CN204621378U - A kind of high-rate laser drilling machine of automatic loading/unloading - Google Patents

A kind of high-rate laser drilling machine of automatic loading/unloading Download PDF

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Publication number
CN204621378U
CN204621378U CN201520101275.4U CN201520101275U CN204621378U CN 204621378 U CN204621378 U CN 204621378U CN 201520101275 U CN201520101275 U CN 201520101275U CN 204621378 U CN204621378 U CN 204621378U
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CN
China
Prior art keywords
blanking
loading
boring
rate laser
travelling nut
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CN201520101275.4U
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Chinese (zh)
Inventor
陶雄兵
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鞍山盛雄激光设备有限公司
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Priority to CN201520101275.4U priority Critical patent/CN204621378U/en
Application granted granted Critical
Publication of CN204621378U publication Critical patent/CN204621378U/en

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Abstract

The utility model relates to laser drill equipment technical field, particularly relate to a kind of high-rate laser drilling machine of automatic loading/unloading, comprise board, feeding device and blanking device, board is provided with vacuum absorbing platform and high-rate laser galvanometer, and board is also provided with the linear module of boring for driving high-rate laser galvanometer to move along Z-direction; Feeding device comprises feed frame, upper magazine, loading assemblies and material loading vacuum cup, feed frame is provided with material loading movable plate and the linear module of material loading, loading assemblies is connected with movable plate, and upper magazine is provided with material loading supporting plate, and the rear side of upper magazine is provided with material loading lifting assembly; Blanking device comprises blanking frame, blanking box, blanking assembly and blanking vacuum cup, and blanking machine erection has blanking movable plate and the linear module of blanking, and blanking assembly is connected with movable plate, is provided with blanking supporting plate in blanking box, and blanking box is provided with blanking lifting assembly.The utility model can realize automation loading and unloading, and loading and unloading efficiency is high, and can avoid causing damage to material.

Description

A kind of high-rate laser drilling machine of automatic loading/unloading
Technical field
The utility model relates to laser drill equipment technical field, particularly relates to a kind of high-rate laser drilling machine of automatic loading/unloading.
Background technology
Laser drilling processes has now become a kind of industrial processing technology of comparative maturity, it not only can be holed to metal, for some high rigidity and the material with certain fragility also can hole, such as potsherd, to such high rigidity and have certain fragility material boring before, need first material to be placed on the material put area of laser drilling machine setting, and then start laser boring work is carried out to material, complete after boring until material and take out.The laser drilling machine of prior art, generally adopts manual operation for the material loading of material and blanking, and artificial loading and blanking inefficiency, the continuous drilling work of laser drilling machine cannot be met; Meanwhile, when material is larger, artificial loading and blanking difficulty, need the artificial of at substantial, cost of labor increases, and easily causes damage to material in material loading and blanking process, causes production cost to increase.
Utility model content
The purpose of this utility model is to provide a kind of high-rate laser drilling machine that can realize automatic charging and blanking for the deficiencies in the prior art.
For achieving the above object, the high-rate laser drilling machine of a kind of automatic loading/unloading of the present utility model, comprise board, feeding device and blanking device, board is provided with vacuum absorbing platform and high-rate laser galvanometer, high-rate laser galvanometer is positioned at the top of vacuum absorbing platform, and board is also provided with the linear module of boring for driving high-rate laser galvanometer to move along Z-direction;
Feeding device comprises feed frame, feed frame is positioned at the side of board, the below of feed frame is provided with magazine, the top of upper magazine is provided with loading assemblies, loading assemblies is provided with several material loading vacuum cups, feed frame is provided with material loading movable plate and the linear module of material loading for driving material loading movable plate reciprocating, loading assemblies is connected with movable plate, be provided with material loading supporting plate in upper magazine, the rear side of upper magazine is provided with the material loading lifting assembly for driving material loading supporting plate to move up and down;
Blanking device comprises blanking frame, blanking machine chord position is in the opposite side of board, the below of blanking frame is provided with blanking box, the top of blanking box is provided with blanking assembly, blanking assembly is provided with several blanking vacuum cups, blanking machine erection is equipped with blanking movable plate and the linear module of blanking for driving blanking movable plate reciprocating, blanking assembly is connected with movable plate, be provided with blanking supporting plate in blanking box, the rear side of blanking box is provided with the blanking lifting assembly for driving blanking supporting plate to move up and down.
