CN204431988U - A kind of nameplate marking production line - Google Patents

A kind of nameplate marking production line Download PDF

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Publication number
CN204431988U
CN204431988U CN201520109415.2U CN201520109415U CN204431988U CN 204431988 U CN204431988 U CN 204431988U CN 201520109415 U CN201520109415 U CN 201520109415U CN 204431988 U CN204431988 U CN 204431988U
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CN
China
Prior art keywords
nameplate
fixed
cylinder
production line
sorting
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CN201520109415.2U
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Chinese (zh)
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王铁苗
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王铁苗
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Abstract

The utility model discloses a kind of nameplate marking production line, relate to nameplate manufacture technology field, comprise laser marking machine, also comprise a base, be arranged on feed mechanism before base is positioned at laser marking machine and sorting mechanism, be positioned at the position correcting mechanism below laser marking machine and be positioned at laser marking machine after receiving mechanism; Sorting mechanism, between feed mechanism and position correcting mechanism, is respectively provided with a parts transfer mechanism between described feed mechanism and sorting mechanism, between sorting mechanism and position correcting mechanism.The utility model needs artificial blocks of placement in order to solve current laser marking machine to nameplate mark, comparatively takes manpower, and the problem that efficiency is not high, proposes a kind of less manpower, nameplate marking production line that efficiency is high.

