping force that the 3rd sidepiece block on the 3rd main piece of the 3rd bracket monolithic clamps the 3rd frame side can be configured to The frame side of this article the 3rd is allowed to slide in the Y-axis direction.

Another article of the first frame side is horizontally placed on the first lateral mass provided with the first top-pushing mechanism, two the 3rd lateral mass and the second side On block, an end on the first frame of this bar side is fallen within above-mentioned first lateral mass, and another end on the first frame of this bar side is fallen within On above-mentioned second lateral mass, allow on the first frame of this bar side and fall within the end on above-mentioned first lateral mass and the end on above-mentioned first lateral mass Block leans, thus so that the first frame of this bar side is positioned in the Y-axis direction, allow above-mentioned first top-pushing mechanism pushing tow this First outside on the first frame side, so that the frame of this first when being close to another first frame, is close to separately on the first frame of this bar side When one article of first frame can be pushed away in motion when making two bars of second frames and two article of the 3rd frame is being close to another bar of the first frame, and most Between when two article of second frame is held in the frame of this article first in another bar of the first frame in two bars of three frames eventually, by This is so that two article of second frame is in, two bars of three frames and the first frame of this bar side is positioned in the X-axis direction, certainly, This article the first frame side is by above-mentioned first lateral mass, two the 3rd lateral mass and the common support of the second lateral mass.

Allow the briquetting of each first press mechanism, each second press mechanism and each 3rd press mechanism to switch to and stop position Put, and drive the second movable part of each first press mechanism, each second press mechanism and each 3rd press mechanism to move (especially It is to move downward) so that the briquetting of each first press mechanism, each second press mechanism and each 3rd press mechanism accordingly pushes away Press the first frame in, the second frame and the 3rd frame side.

Finally, each automatic screw fixing machine work, realize by screw from the first frame while the first outside toward the first frame while the One inner side through the first frame while and end when screwing in the second frame and by screw from the first of the first frame side the outside toward the first frame While first inner side run through the first frame while and screw-in the 3rd frame side end in.

After presently preferred embodiments of the present invention is described in detail, those skilled in the art can be apparent from, The protection domain of appended claims is not departed from various change can be carried out under spirit with changing, and the present invention is also not only restricted to The embodiment of examples cited embodiment in bright book.It should be noted that word " comprising " is not excluded for other element or steps.In addition, The scope that any element label of claim should not be construed as limiting the invention.

Claims

1. a kind of door and window curtain wall automatic processing center, wherein, the door and window or curtain wall include framework, and the framework comprises at least two phases Mutually parallel and the first frame at a spacing while and two be parallel to each other and during the second frame at a spacing；

In the both sides on each the first frame of bar side, the side towards another the first frame side is the first inner side, backwards to another first The side on frame side is the first outside；

Between two second frames are when being located at two first frames；

In two ends on each the second frame of bar side, the first inner side of one of end and a first frame side leans, separately First inner side of one end and another the first frame side leans；

The end on each second frame side is respectively provided with screw, screw from the first frame while the first outside toward the first frame while first in Side through the first frame while and screw in the second frame while end in so that the second frame while end with the first frame while be anchored on together with；

It is characterized in that：

The machining center includes pedestal, bracket, the first frame avris portion detent mechanism, second frame avris portion's detent mechanism and the first top Pushing mechanism, the bracket be used on the pedestal frame of support first while and during the second frame, the first frame avris portion detent mechanism, the Two frame avris portion's detent mechanisms and the first top-pushing mechanism are on bracket；

The first frame avris portion detent mechanism includes being used for first to lean with first outside on a first frame side therein Sidepiece block；

First top-pushing mechanism be used for another the first frame side of pushing tow first outside so that another the first frame side be close to this with The first frame side that first sidepiece block leans, and between making two second frames when being held in two first frames；

The second frame avris portion detent mechanism includes two group of second sidepiece block, and this two group of second sidepiece block is respectively used to and one The side on the second frame of bar side leans.

A kind of 2. door and window curtain wall automatic processing center according to claim 1, it is characterised in that：The machining center also includes The first frame side end portion detent mechanism on bracket, the first frame side end portion detent mechanism include two groups of end stones, and this two Group end stone is respectively used to lean with an end on a first frame side.

