[0036] Example 1
[0037] See figure 1 The present invention provides a technical solution: a stamping device for the aluminum alloy profile, including mounting assembly 100 and the feed assembly 200, wherein the feed assembly 200 is mounted on the mounting assembly 100 to realize the automatic feed.
[0038] See figure 2 and Image 6 The mounting assembly 100 includes a first mounting block 110, a support block 120, a lower mold 130, a second mounting block 140, and a upper mold 150, and the support block 120 is fixed to the first mounting block 110 by a bolt, which supports the first The action of the mounting block 110 is fixed to the top of the first mounting block 110, and it is necessary to explain that the finish pin 131 is set, and the lower mold 130 is provided. Figure 5 ), The limit pin 131 is constituting the limit profile. The upper mold 130 is fitted to the upper mold 150, and the upper mold 150 is fixed to the lower surface of the second mounting block 140 by a bolt, and the first mounting block 110 and the second mounting block 140 are fixed to the punch.
[0039] See figure 2 and image 3 The feed assembly 200 includes a mount 210, a first fixing plate 220, a first driving member 230, and a first push block 240, and the mount 210 is fixed to the first mounting block 110 by a bolt, and the upper surface of the mount 210 is opened. The tank is used to place the profile to be processed, and the first fixing plate 220 is fixed to the left end of the mount 210 by a bolt, and the first driving member 230 is fixed to the middle of the first fixing plate 220 by a bolt, and the first drive 230. Any one of the cylinder, electric push rod or hydraulic cylinder, the first pushing block 240 is threaded to the end portion of the piston rod of the first driving member 230, and the first push block 240 is in the mounting seat 210. Slide before and after the groove, the pre-placed profile preserved in the counter is pushed forward until the profile is pushed on the mold 130, and the automatic feeding, the staff is discharged, and the maintenance of the mold is effectively avoided, which is greatly improved. safety.
[0040] See figure 2 and image 3 In a specific arrangement, in one embodiment of the present invention, the upper end of the first pushing block 240 has a first guide rod 241 by welding, and the first guide rod 241 penetrates the first fixing plate 220 to give the first push. When the block 240 is moved forward and rear, avoiding the first pumping block 240 to rotate, the first guide rod 241 is fixed to one end end of the first pushing block 240, and the first position block 2411 is fixed to prevent the first guide rod. 241 Slide from the first fixing plate 220 to act as a limit, protective effect.
[0041] See image 3 and Figure 5 Further, in one embodiment of the present invention, there is also a top material assembly 300, and two groups are provided, and the two sets of top material assemblies 300 are disposed on both sides of the lower mold 130, and the top material assembly 300 includes first. The installation box 310, the second drive member 320, the first mounting plate 330, the connecting rod 340, and the top plate 350, the first mounting tank 310 fixed to both sides of the first mounting block 110, and the second drive member 320 is fixed by bolt. The second drive member 320 is attached to any one of the bottom end of the first mounting box 310, and the second drive member 320 can be any of the cylinder, the electric push rod, or the hydraulic cylinder, and the first mounting plate 330 is threaded to fix the piston rod end mounted on the second drive member 320. The first mounting plate 330 is disposed inside the first mounting box 310, and the lower end of the connecting rod 340 is fixed to the upper surface of the first mounting plate 330 by a bolt, and the top plate 350 is fixed to the connecting rod 340 away from the first mount. One end of the plate 330, the top plate 350 is disposed outside the top end of the first mounting tank 310, and the finished finishes 360 away from the top plate 350 at one end of the mount 210, which functions as a limiting profile. At the time of concrete setting, the rear side of the top plate 350 is fixedly fixed with the stopper block 351 by welding, preventing the profile from sliding downward from the rear side of the top plate 350 after jacking, and acts as a limit, protective effect.
[0042] See figure 2 and Figure 4 In particular, in one embodiment of the invention, it is also included in the discharge assembly 400, and the discharge assembly 400 includes a second fixing plate 410, a third drive member 420, and a second pumping block 430, a second fixing plate 410. The third drive member 420 is fixed to the upper side of the second fixing plate 410 by a bolt, and the third drive member 420 is fixed to the upper side of the second fixing plate 410 by a bolt, and the third drive member 420 can be a cylinder, an electric push rod or a hydraulic cylinder. Any one, the second push block 430 is threaded to be attached to the end portion of the piston rod of the third drive member 420, and the second pumping block 430 pushes forward, and the profile is driven by the second pumping block 430. Push down the lower mold 130.
