CN205309447U - Aluminum alloy cutting sawing machine - Google Patents
Aluminum alloy cutting sawing machine Download PDFInfo
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- CN205309447U CN205309447U CN201520986280.8U CN201520986280U CN205309447U CN 205309447 U CN205309447 U CN 205309447U CN 201520986280 U CN201520986280 U CN 201520986280U CN 205309447 U CN205309447 U CN 205309447U
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Abstract
The utility model discloses an aluminum alloy cutting sawing machine belongs to the cutting device field that is used for rail vehicle to change aluminium alloy plate material or section bar, this cutting sawing machine is directed against the floor of high -speed EMUs specially, the ceiling, large -scale aluminium alloy plate material that carriage wall body isotructure was used or section bar part and special design, it uses with height -adjustable's sharp slit platform and the cooperation of pay -off frame respectively through a plurality of clamping position cylinders of a plurality of shapes on the frames, aluminum alloy part to the area cutting supports, the peaceful whole degree calibration of location centre gripping, and realize the fly -cutting to aluminum alloy parts unloading process through the gyration cutting mechanism by walking the drive of capable slide rail mechanism. The device can improve the cutting speed of aluminum alloy parts in the unloading process to EMUs by a wide margin under the prerequisite of guaranteeing incision plane degree to improve production efficiency, practice thrift man -hour and create the benefit. This aluminum alloy cutting sawing machine still has the simple structure practicality in addition, convenient operation, low cost, advantages such as facilitate promotion popularization.
Description
Technical field
The utility model belongs to the cutting unit field turning aluminum alloy plate materials or section bar for rail vehicle, is specifically related to a kind of aluminium alloy and cuts sawing machine.
Background technology
The floor of EMU, ceiling, the structures such as compartment body of wall use aluminum alloy plate materials or section bar parts in a large number, but due to aluminium alloy part, to there is fusing point low, the intrinsic problem that cannot meet requirement etc. with cutting section roughness and be difficult to overcome is polluted in thermal conductivity height and existence, the blanking procedure of the aluminium alloy part of existing EMUs abandons the cutting method of tradition gas cutting and welding, and mainly adopt the high pressure jer cutting technology being commonly called as high pressure waterjet technique to carry out cutting and blocking, but, high pressure waterjet technique limits by its five axles high-pressure machinery arm assembly activity space, its width of cut often can not meet width, the processing request of big aluminium part, relatively it is difficult to the super large-sized aluminium alloy part of process. in addition, the cutting efficiency of high pressure waterjet technique is poor, cannot meet the quick streamline operration demand of big batch cutting aluminium alloy part.
Practical novel content
Be not suitable for processing super large-sized aluminium alloy parts such as the floor of EMU, ceiling, compartment body of wall to solve existing high pressure waterjet technique, and the cutting efficiency of high pressure waterjet technique is poor, cannot meeting the technical problem of the quick streamline operration demand of big batch cutting aluminium alloy part, the utility model provides a kind of aluminium alloy to cut sawing machine.