A kind of 3. door and window curtain wall automatic processing center according to claim 2, it is characterised in that：

The machining center also includes two group of second top-pushing mechanism on bracket, and this two group of second top-pushing mechanism is respectively used to push up Push away a second frame side；

Each frame of bar second while, for pushing tow the second frame of this bar while the second top-pushing mechanism and side with the second frame of this bar side In the second sidepiece block to lean, the second top-pushing mechanism and the second sidepiece block separate from the both sides on the second frame side, so that Two top-pushing mechanisms, which push away, makes the second frame side be close to the second sidepiece block, and the second frame side is held in the second top-pushing mechanism and second Between sidepiece block.

A kind of 4. door and window curtain wall automatic processing center according to claim 3, it is characterised in that：

The framework also includes one or more of and the second frame in three frame being parallel to each other；

This two the first frame sides are located among framework with this two the second frame skirts into a framework, all 3rd frame sides；

In two ends on each article of the 3rd frame side, the first inner side of one of end and a first frame side leans, separately First inner side of one end and another the first frame side leans；

The end on each 3rd frame side is also respectively provided with screw, screw from the first frame while the first outside toward the first frame while first Inner side through the first frame while and end when screwing in three frames in so that the 3rd frame while end and the first frame while be anchored on one Rise；

The machining center also includes the 3rd frame avris portion's detent mechanism and the 3rd top-pushing mechanism；

3rd frame avris portion detent mechanism includes the quantity threeth sidepiece block equal with the 3rd frame side quantity, each 3rd sidepiece Block is respectively used to lean with the side on one article of the 3rd frame side；

The quantity of 3rd top-pushing mechanism is equal with the quantity on the 3rd frame side, and the top-pushing mechanism of each group the 3rd is respectively used to pushing tow One article of the 3rd frame side；

Each bar of the 3rd frame while, for pushing tow three frame of this bar while the 3rd top-pushing mechanism and side with the frame side of this article the 3rd In the 3rd sidepiece block to lean, the 3rd top-pushing mechanism and the 3rd sidepiece block separate from the both sides on the 3rd frame side, so that Three top-pushing mechanisms, which push away, makes the 3rd frame side be close to the 3rd sidepiece block, and the 3rd frame side is held in the 3rd top-pushing mechanism and the 3rd Between sidepiece block.

A kind of 5. door and window curtain wall automatic processing center according to claim 4, it is characterised in that：

This two the first frame sides are linearly, and the length on this two the first frame sides is equal；

This two the second frame sides are also linearly, and the length on this two the second frame sides is also equal；

And the first frame while length be more than the second frame while length；

3rd frame side has two articles, and at a spacing, two article of the 3rd frame side is linearly on two article of the 3rd frame side, and this two The length on the 3rd frame side is equal；And the 3rd frame while length be equal to the second frame while length.

A kind of 6. door and window curtain wall automatic processing center according to claim 4, it is characterised in that：

The machining center also includes the first press mechanism, the second press mechanism and the 3rd press mechanism, first press mechanism, Two press mechanisms and the 3rd press mechanism are on bracket；

First press mechanism is used to push down on this two the first frame sides, so that this two the first frame sides are close to bracket, and makes This two the first frame sides are held between bracket and the first press mechanism；

Second press mechanism is used to push down on this two the second frame sides, so that this two the second frame sides are close to bracket, and makes This two the second frame sides are held between bracket and the second press mechanism；

3rd press mechanism is used to push down on two article of the 3rd frame side, so that two article of the 3rd frame side is close to bracket, and makes Two article of the 3rd frame side is held between bracket and the 3rd press mechanism.

A kind of 7. door and window curtain wall automatic processing center according to claim 6, it is characterised in that：

First top-pushing mechanism, the second top-pushing mechanism and the 3rd top-pushing mechanism are identicals, including first straight line executing agency, The first straight line executing agency includes the first fixed part being installed on bracket and can make linear reciprocation fortune with respect to the first fixed part The first movable part being installed on dynamicly on the first fixed part；

It is by the first activity of the first straight line executing agency of the first top-pushing mechanism by the first frame side of the first top-pushing mechanism pushing tow Portion's pushing tow；

It is by the first activity of the first straight line executing agency of the second top-pushing mechanism by the second frame side of the second top-pushing mechanism pushing tow Portion's pushing tow；

