CN104128411A - Device for machining aluminum alloy door and window components - Google Patents
Device for machining aluminum alloy door and window components Download PDFInfo
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- CN104128411A CN104128411A CN201410367475.4A CN201410367475A CN104128411A CN 104128411 A CN104128411 A CN 104128411A CN 201410367475 A CN201410367475 A CN 201410367475A CN 104128411 A CN104128411 A CN 104128411A
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Abstract
A device for machining aluminum alloy door and window components is provided with a bottom board base (5), a leaf lock receding and punching device (1) connected to the bottom board base (5), a leaf lock hole receding and punching device (2), a pressure line notch and fixed frame opening punching device (3), and a vertical sliding punching and upper and lower portion opening device (4). Each device is provided with a portal-type support, a sliding column, a pressure lever, a connection rod, a siding groove gland, an upper die base, at least one upper die and female dies, wherein the portal-type support is connected to the bottom board base (5) and provided with a vertical sliding groove and a U-shaped top groove; the sliding column is in sliding connection with the vertical sliding groove; the first end of the pressure lever is hinged to the two sides of the U-shaped groove; the two ends of the connection rod are hinged to the first end of the sliding column and the pressure lever respectively; the sliding groove gland is detachably connected with the portal-type support; the upper die base is connected with the second end of the sliding column; the upper dies are detachably connected with the upper die base; the number of the female dies is equal to the number of the upper dies; the female dies are matched with aluminum alloy sections in shape.
Description
Technical field
The present invention relates to aluminum alloy doors and windows technical field of processing equipment, especially relate to a kind of for processing the equipment of aluminium alloy door's window component.
Background technology
That aluminum window has is attractive in appearance, sealing, intensity are high, is widely used in building engineering field.In house ornamentation, Aluminium Alloys in Common Use door and window encapsulation balcony.In aluminium section bar door and window process, need to carry out punch process to making the section bar of aluminium door and window, aluminium alloy door's window profile is through cutting blanking, and riveted joint or pin joint form.At material end, to be processed into eyelet for connection, opening, slot etc.The instrument adopting is often electric hand drill, hand saws etc., and its weak point is inefficiency, and labour intensity is large, and Product Precision is low.Existing aluminum alloy doors and windows process equipment also has the mechanization or semimechanized of employing, take pneumatic punching machine and general punch press as main.The disclosed aluminium door and window electric press of CN103157713A machine for example, this aluminium door and window electric press machine comprises frame, hood, clutch, pull bar, tribute bar, cope match-plate pattern, lower bolster, motor is installed in frame, it is characterized in that: one end of decelerator is fixed on the bottom of frame, clutch connection reducer big belt pulley for the other end of decelerator, on clutch, be connected with rocking arm, rocking bar, tribute bar, pull bar, lower bolster is fixed on the top of frame, two ends at lower bolster are embedded with guide pillar, guide pillar be located at cope match-plate pattern and lower bolster it.The disclosed a kind of aluminium door and window fan material stamping line of CN103128161A, this aluminium door and window fan material stamping line, comprise frame, in frame, be provided with a cradle, on cradle, be provided with a numerical-control feed mechanism, in the frame of cradle one side, along fan material direct of travel, be provided with successively the first angle-cleaning machine structure, rush handle holes mechanism and the second angle-cleaning machine structure, rushing handle holes mechanism is fixedly mounted in frame, the first angle-cleaning machine structure and the second angle-cleaning machine structure are arranged in the frame of rushing handle holes mechanism both sides by driving mechanism symmetry, along fan material direct of travel, in the frame of cradle initiating terminal one side, be provided with a feed mechanism being oppositely arranged with cradle original position, at the first angle-cleaning machine structure, discharge end and the frame between cradle of rushing handle holes mechanism and the second angle-cleaning machine structure are provided with the one and first angle-cleaning machine structure, rush handle holes mechanism and the second angle-cleaning machine structure near discharging mechanism, feed mechanism, numerical-control feed mechanism, driving mechanism, the first angle-cleaning machine structure, rush handle holes mechanism, the second angle-cleaning machine structure is connected with control device respectively with discharging mechanism.