Preferably, the linear module of described material loading and the linear module of blanking all extend to the top of vacuum absorbing platform towards one end of board.
Preferably, described material loading lifting assembly comprises material loading motor, material loading screw mandrel, material loading travelling nut and material loading linear slide rail, material loading screw mandrel is connected with the main shaft of material loading motor, material loading travelling nut and material loading screw mandrel are spirally connected, material loading linear slide rail is installed on feed frame, material loading linear slide rail is connected with material loading travelling nut, and material loading supporting plate is connected with material loading travelling nut;
Blanking lifting assembly comprises blanking motor, blanking screw mandrel, blanking travelling nut and blanking linear slide rail, blanking screw mandrel is connected with the main shaft of blanking motor, blanking travelling nut and blanking screw mandrel are spirally connected, blanking linear slide rail is installed on blanking frame, blanking linear slide rail is connected with blanking travelling nut, and blanking supporting plate is connected with blanking travelling nut.
Preferably, described material loading travelling nut is connected with material loading support reinforcing plate, and material loading supporting plate is connected with material loading support reinforcing plate; Blanking travelling nut is connected with blanking support reinforcing plate, and blanking supporting plate is connected with blanking support reinforcing plate.
Preferably, be provided with the first guide pillar in described upper magazine, material loading supporting plate is provided with the first guide pin bushing, and the first guide pillar is arranged in the first guide pin bushing and the first guide pin bushing is socketed; Be provided with the second guide pillar in blanking box, blanking supporting plate is provided with the second guide pin bushing, and the second guide pillar is arranged in the second guide pin bushing and the second guide pin bushing is socketed.
Preferably, the below that described board is positioned at vacuum absorbing platform is provided with the linear electric motors driving vacuum absorbing platform to move in the X-axis direction.
Preferably, described loading assemblies also comprises material loading cylinder and material loading sheet frame, and material loading cylinder is installed on the bottom of material loading movable plate, and material loading sheet frame is connected with the piston rod of material loading cylinder, and several material loading vacuum cups are arranged at the periphery of material loading sheet frame; Blanking assembly also comprises blanking cylinder and blanking sheet frame, and blanking cylinder is installed on the bottom of blanking movable plate, and blanking sheet frame is connected with the piston rod of blanking cylinder, and several blanking vacuum cups are arranged at the periphery of blanking sheet frame.
Preferably, the linear module of described boring comprises bore motor, boring screw mandrel, boring travelling nut and boring linear slide rail, boring screw mandrel is connected with the main shaft of bore motor, boring travelling nut is spirally connected with boring screw mandrel, boring linear slide rail is installed on board, boring linear slide rail is connected with boring travelling nut, and high-rate laser galvanometer is connected with boring travelling nut.
Preferably, the below that described feed frame is positioned at loading assemblies is provided with correction assembly, correct assembly and comprise dressing plate, dressing plate offers in cross four uniform grooves, the bottom of dressing plate is provided with four and corrects cylinder, the piston rod of each correction cylinder is connected with a correcting block, and correcting block protrudes upward in described groove.
Preferably, described high-rate laser galvanometer, loading assemblies and blanking assembly are provided with two.
The beneficial effects of the utility model: the high-rate laser drilling machine of a kind of automatic loading/unloading of the present utility model, during work, material loading lifting assembly rises by controlling material loading supporting plate, the material hole to be drilled that realization control lamination is placed on material loading supporting plate rises, the material loading vacuum cup of loading assemblies adsorbs material, the linear module of material loading is by controlling the mobile top driving loading assemblies to move to vacuum absorbing platform of material loading movable plate, the material of the material loading vacuum cup absorption of loading assemblies is positioned on vacuum absorbing platform, vacuum absorbing platform adsorbs material again, then linear module of holing controls the material of high-rate laser galvanometer decline to vacuum absorbing platform absorption and holes, after completing boring, the linear module of blanking controls blanking movable plate and moves the top driving blanking assembly to move to the material of boring, blanking vacuum cup adsorbs material, the material that the linear module of blanking controls to adsorb again moves and is placed on the blanking supporting plate of setting in blanking box, along with the material laminate completing boring is positioned on blanking supporting plate, blanking lifting assembly controls the decline of blanking lifting assembly thus the material completing boring that lamination is placed all is contained in blanking box.The utility model can realize automation material loading to before material boring, and can realize automation blanking after completing boring to material, loading and unloading efficiency is high, saves labour turnover, and can guarantee loading and unloading safety, avoids causing damage to material.