It is by the first activity of the first straight line executing agency of the 3rd top-pushing mechanism by the 3rd frame side of the 3rd top-pushing mechanism pushing tow Portion's pushing tow；

First press mechanism, the second press mechanism and the 3rd press mechanism are identicals, including second straight line executing agency And briquetting, the second straight line executing agency include the second fixed part being installed on bracket and can make straight line with respect to the second fixed part The second movable part being reciprocally installed on the second fixed part, the briquetting is to be rotated around the axis of the second movable part and the Relatively-stationary mode is installed on the second movable part on the axis direction of two movable parts, the diameter parallel of second movable part in The straight reciprocating motion direction of second movable part, kept away when the briquetting is around the axis rotation of the second movable part in a blocking position with one Allow between position and switch；

Using the length direction parallel to the first frame side as X-direction, using the length direction parallel to the second frame side as Y direction, Using the plane definition also cross X-axis and Y-axis as X/Y plane；

The the first frame side pushed by the first press mechanism, pushed by the briquetting of the first press mechanism, wherein, the frame of pushing first The briquetting on side when blocking position, the frame of pushing first while briquetting on X/Y plane projection be pushed the first frame while in Projection on X/Y plane is overlapping；The briquetting on the first frame of pushing side is when position is avoided, the briquetting on the first frame of pushing side Stagger in the projection on X/Y plane with the first frame side being pushed in the projection on X/Y plane；

The the second frame side pushed by the second press mechanism, pushed by the briquetting of the second press mechanism, wherein, the frame of pushing second The briquetting on side when blocking position, the frame of pushing second while briquetting on X/Y plane projection be pushed the second frame while in Projection on X/Y plane is overlapping；The briquetting on the second frame of pushing side is when position is avoided, the briquetting on the second frame of pushing side Stagger in the projection on X/Y plane with the second frame side being pushed in the projection on X/Y plane；

The 3rd frame side pushed by the 3rd press mechanism, pushed by the briquetting of the 3rd press mechanism, wherein, the frame of pushing the 3rd The briquetting on side when blocking position, the frame of pushing the 3rd while briquetting on X/Y plane projection be pushed three frames while in Projection on X/Y plane is overlapping；The briquetting on the frame side of pushing the 3rd is when position is avoided, the briquetting on the frame side of pushing the 3rd Stagger in the projection on X/Y plane with the 3rd frame side being pushed in the projection on X/Y plane.

A kind of 8. door and window curtain wall automatic processing center according to claim 6, it is characterised in that：

The bracket includes the first bracket monolithic, the second bracket monolithic and quantity threeth bracket equal with the quantity on the 3rd frame side Monolithic, wherein, all 3rd bracket monolithics are between the first bracket monolithic and the second bracket monolithic；

Pedestal is provided with the first guide rail extended along the length direction parallel to the first frame side, the first bracket monolithic, second support Frame monolithic and all 3rd bracket monolithics are slippingly installed on the first guide rail；

A wherein second frame side is by support on the first bracket monolithic；

Another the second frame side is by support on the second bracket monolithic；

Each article of the 3rd frame side is respectively by support on one article of the 3rd bracket monolithic；

Each article of the first frame side is horizontally placed on the first bracket monolithic, the second bracket monolithic and all 3rd bracket monolithics respectively, and Make each article of the first frame side by the first bracket monolithic, the second bracket monolithic and the common support of all 3rd bracket monolithics；

First sidepiece block is arranged on the first bracket monolithic, the second bracket monolithic and/or the 3rd bracket monolithic；

First top-pushing mechanism is arranged on the first bracket monolithic, the second bracket monolithic and/or the 3rd bracket monolithic；

Two groups of end stones are on the first bracket monolithic；

One group of second sidepiece block, one group of second top-pushing mechanism and 1 are set respectively on first bracket monolithic and the second bracket monolithic The second press mechanism of group；

One group of the 3rd sidepiece block, one group of the 3rd top-pushing mechanism and one group of the three times press are set respectively on each 3rd bracket monolithic Structure；

The first press mechanism for pushing down on each the first frame of bar side is arranged on the first bracket monolithic, the second bracket monolithic And/or the 3rd on bracket monolithic.