The technical scheme that the utility model technical solution problem is taked is as follows:
A kind of aluminium alloy cuts sawing machine, it comprises door-shaped frame, straight slit platform, feeding frame, walk row cutting mechanism, walk row sliding track mechanism, revolution cutting mechanism and electric switch housing, described door-shaped frame comprises two upright of frame, perpendicular plate crossbeam and multiple clamping position cylinder, the bottom, two ends of perpendicular plate crossbeam is fixed on the top of a corresponding upright of frame respectively, its three forms the main frame structure of a door font, multiple clamping position cylinder by identical uniformly at intervals before perpendicular plate crossbeam, on latter two sidewall end face, the piston rod of clamping position cylinder is all straight down, described slit platform comprises front end face platform, rear end face platform, six height control columns and four slit clamping position seats, the upper end of described three height control columns all lower surface with front end face platform is connected, the both sides of the first slit end face that two slit clamping position seats are connected on the end face platform of front respectively, the upper end of described other three height control columns all lower surface with rear end face platform is connected, the both sides of the 2nd slit end face that all the other two slit clamping position seats are connected on the end face platform of rear respectively, the structure of described front end face platform and rear end face platform is completely identical and the placement that is mutually symmetrical, all it is fixed on the forward and backward sidewall end face of upright of frame by slit clamping position seat both it, the upper surface of described front end face platform and rear end face platform is coplanar, the first slit end face respective both it and the 2nd slit end face parallel to each other draw close and jointly formed one article of straight slit, described feeding frame comprises the rectangle framework platform with function of regulating height thereof and multiple roller, and multiple roller is all parallel to each other, and its two ends are all across the upper surface of rectangle framework platform, and the both sides with rectangle framework platform upper surface are rotationally connected, described walk row cutting mechanism, walk row sliding track mechanism and revolution cutting mechanism jointly forms one and walks row cutting mechanism, walk row cutting mechanism comprise walking row cutting motor, reduction gear housing and walk row cutting straight tooth gear, described walk row cutting motor and walk row cutting straight tooth gear and connected by reduction gear housing, the turning axle walking row cutting motor is perpendiculared to one another with the turning axle walking row cutting straight tooth gear, described walk row sliding track mechanism comprise slide rail base, sliding platform, two parallel slide rails, drive tooth bar and four stifled dash plates of slide rail ends, two parallel slide rails all upper surface with slide rail base are connected, the two ends of each slide rail are equipped with the stifled dash plate of a corresponding slide rail end, the front end of the stifled dash plate of slide rail end is provided with crashproof cushion plate, and the stifled lower end of dash plate of slide rail end and the upper surface of slide rail base are connected, the lower end of described sliding platform is coordinated by the slide rail end face that slide block mechanism is corresponding with respectively and is slidably connected, driving tooth bar between two parallel slide rails, its three is all parallel, described sliding platform is provided with vertical driving straight tooth gear through hole, described in walk row cutting straight tooth gear with driving tooth bar engage,Described revolution cutting mechanism comprises cutting blade motor, disk cutting edge, cutting level adjustment framework and cutting mechanism base, the lower surface of cutting mechanism base and the upper surface of sliding platform are connected, the lower end of cutting level adjustment framework and the upper surface of cutting mechanism base are connected, cutting blade motor is connected on cutting level adjustment framework, and the rotating shaft of disk cutting edge and cutting blade motor is coaxially connected; Described walk the lower surface of row cutting motor and reduction gear housing lower surface all upper surface with sliding platform be connected; Described walk row cutting motor be positioned at below the straight slit of slit platform, the upper edge of described disk cutting edge be positioned at slit platform straight slit and can along this slit tangential movement.
The highest rolling end face of the feeding frame jointly formed by above-mentioned multiple roller and the end face height of front end face platform and all consistent with the end face height of rear end face platform; During the piston rod stretch downward of described clamping position cylinder, the lower end of piston rod can be pressed on the end face of front end face platform or rear end face platform; Vertically highly can adjusting of described upright of frame.
The both sides, upper surface of above-mentioned cutting mechanism base are respectively equipped with the first hinge seat and the 2nd hinge seat; Described, cutting level adjustment framework comprises motor seat board, two leading screw handwheels and two altitude mixture control lead screw pair, described altitude mixture control lead screw pair comprises two screw mandrels and two feed screw nuts and two female bearing pins of side direction silk, and the female bearing pin of described side direction silk is vertically fixed on the outer side wall of a corresponding feed screw nut; Two feed screw nuts be nested in respectively screw mandrel upper section and hypomere, and be threaded connection formation lead screw pair with screw mandrel; The top of described motor seat board is arranged with two bearing pin bore, is positioned on screw mandrel section feed screw nut by the female bearing pin of its side direction silk bearing pin bore axle company corresponding with; It is positioned at screw mandrel hypomere feed screw nut to be connected by the 2nd hinge seat axle that the female bearing pin of its side direction silk is corresponding with; The hypomere of motor seat board respectively with edge, the upper surface axle of cutting mechanism base even; Described two leading screw handwheels are connected in the end below a corresponding screw mandrel respectively.
Critical length when extending in its lead screw pair of above-mentioned screw mandrel and the side edge appearance of motor seat board are same, and the vertex of screw mandrel is positioned at below the straight slit of slit platform all the time.