Description

A kind of nameplate marking production line
Technical field
The utility model relates to nameplate manufacture technology field, particularly relates to a kind of nameplate marking production line.
Background technology
Nameplate, after mould printing completes, often by empty for still undetermined to the date of production, product type etc. information, has been beaten by steel seal.But directly hold steel seal and beat a typesetting symbol, often occur the situation of the upper and lower out-of-flatness of character, single character rotation offset, make nameplate entirety seem comparatively coarse, comparatively severe patient can allow client produce bad impression to complete machine.
In order to improve mark precision and nameplate aesthetic property, the mode of laser engraving can be adopted now to come to nameplate mark.In order to enhance productivity further, automatic assembly line device also can be adopted to carry out automatic marking to batch nameplate.
Utility model content
The utility model needs artificial blocks of placement in order to solve current laser marking machine to nameplate mark, comparatively takes manpower, and the problem that efficiency is not high, proposes a kind of less manpower, nameplate marking production line that efficiency is high.
To achieve these goals, the utility model is by the following technical solutions: a kind of nameplate marking production line, comprise laser marking machine, also comprise a base, be arranged on feed mechanism before base is positioned at laser marking machine and sorting mechanism, be positioned at the position correcting mechanism below laser marking machine and be positioned at laser marking machine after receiving mechanism; Sorting mechanism, between feed mechanism and position correcting mechanism, is respectively provided with a parts transfer mechanism between described feed mechanism and sorting mechanism, between sorting mechanism and position correcting mechanism;
Described feed mechanism comprises a turntable, is provided with rotating driving device bottom turntable, and rotating driving device is fixed on base, is provided with two hoppers on the upside of turntable, and two hoppers are arranged around rotation Central Symmetry, rotatable switch; One piece of lifter plate is provided with in each hopper, lifter plate both sides are fixed with polished rod slide block, turntable outside hopper uprightly there are some polished rods, polished rod slide block set on lifter plate is located on the polished rod of turntable, lifter plate can make lifting moving along polished rod, and the polished rod section between lifter plate and turntable is arranged with spring; The proximity transducer that one judges whether to have in hopper material is embedded with in the middle of lifter plate;
Described parts transfer mechanism comprises a rotating driving device, a swing arm and a straight line cylinder, swing arm one end is connected with rotating driving device, driven by rotating driving device and rotate, the cylinder body of the other end and straight line cylinder is fixed, the piston rod of straight line cylinder down, being fixed with a sucker fixed block on the downside of piston rod, on the downside of sucker fixed block, being distributed with some suckers for drawing nameplate;
Described sorting mechanism comprises a balance plate, an electromagnet and a variable weights, base offers the fluting of an accommodating balance plate, and between fluting both sides, erection has a rotating shaft, and balance plate centre position is connected in rotating shaft, can rotate around the shaft; Balance plate side is fixed with variable weights, and the base of this side-lower is fixed with electromagnet, can adhesive positioning balance plate; Balance plate opposite side upper surface is provided with the stopper slot of nameplate, and stopper slot extends to this side end face; Recovery hopper is provided with below balance plate;
Described position correcting mechanism comprises a pallet and a vibrating motor, described tray upper surface offers a storage tank mated with nameplate size, storage tank opening part is provided with chamfering or fillet, and pallet is fixed with vibrating motor, is fixed on base on the downside of pallet by a crash roll;
Described receiving mechanism comprises a conveyer mechanism, be erected at a telescopic arm on the upside of conveyer mechanism, and described telescopic arm front end is provided with the grasping mechanism of nameplate.
As preferably, offer some supports material mouth in the stopper slot of described sorting mechanism balance plate, on the base below support material mouth, correspondence is fixed with support material bar, and support material bar can send nameplate away through support material mouth.
As preferably, described hopper is formed by four upright aluminum corner braces, aluminum corner brace always open towards in groove, mates inside the right angle of four aluminum corner braces with four of nameplate angles.
As preferably, described telescopic arm comprises a straight line cylinder and a slide rail, and straight line cylinder and slide rail be arranged in parallel, and the cylinder body of cylinder and the slide block of slide rail are all fixed on the support of conveyer mechanism, cylinder axis front end and slide rail front end are fixed, and cylinder axis can drive slide rail to make telescopic slide.
As preferably, the nameplate grasping mechanism of described telescopic arm front end is a straight line cylinder, the cylinder body of telescopic arm front end and straight line cylinder is fixed, the piston rod of straight line cylinder down, being fixed with a sucker fixed block on the downside of piston rod, on the downside of sucker fixed block, being distributed with some suckers for drawing nameplate.
As preferably, variable weights is greater than one piece of nameplate weight, is less than two pieces of nameplate weight.
As preferably, described rotating driving device is oscillating cylinder or motor.
As preferably, described crash roll is rubber blanket or silicagel pad.
Therefore, the utility model has following beneficial effect: (1) full-automation running, and cost of labor is lower, and efficiency is higher; (2) without the need to manually picking and placeing piecewise, security is higher; (3) be provided with the hopper of two automatic material liftings, lessly take human resources.
Accompanying drawing explanation
Fig. 1 is overall structure schematic diagram of the present utility model.