Accompanying drawing explanation
Fig. 1 is perspective view of the present utility model.
Fig. 2 is the perspective view after the utility model hides feeding device and blanking device.
Fig. 3 is the perspective view of the linear module of boring of the present utility model.
Fig. 4 is the perspective view of feeding device of the present utility model.
Fig. 5 is the perspective view of the material loading lifting assembly arranged on rear side of the upper magazine of feeding device of the present utility model and upper magazine.
Fig. 6 is perspective view when material loading supporting plate is separated with upper magazine in Fig. 5.
Fig. 7 is the perspective view that the linear module of material loading of feeding device of the present utility model is connected with loading assemblies.
Fig. 8 is the perspective view of blanking device of the present utility model.
Fig. 9 is the perspective view of the blanking lifting assembly arranged on rear side of the blanking box of blanking device of the present utility model and blanking box.
Figure 10 is the perspective view at another visual angle of blanking lifting assembly arranged on rear side of the blanking box of blanking device of the present utility model and blanking box.
Figure 11 is the perspective view that the linear module of blanking of blanking device of the present utility model is connected with blanking assembly.
Figure 12 is the perspective view of correction assembly of the present utility model.
Figure 13 is the perspective view at another visual angle of correction assembly of the present utility model.
Figure 14 is the perspective view of loading assemblies of the present utility model.
Figure 15 is the close-up schematic view at A place in Figure 14.
Reference numeral comprises:
1-board, 2-feeding device, 3-blanking device
11-vacuum absorbing platform, 12-high-rate laser galvanometer, 13-linear module of holing
21-feed frame, 22-upper magazine 23-loading assemblies
24-material loading movable plate, 25-material loading linear module 26-material loading lifting assembly
27-correct assembly 31-blanking frame 32-blanking box
The linear module of 33-blanking assembly, 34-blanking movable plate 35-blanking
36-blanking lifting assembly, 131-bore motor, 132-boring screw mandrel
133-boring travelling nut, 134-boring linear slide rail, 221-material loading supporting plate
222-the first guide pillar 223-the first guide pin bushing 231-material loading vacuum cup
232-material loading cylinder, 233-material loading sheet frame, 234-vertical tube
235-spacing adjustment sheet, 236-quick detach screw, 237-chute
238-bar shaped slide opening, 261-material loading motor, 262-material loading screw mandrel
263-material loading travelling nut, 264-material loading linear slide rail, 265-material loading support reinforcing plate
271-dressing plate, 272-groove, 273-correction cylinder
274-correcting block, 321-blanking supporting plate 322-the second guide pillar
323-the second guide pin bushing 331-blanking vacuum cup 332-blanking cylinder
333-blanking sheet frame, 361-blanking motor, 362-blanking screw mandrel
363-blanking travelling nut, 364-blanking linear slide rail, 365-blanking support reinforcing plate.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in detail.
As shown in Figure 1 to 11, the high-rate laser drilling machine of a kind of automatic loading/unloading of the present utility model, comprise board 1, feeding device 2 and blanking device 3, board 1 is provided with vacuum absorbing platform 11 and high-rate laser galvanometer 12, high-rate laser galvanometer 12 is positioned at the top of vacuum absorbing platform 11, and board 1 is also provided with the linear module 13 of boring for driving high-rate laser galvanometer 12 to move along Z-direction, feeding device 2 comprises feed frame 21, feed frame 21 is positioned at the side of board 1, the below of feed frame 21 is provided with magazine 22, the top of upper magazine 22 is provided with loading assemblies 23, loading assemblies 23 is provided with several material loading vacuum cups 231, feed frame 21 is provided with material loading movable plate 24 and the linear module 25 of the material loading for driving material loading movable plate 24 reciprocating, loading assemblies 23 is connected with movable plate, material loading supporting plate 221 is provided with in upper magazine 22, the rear side of upper magazine 22 is provided with the material loading lifting assembly 26 for driving material loading supporting plate 221 to move up and down, blanking device 3 comprises blanking frame 31, blanking frame 31 is positioned at the opposite side of board 1, the below of blanking frame 31 is provided with blanking box 32, the top of blanking box 32 is provided with blanking assembly 33, blanking assembly 33 is provided with several blanking vacuum cups 331, blanking frame 31 is provided with blanking movable plate 34 and the linear module 35 of the blanking for driving blanking movable plate 34 reciprocating, blanking assembly 33 is connected with movable plate, blanking supporting plate 321 is provided with in blanking box 32, the rear side of blanking box 32 is provided with the blanking lifting assembly 36 for driving blanking supporting plate 321 to move up and down.