Wherein pneumatic punching machine is short of power, and aluminium door-window section bar is difficult for punching and falls, inefficiency, and fault rate is high; General punching machine structure bulky complex, is unfavorable for operation on mobile building site, inefficiency, and cost is high, and in running, energy consumption is high.Therefore be necessary existing aluminum alloy doors and windows process equipment to carry out technological innovation, release new process equipment.
Summary of the invention
In order to overcome the defect of prior art, the technical problem that the present invention solves is: provide a kind of for processing the equipment of aluminium alloy door's window component, processing and fabricating for aluminum alloy doors and windows, delicate structure, alleviate labor strength, improved operating efficiency, fast and accurate for positioning, guaranteed machining accuracy and the working (machining) efficiency of aluminium door and window parts, time saving and energy saving.
In order to solve the problems of the technologies described above, the invention provides for processing the equipment of aluminium alloy door's window component, there is bottom block; The fan page lock body being connected on described bottom block is kept away a hole punched device; Fan page lockhole is kept away a hole punched device; Line ball gap and fixed frame opening rush turning device; With upper downslide punching and upper and lower shedding motion, described fan page lock body is kept away a hole punched device, fan page lockhole is kept away a hole punched device, line ball gap and fixed frame opening and rushed turning device; Have respectively and be connected to the door shaped stent on bottom block with the U-shaped groove of vertical chute and top with upper downslide punching and upper and lower shedding motion; The traveller being slidably connected with described vertical chute; The hinged pressure lever in both sides of first end and described U-shaped groove; Two ends respectively with the first end of described traveller and the hinged connecting rod of pressure lever; The chute gland removably connecting with described door shaped stent; The upper bolster being connected with the second end of described traveller; The patrix that at least one and described upper bolster removably connect; The die equating with described patrix quantity; Described die matches with the shape of aluminium alloy extrusions.
As one of optimal technical scheme: provided by the invention for processing the equipment of aluminium alloy door's window component, described fan page lock body is kept away a hole punched device and comprised and be connected to the door shaped stent on bottom block with the U-shaped groove of vertical chute and top; The traveller being slidably connected with described vertical chute; The hinged pressure lever in both sides of first end and described U-shaped groove; Two ends respectively with the first end of described traveller and the hinged connecting rod of pressure lever; The chute gland removably connecting with described door shaped stent; The first upper bolster being connected with the second end of described traveller; The first perforating die removably connecting with the first upper bolster; The first support bar that first end is connected with a side of described bottom block; First end is positioned at the below of described the first perforating die, and has the first die coordinating with described the first perforating die, the first tongue bar that the second end is connected with the second end of described the first support bar; Be positioned at the below of described the first tongue bar first end, the first tongue bar supporting positioning seat being connected with described bottom block; The first locating ring being connected with described the first tongue bar.
Further improvement project as one of optimal technical scheme: provided by the invention for processing the equipment of aluminium alloy door's window component, described fan page lock body is kept away a hole punched device and also had and be positioned at the first limiting plate that a side of described the first tongue bar is connected with described bottom block; At least one pressing plate being connected with described the first limiting plate top.
Further improvement project as one of optimal technical scheme: provided by the invention for processing the equipment of aluminium alloy door's window component, described the first upper bolster has the mounting groove of the first perforating die, and a side of described mounting groove has the screwed hole being communicated with cell body and the fastening bolt being threaded with described screwed hole.
As two of optimal technical scheme: provided by the invention for processing the equipment of aluminium alloy door's window component, described fan page lockhole is kept away a hole punched device and comprised and be connected to the door shaped stent on bottom block with the U-shaped groove of vertical chute and top; The traveller being slidably connected with described vertical chute; The hinged pressure lever in both sides of first end and described U-shaped groove; Two ends respectively with the first end of described traveller and the hinged connecting rod of pressure lever; The chute gland removably connecting with described door shaped stent; The second upper bolster being connected with the second end of described traveller; The second perforating die removably connecting with the second upper bolster; The second support bar that first end is connected with a side of described bottom block; First end is positioned at the below of described the second perforating die, and has the second die coordinating with described the second perforating die, the continuous retainer that the second end is connected with the second end of described the second support bar; Be positioned at the below of described continuous retainer first end, the tongue bar supporting base being connected with described bottom block; The second locating ring being connected with described continuous retainer; At least two lay respectively at the both sides of described continuous retainer the width guide pile being connected with described bottom block; The door type height limitting casing that at least one is connected with described bottom block.