The beneficial effects of the utility model are: this aluminium alloy cuts the large-scale aluminum alloy plate or section bar parts and particular design that sawing machine uses for structures such as the floor of EMU, ceiling, compartment bodies of wall specially, its by the multiple clamping position cylinders on multiple door-shaped frame respectively with highly adjustable straight slit platform and feeding frame with the use of, the aluminium alloy part of band cutting is supported, positioning clamping and planeness calibration, and by realizing the fly-cutting of aluminium alloy part blanking procedure by walking the revolution cutting mechanism that row sliding track mechanism drives. This device can significantly improve the cutting speed in feet per minute of the aluminium alloy part to EMUs in blanking procedure under the prerequisite ensureing otch planeness, thus improves production efficiency, saves man-hour and creates benefit. In addition this aluminium alloy cutting sawing machine also has simple and practical, easy to operate, with low cost, is convenient to promote the advantages such as universal.
Accompanying drawing explanation
Fig. 1 is the schematic perspective view that a kind of aluminium alloy of the utility model cuts sawing machine;
Fig. 2 is the blast assembling schematic diagram of Fig. 1;
Fig. 3 is the schematic perspective view of the utility model door-shaped frame;
Fig. 4 is the schematic perspective view of the utility model straight slit platform;
Fig. 5 is the schematic perspective view of the utility model feeding frame;
Fig. 6 is the front view that the utility model walks that row cuts mechanism;
Fig. 7 is the three-dimensional blast assembling schematic diagram of Fig. 6;
Fig. 8 is the front view of the utility model revolution cutting mechanism;
Fig. 9 is the schematic perspective view of the utility model altitude mixture control lead screw pair;
Figure 10 is the schematic perspective view of Fig. 6;
Figure 11 is the schematic perspective view that the utility model walks row cutting mechanism;
Figure 12 is the partial enlargement figure that the utility model walks to go that relation is assembled under another visual angle by cutting mechanism.
Embodiment
Below in conjunction with accompanying drawing, the utility model is described in further details.
As shown in Figures 1 to 12, a kind of aluminium alloy of the present utility model cuts sawing machine and comprises door-shaped frame 1, straight slit platform 2, feeding frame 3, walk row cutting mechanism 4, walk row sliding track mechanism 5, revolution cutting mechanism 6 and electric switch housing, door-shaped frame 1 comprises two upright of frame 1-1, perpendicular plate crossbeam 1-2 and 20 clamping position cylinder 1-3, the bottom, two ends of perpendicular plate crossbeam 1-2 is fixed on the top of a corresponding upright of frame 1-1 respectively, its three forms the main frame structure of a door font, 20 clamping position cylinder 1-3 by identical uniformly at intervals before perpendicular plate crossbeam 1-2, on latter two sidewall end face, the piston rod of clamping position cylinder 1-3 is all straight down, the aluminum alloy plate materials of EMUs or section bar parts are pressed abd fixed on slit platform 2 by they.
Slit platform 2 comprises front end face platform 2-1, rear end face platform 2-2, six height control column 2-4 and four slit clamping position seat 2-3, the upper end of three height control column 2-4 all lower surface with front end face platform 2-1 is connected, the both sides of the first slit end face 2-1-1 that two slit clamping position seat 2-3 are connected on the end face platform 2-1 of front respectively. The upper end of other three height control column 2-4 all lower surface with rear end face platform 2-2 is connected, the both sides of the 2nd slit end face 2-2-1 that all the other two slit clamping position seat 2-3 are connected on the end face platform 2-2 of rear respectively. The structure of front end face platform 2-1 and rear end face platform 2-2 is completely identical and the placement that is mutually symmetrical, all it is fixed on the forward and backward sidewall end face of upright of frame 1-1 by slit clamping position seat 2-3 both it, the upper surface of front end face platform 2-1 and rear end face platform 2-2 is coplanar, and the first slit end face 2-1-1 respective both it and the 2nd slit end face 2-2-1 is parallel to each other to be drawn close and jointly form one article of straight slit.