During work, material loading lifting assembly 26 rises by controlling material loading supporting plate 221, the material hole to be drilled that realization control lamination is placed on material loading supporting plate 221 rises, the material loading vacuum cup 231 of loading assemblies 23 adsorbs material, the linear module 25 of material loading is by controlling the mobile top driving loading assemblies 23 to move to vacuum absorbing platform 11 of material loading movable plate 24, the material that the material loading vacuum cup 231 of loading assemblies 23 adsorbs is positioned on vacuum absorbing platform 11, vacuum absorbing platform 11 adsorbs material again, then linear module 13 of holing control high-rate laser galvanometer 12 decline to vacuum absorbing platform 11 adsorb material hole, after completing boring, the linear module 35 of blanking controls blanking movable plate 34 and moves the top driving blanking assembly 33 to move to the material of boring, blanking vacuum cup 331 adsorbs material, the material that the linear module 35 of blanking controls to adsorb again moves and is placed on the blanking supporting plate 321 of setting in blanking box 32, along with the material laminate completing boring is positioned on blanking supporting plate 321, blanking lifting assembly 36 controls blanking lifting assembly 36 and to decline thus the material completing boring that lamination is placed all is contained in blanking box 32.The utility model can realize automation material loading to before material boring, and can realize automation blanking after completing boring to material, loading and unloading efficiency is high, saves labour turnover, and can guarantee loading and unloading safety, avoids causing damage to material.
In the present embodiment, the linear module of described material loading 25 and the linear module 35 of blanking all extend to the top of vacuum absorbing platform 11 towards one end of board 1, this kind of structural design can guarantee that the linear module 25 of material loading can drive the end of material loading movable plate 24 to the top of vacuum absorbing platform 11, can guarantee that loading assemblies 23 can move to the top of vacuum absorbing platform 11, guarantee that the material that the material loading vacuum cup 231 of loading assemblies 23 adsorbs is positioned on vacuum absorbing platform 11, thus realize automation material loading; In like manner, the linear module 35 of blanking can drive the end of blanking movable plate 34 to the top of vacuum absorbing platform 11, can guarantee that blanking assembly 33 can move to the top of vacuum absorbing platform 11, guarantee that blanking vacuum cup 331 absorption of blanking assembly 33 is positioned over material vacuum absorbing platform 11 completing boring, thus realize automation blanking.
See Fig. 5 and Fig. 6, described material loading lifting assembly 26 comprises material loading motor 261, material loading screw mandrel 262, material loading travelling nut 263 and material loading linear slide rail 264, material loading screw mandrel 262 is connected with the main shaft of material loading motor 261, material loading travelling nut 263 and material loading screw mandrel 262 are spirally connected, material loading linear slide rail 264 is installed on feed frame 21, material loading linear slide rail 264 is connected with material loading travelling nut 263, and material loading supporting plate 221 is connected with material loading travelling nut 263; Concrete, material loading motor 261 drives material loading screw mandrel 262 to rotate, and material loading screw mandrel 262 drives material loading travelling nut 263 to move up and down, and because material loading supporting plate 221 is connected with material loading travelling nut 263, namely realizes driving the material of material loading supporting plate 221 superimposed layer to rise.
See Fig. 9 and Figure 10, described blanking lifting assembly 36 comprises blanking motor 361, blanking screw mandrel 362, blanking travelling nut 363 and blanking linear slide rail 364, blanking screw mandrel 362 is connected with the main shaft of blanking motor 361, blanking travelling nut 363 and blanking screw mandrel 362 are spirally connected, blanking linear slide rail 364 is installed on blanking frame 31, blanking linear slide rail 364 is connected with blanking travelling nut 363, and blanking supporting plate 321 is connected with blanking travelling nut 363; Concrete, blanking motor 361 drives blanking screw mandrel 362 to rotate, and blanking screw mandrel 362 drives blanking travelling nut 363 to move up and down, and because blanking supporting plate 321 is connected with blanking travelling nut 363, namely realizes driving the material of blanking supporting plate 321 superimposed layer to decline.