Further improvement project as one of optimal technical scheme: provided by the invention for processing the equipment of aluminium alloy door's window component, described width guide pile is L-type, its base has bolt mounting holes, described bottom block has mounting hole, described width guide pile is connected with described mounting hole by bolt, the position-adjustable of width guide pile.
Further improvement project as one of optimal technical scheme: provided by the invention for processing the equipment of aluminium alloy door's window component, described door type height limitting casing is two, lay respectively at the both sides of door shaped stent, described door type height limitting casing, the door shaped stent layout that is parallel to each other.
As three of optimal technical scheme: provided by the invention for processing the equipment of aluminium alloy door's window component, described line ball gap and fixed frame opening rush turning device and comprise and be connected to the door shaped stent on bottom block with the U-shaped groove of vertical chute and top; The traveller being slidably connected with described vertical chute; The hinged pressure lever in both sides of first end and described U-shaped groove; Two ends respectively with the first end of described traveller and the hinged connecting rod of pressure lever; The chute gland removably connecting with described door shaped stent; The 3rd upper bolster being connected with the second end of described traveller; The 3rd punch die and the 4th punch die that removably connect with described the 3rd upper bolster; Be connected to the 3rd die matching with described the 3rd punch die, the 4th punch die on described bottom block, the 4th die; Described the 3rd punch die has the locating dowel being connected with its both sides and the first drift being connected on its outer surface; Described the 4th punch die has the second drift, and is positioned at described the second drift below connected the first location-plate, and described the second drift is the isosceles triangle that base angle is 45 degree; Described the 3rd die has the groove inserting for aluminium alloy extrusions and matches with the shape of aluminium alloy extrusions; Described the 4th die comprises two parallel grooves, and the line ball guide pillar matching with the shape of line ball is set respectively in described parallel groove.
Three the further improvement project as optimal technical scheme: provided by the invention for processing the equipment of aluminium alloy door's window component, described the 3rd die also has for punching cuts the outlet that waste material is discharged.
As four of optimal technical scheme: provided by the invention for processing the equipment of aluminium alloy door's window component, described upper downslide punching and upper and lower shedding motion comprise and be connected to the door shaped stent on bottom block with the U-shaped groove of vertical chute and top; The traveller being slidably connected with described vertical chute; The hinged pressure lever in both sides of first end and described U-shaped groove; Two ends respectively with the first end of described traveller and the hinged connecting rod of pressure lever; The chute gland removably connecting with described door shaped stent; The 4th upper bolster being connected with the second end of described traveller; The 5th punch die, the 6th punch die that removably connect with described the 4th upper bolster; Be connected to the 5th die matching with described the 5th punch die, the 6th punch die on described bottom block, the 6th die; Described the 5th punch die has an above pierce punch, with the holding pad being connected with described the 5th punch die by stock pressing rod; The drift of described the 6th punch die is " Contraband " type, and the drift of described the 6th punch die comprises both sides drift and bottom punch.
Four the further improvement project as optimal technical scheme: be provided by the inventionly also connected with Compress Spring between described stock pressing rod and holding pad for processing the equipment of aluminium alloy door's window component, make stock pressing rod there is elasticity at length direction.
Four the further improvement project as optimal technical scheme: provided by the invention for processing the equipment of aluminium alloy door's window component, the blade portion of the both sides drift of described the 6th punch die is away from bottom punch) height of side is lower than the height of bottom punch side, in punching course, away from the blade portion of bottom punch side, prior to the blade portion punching of bottom punch side, cut to wait to rush and cut part.
In the situation that not conflicting above-mentioned preferably or improvement project can implement alone or in combination.
Beneficial effect of the present invention: provide for processing the equipment of aluminium alloy door's window component, fast and accurate for positioning in process, alleviated labor strength, improved operating efficiency, guaranteed machining accuracy and the working (machining) efficiency of aluminium alloy door's window component, time saving and energy saving.The punching of working pressure lever, punching pressure is high, and blanking is clean, high punching efficiency.