By walking row cutting mechanism 4, walk row sliding track mechanism 5 and revolution cutting mechanism 6 jointly forms one and walks row cutting mechanism, feeding frame 3 is for supporting the aluminum alloy plate materials of EMUs to be cut or section bar parts, it comprises rectangle framework platform 3-1 and eight the roller 3-2 with function of regulating height thereof, eight roller 3-2 are all parallel to each other, its two ends are all across the upper surface of rectangle framework platform 3-1, and the both sides with rectangle framework platform 3-1 upper surface are rotationally connected.
Walk row cutting mechanism 4, walk row sliding track mechanism 5 and revolution cutting mechanism 6 jointly forms one and walks row cutting mechanism, walk row cutting mechanism 4 comprise walking row cutting motor 4-1, reduction gear housing 4-2 and walk row cutting straight tooth gear 4-3, walking row cutting motor 4-1 and walk row cutting straight tooth gear 4-3 and connected by reduction gear housing 4-2, the turning axle walking row cutting motor 4-1 is perpendiculared to one another with the turning axle walking row cutting straight tooth gear 4-3.
Walk row sliding track mechanism 5 and comprise slide rail base 5-1, sliding platform 5-2, two parallel slide rail 5-3, the stifled dash plate 5-5 of driving tooth bar 5-4 and four slide rail end, two parallel slide rail 5-3 all upper surface with slide rail base 5-1 are connected, the two ends of each slide rail 5-3 are equipped with the stifled dash plate 5-5 of a corresponding slide rail end, the front end of the stifled dash plate 5-5 of slide rail end is provided with crashproof cushion plate, and the stifled lower end of dash plate 5-5 of slide rail end and the upper surface of slide rail base 5-1 are connected. The lower end of sliding platform 5-2 is coordinated by the slide rail 5-3 end face that slide block mechanism is corresponding with respectively and is slidably connected. Driving tooth bar 5-4 between two parallel slide rail 5-3, its three is all parallel. Sliding platform 5-2 is provided with vertical driving straight tooth gear through hole 5-2-1, walks row cutting straight tooth gear 4-3 and engages with driving tooth bar 5-4.
Revolution cutting mechanism 6 comprises cutting blade motor 6-1, disk cutting edge 6-2, cutting level adjustment framework 6-3 and cutting mechanism base 6-4, the lower surface of cutting mechanism base 6-4 and the upper surface of sliding platform 5-2 are connected, the lower end of cutting level adjustment framework 6-3 and the upper surface of cutting mechanism base 6-4 are connected, cutting blade motor 6-1 is connected on cutting level adjustment framework 6-3, and the rotating shaft of disk cutting edge 6-2 and cutting blade motor 6-1 is coaxially connected.
The lower surface walking the lower surface of row cutting motor 4-1 and reduction gear housing 4-2 all upper surface with sliding platform 5-2 is connected. Walking row cutting motor 4-1 is positioned at below the straight slit of slit platform 2, the upper edge of disk cutting edge 6-2 be positioned at slit platform 2 straight slit and can along this slit tangential movement.
The highest rolling end face of the feeding frame 3 jointly formed by eight roller 3-2 and the end face height of front end face platform 2-1 and all consistent with the end face height of rear end face platform 2-2. During the piston rod stretch downward of clamping position cylinder 1-3, the lower end of piston rod can be pressed on the end face of front end face platform 2-1 or rear end face platform 2-2. Upright of frame 1-1 vertically highly can adjust.
The both sides, upper surface of cutting mechanism base 6-4 are respectively equipped with the first hinge seat 6-4-1 and the 2nd hinge seat 6-4-2. Cutting level adjustment framework 6-3 comprises motor seat board 6-3-1, two leading screws handwheel 6-3-2 and two altitude mixture control lead screw pair 6-3-3, altitude mixture control lead screw pair 6-3-3 comprises the female bearing pin 6-3-3-3 of two screw mandrel 6-3-3-1 and two feed screw nut 6-3-3-2 and two side direction silk, and the female bearing pin 6-3-3-3 of side direction silk is vertically fixed on the outer side wall of a corresponding feed screw nut 6-3-3-2. Two feed screw nut 6-3-3-2 be nested in respectively screw mandrel 6-3-3-1 upper section and hypomere, and be threaded connection formation lead screw pair with screw mandrel 6-3-3-1.