In the present embodiment, described material loading travelling nut 263 is connected with material loading support reinforcing plate 265, and material loading supporting plate 221 is connected with material loading support reinforcing plate 265; Concrete, material hole to be drilled is that lamination is positioned on material loading supporting plate 221, material loading supporting plate 221 needs to bear larger pressure in the process risen, and material loading support reinforcing plate 265 can to the holding capacity strengthening material loading supporting plate 221 pairs of laminated materials, guarantee normal top material being delivered to upper magazine 22 by the bottom of upper magazine 22, to facilitate the absorption of material loading vacuum cup 231 pairs of materials of loading assemblies 23; In like manner, blanking travelling nut 363 is connected with blanking support reinforcing plate 365, and blanking supporting plate 321 is connected with blanking support reinforcing plate 365; Concrete, the material completing boring is positioned on blanking supporting plate 321 by blanking vacuum cup 331 absorption of blanking assembly 33 in lamination, blanking supporting plate 321 needs to bear larger pressure in the process of lower liter, and blanking support reinforcing plate 365 can to the holding capacity strengthening blanking supporting plate 321 pairs of laminated materials, guarantee the normal inside whole for material lamination being positioned over blanking box 32; Overall construction design is reasonable, practical.
In the present embodiment, be provided with the first guide pillar 222 in described upper magazine 22, material loading supporting plate 221 is provided with the first guide pin bushing 223, first guide pillar 222 and is arranged in the first guide pin bushing 223 and the first guide pin bushing 223 is socketed; Concrete, the first guide pillar 222 and arranging of the first guide pin bushing 223 can play guide effect to material loading supporting plate 221, and the situation of displacement occurs can to prevent material loading supporting plate 221 from easily occurring when the material that support is a large amount of, guarantees the normal material loading of material.
Be provided with the second guide pillar 322 in blanking box 32, blanking supporting plate 321 is provided with the second guide pin bushing 323, second guide pillar 322 and is arranged in the second guide pin bushing 323 and the second guide pin bushing 323 is socketed; Concrete, the second guide pillar 322 and arranging of the second guide pin bushing 323 can play guide effect to blanking supporting plate 321, and the situation of displacement occurs can to prevent blanking supporting plate 321 from easily occurring when the material that support is a large amount of, guarantees the normal blanking of material.
In the present embodiment, the below that described board 1 is positioned at vacuum absorbing platform 11 is provided with the linear electric motors (not shown) driving vacuum absorbing platform 11 to move in the X-axis direction, the precision that linear electric motors control when vacuum absorbing platform 11 moves is higher, and speed is faster, and stability is better.
In the present embodiment, described loading assemblies 23 also comprises material loading cylinder 232 and material loading sheet frame 233, material loading cylinder 232 is installed on the bottom of material loading movable plate 24, and material loading sheet frame 233 is connected with the piston rod of material loading cylinder 232, and several material loading vacuum cups 231 are arranged at the periphery of material loading sheet frame 233; Concrete, when loading assemblies 23 moves to above material under the driving of the linear module 25 of material loading, the piston rod of material loading cylinder 232 drives material loading sheet frame 233 to decline, the material loading vacuum cup 231 being arranged at material loading sheet frame 233 adsorbs the surface of material, then the piston rod of material loading cylinder 232 drives material loading sheet frame 233 to rise, namely drive material to rise, and then by the effect of material loading linear module 25, material is delivered on vacuum absorbing platform 11.
More specifically, see 14 to Figure 15, described loading assemblies 23 also comprises vertical tube 234, spacing adjustment sheet 235 and quick detach screw 236, material loading sheet frame 233 comprises some the mouldings surrounding frame-type, every bar moulding all offers chute 237, material assembly also comprises vertical tube 234, spacing adjustment sheet 235 and quick detach screw 236 material loading vacuum cup 231 are arranged at the bottom of vertical tube 234, vertical tube 234 is connected with spacing adjustment sheet 235, spacing adjustment sheet 235 is arranged at the top of moulding, spacing adjustment sheet 235 offers bar shaped slide opening 238, quick detach screw 236 is arranged in bar shaped slide opening 238 and is spirally connected with chute 237, concrete, when unclamping quick detach screw 236, slide in the chute 237 that quick detach screw 236 can be offered at moulding, simultaneously, promote spacing adjustment sheet 235, also quick detach screw 236 can be made to slide relative to spacing adjustment sheet 235 in the bar shaped slide opening 238 of spacing adjustment sheet 235, the spacing regulating each vertical tube 234 be connected with spacing adjustment sheet 235 is realized by this kind of operation, because the bottom of material loading vacuum cup 231 with vertical tube 234 is connected, namely can realize regulating the spacing between each material loading vacuum cup 231, when the spacing between completing vacuum cup regulates, that tightens that quick detach screw 236 can complete the position of vacuum cup is fixing, this kind of structure can by the absorption regulating the spacing between material loading vacuum cup 231 to meet the material to different size, use flexibly, applied widely.