Accompanying drawing explanation
Accompanying drawing is used to provide a further understanding of the present invention, forms the application's a part, and schematic description and description of the present invention is used for explaining the present invention, does not form inappropriate limitation of the present invention.In the accompanying drawings:
Fig. 1 is that embodiment is for processing the structural representation of the equipment of aluminium alloy door's window component;
Fig. 2 is the structural representation that in Fig. 1, fan page lock body is kept away a hole punched device;
Fig. 3 is the structural representation that in Fig. 1, fan page lockhole is kept away a hole punched device;
Fig. 4 is the structural representation that in Fig. 1, line ball gap and fixed frame opening rush turning device;
Fig. 5 goes up the structural representation of downslide punching and upper and lower shedding motion in Fig. 1;
Fig. 6 is punch die and the cavity die structure schematic diagram in Fig. 5.
The specific embodiment
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is described in further detail.
As shown in Figure 1 for processing the equipment of aluminium alloy door's window component, there is bottom block 5; Fan page lock body is kept away a hole punched device 1, fan page lockhole and is kept away a hole punched device 2, line ball gap and fixed frame opening and rush turning device 3 and upper downslide punching and upper and lower shedding motion 4 and be connected on bottom block 5.
As shown in Figure 2, for the equipment of processing aluminium alloy door's window component, there is fan page lock body and keep away a hole punched device 1, the first door shaped stent 101 that fan page lock body is kept away a hole punched device 1 is connected on bottom block 5, and the first door shaped stent 101 has vertical chute, and top has U-shaped groove; The first traveller 103 is slidably connected with vertical chute, and the first chute gland 106 and the first door shaped stent 101 removably connect, by the first traveller 103 enclosings in vertical chute; First first end of pressure lever 105 and the both sides of U-shaped groove are hinged by hinge, first connecting rod 104 two ends are hinged by hinge with top and first pressure lever 105 of the first traveller 103 respectively, the first upper bolster 107 is connected with the second end of the first traveller 103, the first upper bolster 107 has the mounting groove that the first perforating die 111 is installed, one side of mounting groove has the screwed hole being communicated with cell body, and the first perforating die 111 is removably connected on the first upper bolster 107 by the fastening bolt 102 being threaded with described screwed hole.The first end of the first support bar 109 is fixedly connected with a side of bottom block 5, the first end of the first tongue bar 112 is positioned at the below of the first perforating die 111, the first end of the first tongue bar 112 has the first die coordinating with the first perforating die 111, the second end of the first tongue bar 112 is fixedly connected with the second end of the first support bar 109, the first locating ring 108 is enclosed within on the first tongue bar 112, with fastening bolt, fix, it is position-movable, the first tongue bar supporting positioning seat 114 is positioned at the below of the first tongue bar 112 first ends, and be fixedly connected with bottom block 5, between the first tongue bar supporting positioning seat 114 and the first tongue bar 112, there is gap, the first limiting plate 110 is positioned at a side of the first tongue bar 112 and is fixedly connected with bottom block 5, two pressing plates 113 lay respectively at the both sides of the first perforating die 111 and are removably connected by bolt with the top of the first limiting plate 110.
When aluminium door and window fan page lock body is kept away the punching of hole, the first tongue bar 112 inserts in the hollow cavity of aluminium section bar, one end of aluminium section bar is close to the first locating ring 108, between the first limiting plate 110 and the first tongue bar supporting positioning seat 114, between the first limiting plate 110 and the first tongue bar 112, have the gap that aluminium section bar one sidewall passes through, position-limiting action is played in the top of 113 pairs of aluminium section bars of two pressing plates.Like this, when punching, aluminium section bar is realized precise positioning under the acting in conjunction of the first tongue bar 112, the first locating ring 108, the first tongue bar supporting positioning seat 114 and the first limiting plate 110 and pressing plate 113.Behind aluminium section bar location, with boosting-rod, be enclosed within on the first pressure lever 105, the downward application of force, the first traveller 103 moves down under the drive of first connecting rod 104, the first upper bolster 107 and the first perforating die 111 move down punching material, and a side of aluminium section bar is rushed out lock body and keeps away a hole.After punching, lift boosting-rod cover and the first pressure lever 105, the first travellers 103 and move reset under the drive of first connecting rod 104.