The top of motor seat board 6-3-1 is arranged with two bearing pin bore 6-3-1-1, is positioned on screw mandrel 6-3-3-1 section feed screw nut 6-3-3-2 by the female bearing pin 6-3-3-3 of its side direction silk bearing pin bore 6-3-1-1 axle company corresponding with. It is positioned at screw mandrel 6-3-3-1 hypomere feed screw nut 6-3-3-2 to be connected by the 2nd hinge seat 6-4-2 axle that the female bearing pin 6-3-3-3 of its side direction silk is corresponding with. The hypomere of motor seat board 6-3-1 respectively with edge, the upper surface axle of cutting mechanism base 6-4 even. Two leading screw handwheel 6-3-2 are connected in the end below a corresponding screw mandrel 6-3-3-1 respectively.
Critical length when extending in its lead screw pair of screw mandrel 6-3-3-1 and the side edge appearance of motor seat board 6-3-1 are same, and the vertex of screw mandrel 6-3-3-1 is positioned at below the straight slit of slit platform 2 all the time.
When embody rule a kind of aluminium alloy of the present utility model cuts sawing machine, adopting the row cutting motor 4-1 that walks of 380V, 1.5KW to provide action edge, the traveling speed walking row cutting mechanism 4 after reduction gear housing 4-2 slows down is 0.05m/s. the employing voltage rating 220V of cutting blade motor 6-1, power 2kw, the alternating current machine of rotating speed 3500r/min, disk cutting edge 6-2 adopts the alloy special saw blade of 60 teeth, its diameter 305mm, thickness 5mm. aluminum alloy plate materials according to EMUs to be cut or the profile of section bar parts and size, it is possible to select to use two feeding framves 3 together to use simultaneously, workpiece is supported. use 20 clamping position cylinder 1-3 that the aluminum alloy plate materials of EMUs or section bar parts are carried out compression clamping, and make it be fixed on slit platform 2, namely open row cutting motor 4-1 by electric switch housing, row sliding track mechanism 5 is made away to drive disk cutting edge 6-2 at the uniform velocity to advance along the straight slit of slit platform 2, and the aluminum alloy plate materials or section bar parts to EMUs to be cut cuts, thus significantly improve the cutting speed in feet per minute of the aluminium alloy part to EMUs in blanking procedure under the prerequisite ensureing otch planeness, thus improve production efficiency, save man-hour and create benefit.
Claims (4)
1. an aluminium alloy cuts sawing machine, it is characterized in that: this bed comprises door-shaped frame (1), straight slit platform (2), feeding frame (3), walk row cutting mechanism (4), walk row sliding track mechanism (5), revolution cutting mechanism (6) and electric switch housing, described door-shaped frame (1) comprises two upright of frame (1-1), perpendicular plate crossbeam (1-2) and multiple clamping position cylinder (1-3), the bottom, two ends of perpendicular plate crossbeam (1-2) is fixed on the top of a corresponding upright of frame (1-1) respectively, its three forms the main frame structure of a door font, multiple clamping position cylinder (1-3) by identical uniformly at intervals before perpendicular plate crossbeam (1-2), on latter two sidewall end face, the piston rod of clamping position cylinder (1-3) is all straight down,
Described slit platform (2) comprises front end face platform (2-1), rear end face platform (2-2), six height control columns (2-4) and four slits clamping position seat (2-3), the upper end of three height control columns (2-4) all lower surface with front end face platform (2-1) is connected, the both sides of the first slit end face (2-1-1) that two slits clamping position seat (2-3) are connected on front end face platform (2-1) respectively; The upper end of other three height control columns (2-4) all lower surface with rear end face platform (2-2) is connected, the both sides of the 2nd slit end face (2-2-1) that all the other two slits clamping position seat (2-3) are connected on rear end face platform (2-2) respectively; The structure at described front end face platform (2-1) and rear end face platform (2-2) is completely identical and the placement that is mutually symmetrical, all it is fixed on the forward and backward sidewall end face of upright of frame (1-1) by slit clamping position seat (2-3) both it, the upper surface at described front end face platform (2-1) and rear end face platform (2-2) is coplanar, the first slit end face (2-1-1) respective both it and the 2nd slit end face (2-2-1) is parallel to each other draws close and formation one article of straight slit jointly;