In the present embodiment, blanking assembly 33 also comprises blanking cylinder 332 and blanking sheet frame 333, blanking cylinder 332 is installed on the bottom of blanking movable plate 34, and blanking sheet frame 333 is connected with the piston rod of blanking cylinder 332, and several blanking vacuum cups 331 are arranged at the periphery of blanking sheet frame 333; Concrete, after material completes boring, when blanking assembly 33 has moved to above the material of boring under the driving of the linear module 35 of blanking, the piston rod of blanking cylinder 332 drives blanking sheet frame 333 to decline, the blanking vacuum cup 331 being arranged at blanking sheet frame 333 adsorbs the surface of material, then the piston rod of blanking cylinder 332 drives blanking sheet frame 333 to rise, and namely drives material to rise, and then is delivered on blanking box 32 by material by the effect of blanking linear module 35.In addition, blanking assembly 33 yet comprises vertical tube, spacing adjustment sheet and quick detach screw, and its structure is the same with loading assemblies 23, no longer repeats at this.
See Fig. 3, the linear module 13 of described boring comprises bore motor 131, boring screw mandrel 132, boring travelling nut 133 and boring linear slide rail 134, boring screw mandrel 132 is connected with the main shaft of bore motor 131, boring travelling nut 133 is spirally connected with boring screw mandrel 132, boring linear slide rail 134 is installed on board 1, boring linear slide rail 134 is connected with boring travelling nut 133, and high-rate laser galvanometer 12 is connected with boring travelling nut 133; Concrete, bore motor 131 drives boring screw mandrel 132 to rotate, and the boring nut be spirally connected with boring screw mandrel 132 realizes moving up and down, and the high-rate laser galvanometer 12 be namely connected with boring nut moves up and down holes to material; Wherein, the effect of boring linear slide rail 134 plays guide effect and improves the effect that high-rate laser galvanometer 12 moves up and down stability.
As shown in Figure 12 to Figure 13, the below that described feed frame 21 is positioned at loading assemblies 23 is provided with and corrects assembly 27, correct assembly 27 and comprise dressing plate 271, dressing plate 271 offers in cross four uniform grooves 272, the bottom of dressing plate 271 is provided with four and corrects cylinder 273, the piston rod of each correction cylinder 273 is connected with a correcting block 274, and correcting block 274 protrudes upward in described groove 272; Concrete, under the piston rod of material loading cylinder 232, the material of general who has surrendered's material loading vacuum cup 231 absorption drops on dressing plate 271, then four that arrange bottom dressing plate 271 correct cylinder 273 correcting block 274 that task driven is connected with correction cylinder 273 respectively and move in groove 272, correcting block 274 moves towards the side of the material corresponding with it, until correcting block 274 supports the edge of material, four correcting blocks 274, in cross uniform, add the position correction of material; After completing correction, four correct cylinder 273 and drive correcting block 274 to depart from and the abutting of the edge of material, then material loading cylinder 232 has driven the material of correction to move up again, the linear module 25 of material loading drives material to be delivered on vacuum absorbing platform 11, because the position of material completes automated correction, high-rate laser galvanometer 12 can directly be holed to this material.
In the present embodiment, described high-rate laser galvanometer 12, loading assemblies 23 and blanking assembly 33 are provided with two, and two loading assemblies 23 carry out material loading simultaneously, and two high-rate laser galvanometers 12 are holed to material simultaneously, two blanking assemblies 33 carry out blanking simultaneously, and production efficiency promotes further.
Known the utility model is have above-described good characteristic in sum, is made it in use, promotes in conventional art the usefulness that do not have and has practicality, becoming the product that has practical value.
Above content is only preferred embodiment of the present utility model, for those of ordinary skill in the art, according to thought of the present utility model, all will change in specific embodiments and applications, this description should not be construed as restriction of the present utility model.