Fan page lockhole is as shown in Figure 3 kept away a hole punched device 2, the second door shaped stents 201 and is connected on bottom block 5, and the second door shaped stent 201 has vertical chute, and top has U-shaped groove; The second traveller 203 is slidably connected with vertical chute, and the second chute gland 206 and the second door shaped stent 201 removably connect, by the second traveller 203 enclosings in vertical chute; Second first end of pressure lever 205 and the both sides of U-shaped groove are hinged by hinge, second connecting rod 204 two ends are hinged by hinge with top and second pressure lever 205 of the second traveller 203 respectively, the second upper bolster 207 is connected with the second end of the second traveller 203, and the second upper bolster 207 is connected with the second perforating die 202.The first end of the second support bar 209 is fixedly connected with a side of bottom block 5, the first end of continuous retainer 211 is positioned at the below of the second perforating die 202, the first end of continuous retainer 211 has the die coordinating with the second perforating die 202, the second end of continuous retainer 211 is fixedly connected with the second end of the second support bar 209, the second locating ring 208 is enclosed within on continuous retainer 211, with fastening bolt, fix, it is position-movable, tongue bar supporting base 212 is positioned at the below of continuous retainer 211 first ends, and be fixedly connected with bottom block 5, between tongue bar supporting base 212 and continuous retainer 211, there is gap.Four width width guide piles 213 lay respectively at the both sides of continuous retainer 211, width guide pile 213 is L-type, and its base has bolt mounting holes, and bottom block 5 has mounting hole, width guide pile 213 is connected with described mounting hole by bolt, the position-adjustable of width guide pile 213.Two door type height limitting casings 210 lay respectively at the both sides of the second door shaped stent 201, are connected door type height limitting casing 210, the second door shaped stent 201 layout that is parallel to each other with bottom block 5.
When aluminium door and window fan page lockhole is kept away the punching of hole, continuous retainer 211 inserts in the hollow cavity of aluminium section bar, one end of aluminium section bar is close to the second locating ring 208, between tongue bar supporting base 212 and continuous retainer 211, there is the gap that aluminium section bar one sidewall passes through, position-limiting action is played in the position, left and right of 213 pairs of aluminium section bars of four width guide piles, and the upper-lower position of 210 pairs of aluminium section bars of two door type height limitting casings plays position-limiting action.Like this, when punching, aluminium section bar is realized precise positioning under the acting in conjunction of continuous retainer 211, the second locating ring 208, four width guide piles 213, two door type height limitting casings 210.Behind aluminium section bar location, with boosting-rod, be enclosed within on the second pressure lever 205, the downward application of force, the second traveller 203 moves down under the drive of second connecting rod 204, the second upper bolster 207 and the second perforating die 202 move down punching material, and a side of aluminium section bar is rushed out lockhole and keeps away a hole.After hole punch, lift boosting-rod cover and the second pressure lever 205, the second travellers 203 and move reset under the drive of second connecting rod 204.
Line ball gap as shown in Figure 4 and fixed frame opening rush turning device 3, the three door type supports 301 and are connected on bottom block 5, and three door type support 301 has vertical chute, and top has U-shaped groove; The 3rd traveller 303 is slidably connected with vertical chute, and the 3rd chute gland 306 and three door type support 301 removably connect, by the 3rd traveller 303 enclosings in vertical chute; The 3rd first end of pressure lever 305 and the both sides of U-shaped groove are hinged by hinge, third connecting rod 304 two ends are hinged by hinge with top and the 3rd pressure lever 305 of the 3rd traveller 303 respectively, the 3rd upper bolster 307 is connected with the second end of the 3rd traveller 303, the 3rd punch die 311 is removably connected with the 3rd upper bolster 307 with the 4th punch die 302, the 3rd die 317, the four dies 313 that match with the 3rd punch die 311, the 4th punch die 302 are connected on bottom block 5; The locating dowel 314 that the 3rd punch die 311 is connected with its both sides and the first drift 312 being connected on its outer surface; The 4th punch die 302 has the second drift 310, and is positioned at described the second drift 310 belows connected the first location-plate 308, the second drifts 310 and is the isosceles triangle that base angle is 45 degree; The 3rd die 317 has the groove 315 inserting for aluminium alloy extrusions and cuts for punching the outlet 316 that waste material is discharged, the 3rd die 317 matches with the shape of aluminium alloy extrusions, the 4th die 313 comprises two parallel grooves, and the line ball guide pillar 309 matching with the shape of line ball is set respectively in two parallel grooves.