A kind of 9. door and window curtain wall automatic processing center according to claim 8, it is characterised in that：

The first bracket monolithic includes first lateral mass of one piece of first main piece and two pieces both sides for separating from first main piece, and this first Main piece of both sides are respectively equipped with one group and led from first main piece towards the second guide rail extended away from first main piece of direction, each group second Parallel to the length direction on the second frame side, two piece of first lateral mass be slippingly installed on one group of second guide rail rail respectively, with Make each piece of the first lateral mass along the second guide rail slide when away from or close to first main piece；

The second bracket monolithic includes second lateral mass of one piece of second main piece and two pieces both sides for separating from second main piece, and this second Main piece of both sides are respectively equipped with one group and led from second main piece towards the 3rd guide rail extended away from second main piece of direction, each group the 3rd Parallel to the length direction on the second frame side, two piece of second lateral mass be slippingly installed on one group of the 3rd guide rail rail respectively, with Make each piece of the second lateral mass along the 3rd guide rail slide when away from or close to second main piece；

Each 3rd bracket monolithic includes the 3rd lateral mass of one piece of the 3rd main piece and two pieces both sides for separating from the 3rd main piece, and the 3rd Main piece of both sides are respectively equipped with one group and led from the 3rd main piece towards the 4th guide rail extended away from the 3rd main piece of direction, each group the 4th Parallel to the length direction on the 3rd frame side, two piece of the 3rd lateral mass be slippingly installed on one group of the 4th guide rail rail respectively, with Make each piece of the 3rd lateral mass along the 4th guide rail slide when away from or close to the 3rd main piece；

First sidepiece block is arranged on the first bracket monolithic, the second bracket monolithic and/or the 3rd bracket monolithic, is referred to, First sidepiece block be arranged on one piece of first lateral mass of the first bracket monolithic, the second bracket monolithic one piece of second lateral mass and/ Or the 3rd bracket monolithic one piece of the 3rd lateral mass on；

First top-pushing mechanism is arranged on the first bracket monolithic, the second bracket monolithic and/or the 3rd bracket monolithic, is referred to, First top-pushing mechanism is arranged on another piece of the second lateral mass of another piece of the first lateral mass of the first bracket monolithic, the second bracket monolithic And/or the 3rd bracket monolithic another piece of the 3rd lateral mass on；

Two groups of end stones on the first bracket monolithic, refer to, two groups of end stones are respectively arranged on one piece of first support On first lateral mass of frame monolithic；

One group of second sidepiece block, one group of second top-pushing mechanism and 1 are set respectively on first bracket monolithic and the second bracket monolithic The second press mechanism of group, refers to, is set respectively on first main piece of the first bracket monolithic and second main piece of the second bracket monolithic One group of second sidepiece block, one group of second top-pushing mechanism and one group of second press mechanism；

One group of the 3rd sidepiece block, one group of the 3rd top-pushing mechanism and one group of the three times press are set respectively on each 3rd bracket monolithic Structure, refer to, the 3rd main piece of each 3rd bracket monolithic sets one group of the 3rd sidepiece block, one group of the 3rd top-pushing mechanism and one respectively The 3rd press mechanism of group；

The first press mechanism for pushing down on each the first frame of bar side is arranged on the first bracket monolithic, the second bracket monolithic And/or the 3rd on bracket monolithic, refer to, the first press mechanism for pushing down on each the first frame of bar side is arranged on first On 3rd lateral mass of the first lateral mass of bracket monolithic, the second lateral mass of the second bracket monolithic and/or the 3rd bracket monolithic.

A kind of 10. door and window curtain wall automatic processing center according to claim 9, it is characterised in that：

It is respectively provided with each first lateral mass, each second lateral mass and each 3rd lateral mass by screw from outside the first of the first frame side Side toward the first frame while first inner side run through the first frame while and screw-in the second frame while end or by screw from the first frame while First outside toward the first frame while first inner side run through the first frame while and screw-in the 3rd frame side end in automatic screw fixing machine；

The pedestal includes upper seat, middle part seat and lower seat, and between upper seat and lower seat, the first guide rail is set the middle part seat In upper seat；

The first rotating mechanism that upper seat rotates relative to middle part seat around first rotating shaft can be made by being provided between upper seat and middle part seat；

The second rotating mechanism that can make middle part seat opposing lower portions seat around the second axis of rotation is provided between middle part seat and lower seat；

First rotating shaft is mutually perpendicular to the second rotating shaft；

First rotating shaft is both perpendicular to the first guide rail and the second guide rail.