Claims (10)

1. the high-rate laser drilling machine of an automatic loading/unloading, it is characterized in that: comprise board (1), feeding device (2) and blanking device (3), board (1) is provided with vacuum absorbing platform (11) and high-rate laser galvanometer (12), high-rate laser galvanometer (12) is positioned at the top of vacuum absorbing platform (11), and board (1) is also provided with the linear module of boring (13) for driving high-rate laser galvanometer (12) to move along Z-direction;
Feeding device (2) comprises feed frame (21), feed frame (21) is positioned at the side of board (1), the below of feed frame (21) is provided with magazine (22), the top of upper magazine (22) is provided with loading assemblies (23), loading assemblies (23) is provided with several material loading vacuum cups (231), feed frame (21) is provided with material loading movable plate (24) and the linear module of material loading (25) for driving material loading movable plate (24) reciprocating, loading assemblies (23) is connected with movable plate, material loading supporting plate (221) is provided with in upper magazine (22), the rear side of upper magazine (22) is provided with the material loading lifting assembly (26) for driving material loading supporting plate (221) to move up and down,
Blanking device (3) comprises blanking frame (31), blanking frame (31) is positioned at the opposite side of board (1), the below of blanking frame (31) is provided with blanking box (32), the top of blanking box (32) is provided with blanking assembly (33), blanking assembly (33) is provided with several blanking vacuum cups (331), blanking frame (31) is provided with blanking movable plate (34) and the linear module of blanking (35) for driving blanking movable plate (34) reciprocating, blanking assembly (33) is connected with movable plate, blanking supporting plate (321) is provided with in blanking box (32), the rear side of blanking box (32) is provided with the blanking lifting assembly (36) for driving blanking supporting plate (321) to move up and down.
2. the high-rate laser drilling machine of a kind of automatic loading/unloading according to claim 1, is characterized in that: the linear module of described material loading (25) and the linear module of blanking (35) all extend to the top of vacuum absorbing platform (11) towards one end of board (1).
3. the high-rate laser drilling machine of a kind of automatic loading/unloading according to claim 1, it is characterized in that: described material loading lifting assembly (26) comprises material loading motor (261), material loading screw mandrel (262), material loading travelling nut (263) and material loading linear slide rail (264), material loading screw mandrel (262) is connected with the main shaft of material loading motor (261), material loading travelling nut (263) and material loading screw mandrel (262) are spirally connected, material loading linear slide rail (264) is installed on feed frame (21), material loading linear slide rail (264) is connected with material loading travelling nut (263), material loading supporting plate (221) is connected with material loading travelling nut (263),
Blanking lifting assembly (36) comprises blanking motor (361), blanking screw mandrel (362), blanking travelling nut (363) and blanking linear slide rail (364), blanking screw mandrel (362) is connected with the main shaft of blanking motor (361), blanking travelling nut (363) and blanking screw mandrel (362) are spirally connected, blanking linear slide rail (364) is installed on blanking frame (31), blanking linear slide rail (364) is connected with blanking travelling nut (363), and blanking supporting plate (321) is connected with blanking travelling nut (363).
4. the high-rate laser drilling machine of a kind of automatic loading/unloading according to claim 3, it is characterized in that: described material loading travelling nut (263) is connected with material loading support reinforcing plate (265), and material loading supporting plate (221) is connected with material loading support reinforcing plate (265); Blanking travelling nut (363) is connected with blanking support reinforcing plate (365), and blanking supporting plate (321) is connected with blanking support reinforcing plate (365).
5. the high-rate laser drilling machine of a kind of automatic loading/unloading according to claim 3, it is characterized in that: in described upper magazine (22), be provided with material loading guide pillar (222), material loading supporting plate (221) is provided with material loading guide pin bushing (223), and material loading guide pillar (222) is arranged in material loading guide pin bushing (223) and is socketed with material loading guide pin bushing (223); Be provided with blanking guide pillar (322) in blanking box (32), blanking supporting plate (321) is provided with blanking guide pin bushing (323), and blanking guide pillar (322) is arranged in blanking guide pin bushing (323) and is socketed with blanking guide pin bushing (323).
6. the high-rate laser drilling machine of a kind of automatic loading/unloading according to claim 1, is characterized in that: the below that described board (1) is positioned at vacuum absorbing platform (11) is provided with the linear electric motors driving vacuum absorbing platform (11) to move in the X-axis direction.