During fixed frame opening, insert in the groove 315 of the 3rd die 317 on the protrusion limit of aluminium section bar, one end of aluminium section bar is close to the locating dowel 314 of the 3rd punch die 311 both sides, with boosting-rod, be enclosed within on the 3rd pressure lever 305, the downward application of force, the 3rd traveller 303 moves down under the drive of third connecting rod 304, and the 3rd upper bolster 307 and the 3rd punch die 311 move down punching material, and one end of aluminium section bar is rushed out opening.Lift boosting-rod cover and the 3rd pressure lever 305, the three travellers 303 and move reset under the drive of third connecting rod 304.
When the punching of line ball gap is cut, the first end of line ball is inserted in the first line ball guide pillar of the 4th die 313, the first end of line ball supports to the first location-plate 308, with boosting-rod, be enclosed within on the 3rd pressure lever 305, the downward application of force, the 3rd traveller 303 moves down under the drive of third connecting rod 304, the 3rd upper bolster 307 and the second drift 310 move down punching material, the first end of line ball is rushed out the gap of a miter angle, lift boosting-rod cover and the 3rd pressure lever 305, the 3rd traveller 303 moves reset under the drive of third connecting rod 304, on the second drift 310, moves reset.Transposing line ball direction, the second end of line ball is inserted in the second line ball guide pillar of the 4th die 313, the second end of line ball supports to the first location-plate 308, with boosting-rod, be enclosed within on the 3rd pressure lever 305, the downward application of force, the 3rd traveller 303 moves down under the drive of third connecting rod 304, the 3rd upper bolster 307 and the second drift 310 move down punching material, the second end of line ball is rushed out the gap of a miter angle, lift boosting-rod cover and the 3rd pressure lever 305, the 3rd traveller 303 moves reset under the drive of third connecting rod 304, on the second drift 310, moves reset.
The four-door support 401 of upper and lower shedding motion 4, the of the upper downslide punching of door and window housing as shown in Figure 5 and Figure 6 and door and window fan page is connected on bottom block 5, and four-door support 401 has vertical chute, and top has U-shaped groove; The 4th traveller 403 is slidably connected with vertical chute, and the 4th chute gland 406 and four-door support 401 removably connect, by the 4th traveller 403 enclosings in vertical chute; The 4th first end of pressure lever 405 and the both sides of U-shaped groove are hinged by hinge, the 4th connecting rod 404 two ends are hinged by hinge with top and the 4th pressure lever 405 of the 4th traveller 403 respectively, the 4th upper bolster 407 is connected with the second end of the 4th traveller 403, and the 4th upper bolster 407 is removably connected with the 5th punch die 402, the 6th punch die 408; The 5th punch die 402 has four pierce punches 411, with the holding pad 412 being connected with described the 5th punch die 402 by stock pressing rod 413; Between stock pressing rod 413 and holding pad 412, be also connected with Compress Spring, make stock pressing rod 413 there is elasticity at length direction.The drift of the 6th punch die 408 is " Contraband " type, the drift of the 6th punch die 408 comprises both sides drift 414,415 and bottom punch 416, the blade portion of both sides drift 414,415 is the height lower than bottom punch 416 sides away from the height of bottom punch 416 sides, in punching course, away from the blade portion of bottom punch 416 sides, prior to the blade portion punching of bottom punch 416 sides, cut to wait to rush and cut part.The 5th die 409, the 6th die 410 are connected on bottom block 5, and match with the 5th punch die 402, the 6th punch die 408, the 5th die 409, the 6th die 410 also match with the shape of aluminium alloy extrusions, in punching course, aluminium alloy extrusions are fixed to location.