Described feeding frame (3) comprises the rectangle framework platform (3-1) with function of regulating height thereof and multiple roller (3-2), multiple roller (3-2) is all parallel to each other, its two ends are all across the upper surface of rectangle framework platform (3-1), and the both sides with rectangle framework platform (3-1) upper surface are rotationally connected;
Described walk row cutting mechanism (4), walk row sliding track mechanism (5) and revolution cutting mechanism (6) jointly forms one and walks row cutting mechanism, walk row cutting mechanism (4) comprise walking row cutting motor (4-1), reduction gear housing (4-2) and walk row cutting straight tooth gear (4-3), described walk row cutting motor (4-1) and walk row cutting straight tooth gear (4-3) by reduction gear housing (4-2) connect, the turning axle walking row cutting motor (4-1) is perpendiculared to one another with the turning axle walking row cutting straight tooth gear (4-3);
Described walk row sliding track mechanism (5) comprise slide rail base (5-1), sliding platform (5-2), two parallel slide rails (5-3), drive tooth bar (5-4) and four stifled dash plates (5-5) of slide rail end, two parallel slide rails (5-3) all upper surface with slide rail base (5-1) are connected, the two ends of each slide rail (5-3) are equipped with the stifled dash plate (5-5) of a corresponding slide rail end, the front end that slide rail end blocks up dash plate (5-5) is provided with crashproof cushion plate, the upper surface of lower end and slide rail base (5-1) that slide rail end blocks up dash plate (5-5) is connected, the lower end of described sliding platform (5-2) is coordinated by slide rail (5-3) end face that slide block mechanism is corresponding with respectively and is slidably connected, driving tooth bar (5-4) to be positioned between two parallel slide rails (5-3), its three is all parallel, described sliding platform (5-2) is provided with vertical driving straight tooth gear through hole (5-2-1), described in walk row cutting straight tooth gear (4-3) with driving tooth bar (5-4) engage,
Described revolution cutting mechanism (6) comprises cutting blade motor (6-1), disk cutting edge (6-2), cutting level adjustment framework (6-3) and cutting mechanism base (6-4), the lower surface of cutting mechanism base (6-4) and the upper surface of sliding platform (5-2) are connected, the lower end of cutting level adjustment framework (6-3) and the upper surface of cutting mechanism base (6-4) are connected, cutting blade motor (6-1) is connected on cutting level adjustment framework (6-3), disk cutting edge (6-2) is coaxially connected with the rotating shaft of cutting blade motor (6-1),
Described walk the lower surface of row cutting motor (4-1) and reduction gear housing (4-2) lower surface all upper surface with sliding platform (5-2) be connected; Described walk row cutting motor (4-1) be positioned at below the straight slit of slit platform (2), the upper edge of described disk cutting edge (6-2) be positioned at slit platform (2) straight slit and can along this slit tangential movement.
2. aluminium alloy as claimed in claim 1 a kind of cuts sawing machine, it is characterised in that: the highest rolling end face of feeding frame (3) jointly formed by described multiple roller (3-2) and the end face height in front end face platform (2-1) and all consistent with the end face height at rear end face platform (2-2); During the piston rod stretch downward of described clamping position cylinder (1-3), the lower end of piston rod can be pressed on the end face at front end face platform (2-1) or rear end face platform (2-2); Vertically highly can adjusting of described upright of frame (1-1).