7. the high-rate laser drilling machine of a kind of automatic loading/unloading according to claim 1, it is characterized in that: described loading assemblies (23) also comprises material loading cylinder (232) and material loading sheet frame (233), material loading cylinder (232) is installed on the bottom of material loading movable plate (24), material loading sheet frame (233) is connected with the piston rod of material loading cylinder (232), and several material loading vacuum cups (231) are arranged at the periphery of material loading sheet frame (233); Blanking assembly (33) also comprises blanking cylinder (332) and blanking sheet frame (333), blanking cylinder (332) is installed on the bottom of blanking movable plate (34), blanking sheet frame (333) is connected with the piston rod of blanking cylinder (332), and several blanking vacuum cups (331) are arranged at the periphery of blanking sheet frame (333).
8. the high-rate laser drilling machine of a kind of automatic loading/unloading according to claim 1, it is characterized in that: the linear module of described boring (13) comprises bore motor (131), boring screw mandrel (132), boring travelling nut (133) and boring linear slide rail (134), boring screw mandrel (132) is connected with the main shaft of bore motor (131), boring travelling nut (133) is spirally connected with boring screw mandrel (132), boring linear slide rail (134) is installed on board (1), boring linear slide rail (134) is connected with boring travelling nut (133), high-rate laser galvanometer (12) is connected with boring travelling nut (133).
9. the high-rate laser drilling machine of a kind of automatic loading/unloading according to claim 1, it is characterized in that: the below that described feed frame (21) is positioned at loading assemblies (23) is provided with correction assembly (27), correct assembly (27) and comprise dressing plate (271), dressing plate (271) offers in cross four uniform grooves (272), the bottom of dressing plate (271) is provided with four and corrects cylinder (273), the piston rod of each correction cylinder (273) is connected with a correcting block (274), correcting block (274) protrudes upward in described groove (272).
10. the high-rate laser drilling machine of a kind of automatic loading/unloading according to claim 1 ~ 9 any one, is characterized in that: described high-rate laser galvanometer (12), loading assemblies (23) and blanking assembly (33) are provided with two.
CN201520101275.4U 2015-02-12 2015-02-12 A kind of high-rate laser drilling machine of automatic loading/unloading CN204621378U (en)

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Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104551418A (en) * 2015-02-12 2015-04-29 鞍山盛雄激光设备有限公司 High-speed laser drilling machine capable of charging and discharging automatically
CN105252651A (en) * 2015-11-01 2016-01-20 宁波平海机械设备有限公司 Loading and unloading mechanism of passive element cutting machine and universal sets of loading and unloading mechanism
CN105882157A (en) * 2016-06-13 2016-08-24 程良照 Full-automatic laser coding machine
CN107150179A (en) * 2017-07-14 2017-09-12 东莞市盛雄激光设备有限公司 A kind of zero draft laser cutting device and its cutting method
CN108788474A (en) * 2018-03-30 2018-11-13 深圳华工激光设备有限公司 Crown cap laser-marking device prepares production line and preparation method
CN108941922A (en) * 2018-07-10 2018-12-07 株洲四点零智能科技有限公司 A kind of pcb board fully-automatic laser stamp system

Cited By (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104551418A (en) * 2015-02-12 2015-04-29 鞍山盛雄激光设备有限公司 High-speed laser drilling machine capable of charging and discharging automatically
CN104551418B (en) * 2015-02-12 2016-09-07 鞍山盛雄激光设备有限公司 A kind of high-rate laser drilling machine of automatic loading/unloading
CN105252651A (en) * 2015-11-01 2016-01-20 宁波平海机械设备有限公司 Loading and unloading mechanism of passive element cutting machine and universal sets of loading and unloading mechanism
CN105882157A (en) * 2016-06-13 2016-08-24 程良照 Full-automatic laser coding machine
CN105882157B (en) * 2016-06-13 2019-02-19 台州柏恩利自动化设备有限公司 Fully-automatic laser coder
CN107150179A (en) * 2017-07-14 2017-09-12 东莞市盛雄激光设备有限公司 A kind of zero draft laser cutting device and its cutting method
CN108788474A (en) * 2018-03-30 2018-11-13 深圳华工激光设备有限公司 Crown cap laser-marking device prepares production line and preparation method
CN108788474B (en) * 2018-03-30 2020-10-27 深圳华工激光设备有限公司 Metal bottle cap laser marking device, preparation production line and preparation method
CN108941922A (en) * 2018-07-10 2018-12-07 株洲四点零智能科技有限公司 A kind of pcb board fully-automatic laser stamp system

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