During the upper downslide punching of door and window housing, one end of aluminium alloy extrusions snaps in fixing and positioning in groove of the 5th die 409, behind aluminium section bar location, with boosting-rod, be enclosed within on the 4th pressure lever 405, the downward application of force, the 4th traveller 403 moves down under the drive of the 4th connecting rod 404, and the 4th upper bolster 407 and the 5th punch die 402 move down punching, and aluminium section bar is rushed out behind required hole.Lift boosting-rod cover and the 4th pressure lever 405, the four travellers 403 and move reset under the drive of the 4th connecting rod 404.During the upper and lower opening of door and window fan page, one end of aluminium alloy extrusions snaps in fixing and positioning in groove of the 6th die 410, end is supported to the below of the bottom punch 416 of the 6th punch die 408, behind aluminium section bar location, with boosting-rod, be enclosed within on the 4th pressure lever 405, the downward application of force, the 4th traveller 403 moves down under the drive of the 4th connecting rod 404, the 4th upper bolster 407 and both sides drift 414, 415 and bottom punch 416 move down, because of both sides drift 414, 415 blade portion is the height lower than bottom punch 416 sides away from the height of bottom punch 416 sides, in punching course, blade portion away from bottom punch side is cut aluminium section bar prior to the blade portion punching of bottom punch side, the blade portion of both sides drift progressively contacts punching and cuts with aluminium section bar, after the blade portion punching of both sides drift has been cut, bottom punch 416 contacts with aluminium section bar, it is rushed and is cut, reduce like this punching and cut pressure, can improve the quality of products.Aluminium section bar is rushed out after required opening, lifts boosting-rod cover and the 4th pressure lever 405, the four travellers 403 and moves reset under the drive of the 4th connecting rod 404.
Obviously, the invention is not restricted to above preferred embodiment, also can in the spirit of the claims in the present invention and description restriction, carry out conversion and the improvement of various ways, can solve same technical problem, and obtain the technique effect of expection, therefore do not repeat.Those of ordinary skill in the art can be from content disclosed by the invention directly or all schemes of associating, as long as within the spirit limiting in claim, also belong to protection scope of the present invention.
Claims (10)
1. for processing an equipment for aluminium alloy door's window component, it is characterized in that: there is bottom block (5); The fan page lock body being connected on described bottom block (5) is kept away a hole punched device (1); Fan page lockhole is kept away a hole punched device (2); Line ball gap and fixed frame opening rush turning device (3); With upper downslide punching and upper and lower shedding motion (4), described fan page lock body is kept away a hole punched device (1), fan page lockhole is kept away a hole punched device (2), line ball gap and fixed frame opening and rushed turning device (3); Have respectively and be connected to the door shaped stent on bottom block (5) with the U-shaped groove of vertical chute and top with upper downslide punching and upper and lower shedding motion (4); The traveller being slidably connected with described vertical chute; The hinged pressure lever in both sides of first end and described U-shaped groove; Two ends respectively with the first end of described traveller and the hinged connecting rod of pressure lever; The chute gland removably connecting with described door shaped stent; The upper bolster being connected with the second end of described traveller; The patrix that at least one and described upper bolster removably connect; The die equating with described patrix quantity; Described die matches with the shape of aluminium alloy extrusions.
2. according to claim 1 for processing the equipment of aluminium alloy door's window component, it is characterized in that: described fan page lock body is kept away a hole punched device (1) and comprised the first perforating die (111) removably connecting with the first upper bolster (107); The first support bar (109) that first end is connected with a side of described bottom block (5); First end is positioned at the below of described the first perforating die (111) and has the first die coordinating with described the first perforating die (111), the first tongue bar (112) that the second end is connected with the second end of described the first support bar (109); Be positioned at the below of described the first tongue bar (112) first end, the first tongue bar supporting positioning seat (114) being connected with described bottom block (5); The first locating ring (108) being connected with described the first tongue bar (112).
3. according to claim 2 for processing the equipment of aluminium alloy door's window component, it is characterized in that: described fan page lock body is kept away a hole punched device (1) and also had and be positioned at the first limiting plate (110) that a side of described the first tongue bar (112) is connected with described bottom block (5); At least one pressing plate (113) being connected with described the first limiting plate (110) top.
4. according to claim 1 for processing the equipment of aluminium alloy door's window component, it is characterized in that: described fan page lockhole is kept away a hole punched device (2) and comprised the second perforating die (202) removably connecting with the second upper bolster (207); The second support bar (209) that first end is connected with a side of described bottom block (5); First end is positioned at the below of described the second perforating die (202), and has the second die coordinating with described the second perforating die (202), the continuous retainer (211) that the second end is connected with the second end of described the second support bar (209); Be positioned at the below of described continuous retainer (211) first end, the tongue bar supporting base (212) being connected with described bottom block (5); The second locating ring (208) being connected with described continuous retainer (211); At least two lay respectively at the both sides of described continuous retainer (211) the width guide pile (213) being connected with described bottom block (5); The door type height limitting casing (210) that at least one is connected with described bottom block (5).