3. a kind of aluminium alloy as claimed in claim 1 cuts sawing machine, it is characterised in that: the both sides, upper surface of described cutting mechanism base (6-4) are respectively equipped with the first hinge seat (6-4-1) and the 2nd hinge seat (6-4-2); Described cutting level adjustment framework (6-3) comprises motor seat board (6-3-1), two leading screw handwheels (6-3-2) and two altitude mixture control lead screw pair (6-3-3), described altitude mixture control lead screw pair (6-3-3) comprises two screw mandrels (6-3-3-1) and two feed screw nuts (6-3-3-2) and two female bearing pins (6-3-3-3) of side direction silks, and the female bearing pin (6-3-3-3) of described side direction silk is vertically fixed on the outer side wall of a corresponding feed screw nut (6-3-3-2);Two feed screw nuts (6-3-3-2) be nested in respectively screw mandrel (6-3-3-1) upper section and hypomere, and be threaded connection formation lead screw pair with screw mandrel (6-3-3-1);
The top of described motor seat board (6-3-1) is arranged with two bearing pin bore (6-3-1-1), is positioned at the upper section feed screw nut (6-3-3-2) of screw mandrel (6-3-3-1) and is connected by bearing pin bore (6-3-1-1) axle that the female bearing pin (6-3-3-3) of its side direction silk is corresponding with; It is positioned at screw mandrel (6-3-3-1) hypomere feed screw nut (6-3-3-2) to be connected by the 2nd hinge seat (6-4-2) axle that the female bearing pin (6-3-3-3) of its side direction silk is corresponding with; The hypomere of motor seat board (6-3-1) respectively with edge, the upper surface axle of cutting mechanism base (6-4) even; Described two leading screw handwheels (6-3-2) are connected in the end of corresponding screw mandrel (6-3-3-1) lower section respectively.
4. a kind of aluminium alloy as claimed in claim 3 cuts sawing machine, it is characterized in that: critical length when extending in its lead screw pair of described screw mandrel (6-3-3-1) and the side edge appearance of motor seat board (6-3-1) are same, and the vertex of screw mandrel (6-3-3-1) is positioned at below the straight slit of slit platform (2) all the time.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520986280.8U CN205309447U (en) | 2015-12-02 | 2015-12-02 | Aluminum alloy cutting sawing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520986280.8U CN205309447U (en) | 2015-12-02 | 2015-12-02 | Aluminum alloy cutting sawing machine |
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| CN205309447U true CN205309447U (en) | 2016-06-15 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520986280.8U Expired - Fee Related CN205309447U (en) | 2015-12-02 | 2015-12-02 | Aluminum alloy cutting sawing machine |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107052449A (en) * | 2017-02-10 | 2017-08-18 | 成都蒲江珂贤科技有限公司 | A kind of sheet material automatic cutting apparatus with self-powered function |
| CN107160456A (en) * | 2017-07-21 | 2017-09-15 | 无锡凯皓科技有限公司 | Press-down type plate cutting platform |
| CN107900531A (en) * | 2017-11-13 | 2018-04-13 | 安徽奥锐智能科技有限公司 | A kind of cutting bed of optical-fiber laser cutting machine |
| CN108907341A (en) * | 2018-09-21 | 2018-11-30 | 广东兴发铝业（河南）有限公司 | A kind of intelligent aluminium section bar cutter device |
| CN112139595A (en) * | 2020-09-27 | 2020-12-29 | 青岛黄海学院 | Automatic cutting sawing machine and automatic cutting method for aluminum alloy |
-
2015
- 2015-12-02 CN CN201520986280.8U patent/CN205309447U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107052449A (en) * | 2017-02-10 | 2017-08-18 | 成都蒲江珂贤科技有限公司 | A kind of sheet material automatic cutting apparatus with self-powered function |
| CN107160456A (en) * | 2017-07-21 | 2017-09-15 | 无锡凯皓科技有限公司 | Press-down type plate cutting platform |
| CN107900531A (en) * | 2017-11-13 | 2018-04-13 | 安徽奥锐智能科技有限公司 | A kind of cutting bed of optical-fiber laser cutting machine |
| CN108907341A (en) * | 2018-09-21 | 2018-11-30 | 广东兴发铝业（河南）有限公司 | A kind of intelligent aluminium section bar cutter device |
| CN112139595A (en) * | 2020-09-27 | 2020-12-29 | 青岛黄海学院 | Automatic cutting sawing machine and automatic cutting method for aluminum alloy |
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Granted publication date: 20160615 Termination date: 20211202 |