[0043] See figure 2 and Figure 4 When the first mounting block 110 is fixed from the side of the second fixing plate 410, the first mounting block 110 is fixed from the second fixing plate 410, and the sheet of the second push block 430 is pulled out along the slide plate 111 along the slide plate 111. The guidance collection of the profile, improves the work efficiency, and the side sides of the slider 111 are provided, and the material prevents the profile from slipping from both sides of the slide plate 111, acting as a limit, protective effect. Further, in one embodiment of the present invention, both sides of the second pumping block 430 are fixedly secured by welding, and the second guide rod 431 penetrates the second fixing plate 410 to realize the second pirate. The guidance of the block 430 is moved before and after, and prevents the second push block 430 from being rotated, the second fixing plate 410 is fixed from one end of the second push block 430, and the second resident block 4311 prevents the second guide rod 431 while sliding away from the first The second fixing plate 410 acts as a limit, protective effect. The second pushing block 430 is away from the side of the second guide rod 431 with rubber pad 432, and the second push block 430 is pushed by the rubber pad 432 and the profile to avoid scratching materials to protect.
[0044] See Image 6 In particular, in one embodiment of the present invention, it is also included in the protective assembly 500, and the protective assembly 500 includes a second mounting tank 510, a second mounting plate 520, a spring 530, and a guard plate 540, and the second mount 510 passes through bolts. The second mounting plate 520 is disposed in the front end of the second mounting block 140, and the spring 530 is disposed between the second mounting tank 510 and the second mounting plate 520, and the protective plate 540 is fixed by welding. The second mounting plate 520 is mounted away from the spring 530 away from the spring 530 away from one end of the second mounting plate 520 through the lower end of the second mounting tank 510, the punch drives the second mounting block 140 to move downward, and then the second mounting block 140 The upper mold 150 and the protective assembly 500 are moved downward, and when the upper mold 150 is inserted downward, the protective plate 540 moves down with the second mounting block 140, and then the guard plate 540 and The first mounting block 110 is in contact, and the guard plate 540 stops moving. At this time, the guard plate 540 blocked the front mold 130 and the upper mold 150, avoiding the discharge of the waste when the combined stamping, causing injury to the staff to protect the protective effect .
[0045] Specifically, the working principle of the stamping device for the aluminum alloy profile processing: first put the profile to be processed onto the mount 210, then the first drive member 230 pushes the first push block 240 forward, and then the first push Block 240 pushes forward the profile preceding the mount 210 until the profile is pushed to the lower mold 130, and the front end of the profile is in contact with the limit plate 360 on the top plate 350, and the profile stops moving, and automatically When the staff discharges the outside of the mold, the first drive member 230 drives the first driver 230 to retract the first push block 240 to the predetermined position when the main is sent to the predetermined position.
[0046] Then the punch drives the second mounting block 140 to move downward, and then the second mounting block 140 drives the upper mold 150 and the protective assembly 500 to perform the combination stamping, the second mounting tank 510 is provided with a second mounting plate 520, The two mounting tank 510 is provided with a spring 530 between the second mounting plate 520, and the second mounting plate 520 is fixed from the spring 530, and the protective plate 540 is fixed, and when the upper mold 150 is moved downward, the protective plate is inserted with the lower mold 130. 540 moves down with the second mounting block 140, then the guard plate 540 is in contact with the first mounting block 110, and the guard plate 540 stops moving, at which time the guard 540 blocks the front mold 130 and the upper mold 150, avoiding the mold. Waste pop-up during stamping, causing injury to staff to protect;
[0047] When the mold is completed, the second mounting block 140 is moved upward, so that the upper mold 150 and the guard 540 exit the lower mold 130, and then the second drive member 320 on both sides of the lower mold 130 pushes the first mounting plate 330, and then An mounting plate 330 pushes the top plate 350 by a connecting rod 340, and then the top plate 350 is machined upward on the lower mold 130 until the profile is higher than the limit pin 131;
[0048] The third drive member 420 then pushes the second pushing block 430, so that the second pumping block 430 pushes forward, and the profile is pushed away from the lower mold 130 by the second push block 430, and the profile is separated. The mold is slid out of the second push block 430 pushes out of the mold, and the guidance collection of the profile is realized, and the working efficiency is improved, and then the third drive member 420 drives the second push block 430 to retract to the initial Location, according to this cycle.
[0049] It should be noted that the first driving member 230, the second drive member 320, and the third drive member 420 are specifically selected according to the actual specifications of the apparatus, and the specific selection calculation method is existing in the art. Technology, so it is no longer detailed.
[0050] The power supply and principles of the first drive 230, the second drive member 320, and the third drive 420 are clearly understood by those skilled in the art and will not be described in detail herein.