5. according to claim 4 for processing the equipment of aluminium alloy door's window component, it is characterized in that: described width guide pile (213) is L-type, its base has bolt mounting holes, described bottom block (5) has mounting hole, described width guide pile (213) is connected with described mounting hole by bolt, the position-adjustable of width guide pile (213).
6. according to claim 1 for processing the equipment of aluminium alloy door's window component, it is characterized in that: described line ball gap and fixed frame opening rush turning device (3) and have the 3rd punch die (311) and the 4th punch die (302) removably connecting with described the 3rd upper bolster (307); Be connected to upper the 3rd die (317) matching with described the 3rd punch die (311), the 4th punch die (302) of described bottom block (5), the 4th die (313); Described the 3rd punch die (311) has the locating dowel (314) being connected with its both sides and the first drift (312) being connected on its outer surface; Described the 4th punch die (302) has the second drift (310), and is positioned at described the second drift (310) below connected the first location-plate (308), and described the second drift (310) is the isosceles triangle that base angle is 45 degree; Described the 3rd die (317) has the groove (315) inserting for aluminium alloy extrusions and matches with the shape of aluminium alloy extrusions; Described the 4th die (313) comprises two parallel grooves, and the line ball guide pillar (309) matching with the shape of line ball is set respectively in described parallel groove.
7. according to claim 6 for processing the equipment of aluminium alloy door's window component, it is characterized in that: described the 3rd die (317) also has for punching cuts the outlet (316) that waste material is discharged.
8. according to claim 1 for processing the equipment of aluminium alloy door's window component, it is characterized in that: described upper downslide punching and upper and lower shedding motion (4) have the 5th punch die (402), the 6th punch die (408) removably connecting with described the 4th upper bolster (407); Be connected to upper the 5th die (409) matching with described the 5th punch die (402), the 6th punch die (408) of described bottom block (5), the 6th die (410); Described the 5th punch die (402) has an above pierce punch, with the holding pad (412) being connected with described the 5th punch die (402) by stock pressing rod (413); The drift of described the 6th punch die (408) is " Contraband " type, and the drift of described the 6th punch die (408) comprises both sides drift (414,415) and bottom punch (416).
9. according to claim 8 for processing the equipment of aluminium alloy door's window component, it is characterized in that: between described stock pressing rod (413) and holding pad (412), be also connected with Compress Spring, make stock pressing rod (413) there is elasticity at length direction.
10. according to claim 8 for processing the equipment of aluminium alloy door's window component, it is characterized in that: the blade portion of the both sides drift of described the 6th punch die (408) (414,415) is the height lower than bottom punch (416) side away from the height of bottom punch (416) side, in punching course, away from the blade portion of bottom punch (416) side, prior to the blade portion punching of bottom punch (416) side, cut to wait to rush and cut part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410367475.4A CN104128411B (en) | 2014-07-30 | 2014-07-30 | For processing the equipment of aluminium alloy door's window component |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410367475.4A CN104128411B (en) | 2014-07-30 | 2014-07-30 | For processing the equipment of aluminium alloy door's window component |
Publications (2)
| Publication Number | Publication Date |
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| CN104128411A true CN104128411A (en) | 2014-11-05 |
| CN104128411B CN104128411B (en) | 2016-08-31 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201410367475.4A Expired - Fee Related CN104128411B (en) | 2014-07-30 | 2014-07-30 | For processing the equipment of aluminium alloy door's window component |
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| CN105234291A (en) * | 2015-11-17 | 2016-01-13 | 湖南盛世美景门窗工程有限公司 | Automatic stamping device for machining aluminum alloy door and window components |
| CN106425513A (en) * | 2016-10-17 | 2017-02-22 | 山东俊强博纳五金科技有限责任公司 | Door/window metal fitting automatic machining device and application method thereof |
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|---|---|
| CN104128411B (en) | 2016-08-31 |
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