Fig. 2 is the structural representation of the utility model feed mechanism.
Fig. 3 is the structural representation of the utility model sorting mechanism.
Fig. 4 is the structural representation of another angle of the utility model sorting mechanism.
Fig. 5 is the structural representation of the utility model parts transfer mechanism and position correcting mechanism.
Fig. 6 is the structural representation of the utility model receiving mechanism.
1: feed mechanism; 101: turntable; 102: rotating driving device; 103: spring; 104: lifter plate; 105: hopper; 106: proximity transducer; 107: polished rod slide block; 108: polished rod; 2: parts transfer mechanism; 201: swing arm; 202: straight line cylinder; 203: sucker fixed block; 204: sucker; 3: sorting mechanism; 301: balance plate; 302: variable weights; 303: stopper slot; 304: rotating shaft; 305: support material mouth; 306: support material bar; 307: fluting; 308: electromagnet; 309: reclaim hopper; 4: position correcting mechanism; 401: pallet; 402: vibrating motor; 403: storage tank; 404: crash roll; 5: laser marking machine; 6: base; 7: receiving mechanism; 701: conveyer mechanism; 702: telescopic arm; 703: grasping mechanism; 704: slide rail; 8: nameplate.
Detailed description of the invention
Below in conjunction with accompanying drawing and specific embodiments, the utility model is further described.
A kind of nameplate marking production line, see Fig. 1, comprise laser marking machine 5, also comprise a base 6, be arranged on the receiving mechanism 7 base 6 being positioned at feed mechanism 1 before laser marking machine 5 and sorting mechanism 3, being positioned at the position correcting mechanism 4 below laser marking machine 5 and being positioned at after laser marking machine 5; Sorting mechanism 3, between feed mechanism 1 and position correcting mechanism 4, is respectively provided with a parts transfer mechanism 2 between described feed mechanism 1 and sorting mechanism 3, between sorting mechanism 3 and position correcting mechanism 4.
See Fig. 2, described feed mechanism 1 comprises a rectangle turntable 101, the oscillating cylinder as rotating driving device 102 is provided with bottom turntable 101, oscillating cylinder is fixed on base 6, is provided with two hoppers, 105, two hoppers 105 and arranges around rotation Central Symmetry on the upside of turntable 101, rotatable switch, each hopper 105 is formed by four upright aluminum corner braces, aluminum corner brace always open towards in groove, mates inside the right angle of four aluminum corner braces with four of nameplate 8 angles, one piece of lifter plate 104 is provided with in each hopper 105, each lifter plate 104 both sides are respectively fixed with a polished rod slide block 107, turntable 101 outside each hopper 105 uprightly there are two polished rods 108, polished rod slide block 107 on lifter plate 104 is set on the polished rod 108 of turntable 101, lifter plate 104 can make lifting moving along polished rod 108, 108 sections, polished rod between lifter plate 104 and turntable 101 is arranged with spring 103, utilize the restoring force of spring 103, can nameplate 8 automatically in lifting hopper 105, when the nameplate 8 in hopper 105 is more, spring 103 is compressed, lifter plate 104 falls lower, along with the nameplate 8 in hopper 105 is constantly taken away, weight saving, spring 103 is slowly replied, lifter plate 104 slowly rises, thus to keep in hopper 105 uppermost nameplate 8 in the crawl range of rear side grasping mechanism, the proximity transducer 106 that one judges whether to have in hopper 105 material is embedded with in the middle of lifter plate 104, when the proximity transducer 106 just on the hopper 105 of feeding detects no after material, rotating driving device 102 is driven to rotate, switch two hoppers 105, during running, people only need do not have in the hopper 105 of feeding reinforced toward outside.
See Fig. 5, described parts transfer mechanism 2 comprises one as oscillating cylinder, swing arm 201 and a straight line cylinder 202 of rotating driving device 102, swing arm 201 one end is connected with oscillating cylinder, driven by oscillating cylinder and rotate, the cylinder body of the other end and straight line cylinder 202 is fixed, the piston rod of straight line cylinder 202, is fixed with a sucker fixed block 203 down on the downside of piston rod, be distributed with some suckers 204 for drawing nameplate 8 on the downside of sucker fixed block 203.
See Fig. 3, Fig. 4, described sorting mechanism 3 comprises balance plate 301, electromagnet 308 and a variable weights 302 of one piece of bar shaped, base 6 offers the fluting 307 of an accommodating balance plate 301, erection between 307 both sides of slotting has a rotating shaft 304, balance plate 301 centre position is connected in rotating shaft 304, can around the shaft 304 rotate; Balance plate 301 side is fixed with variable weights 302, variable weights 302 is greater than one piece of nameplate 8 weight, be less than two pieces of nameplate 8 weight, weight by nameplate 8 regulates the weight of variable weights 302, the base 6 of this side-lower is fixed with electromagnet 308, can adhesive positioning balance plate 301, for ensureing that the nameplate 11 on balance plate 301 captures steadily; Balance plate 301 opposite side upper surface is provided with the stopper slot 303 of nameplate 8, and stopper slot 303 extends to this side end face, and be beneficial to balance plate 301 when tilting, nameplate 8 slides from end face; Offer two support material mouths 305 in stopper slot 303, on the base 6 below support material mouth 305, correspondence is fixed with support material bar 306, and support material bar 306 can send nameplate 8 away through support material mouth 305; Be provided with below balance plate 301 and reclaim hopper 309, reclaim hopper 309 inwall and be provided with silicone protective layer.
See Fig. 5, described position correcting mechanism 4 comprises pallet 401 and a vibrating motor 402, described pallet 401 upper surface offers a storage tank 403 mated with nameplate 8 size, storage tank 403 opening part is provided with chamfering or fillet, pallet 401 is fixed with vibrating motor 402, is fixed on base 6 on the downside of pallet 401 by a crash roll 404, described crash roll 404 is silicagel pad, when vibrating motor 402 works, the impact on other mechanism can be reduced.
See Fig. 6, described receiving mechanism 7 comprises a conveyer mechanism 701, be erected at a telescopic arm 702 on the upside of conveyer mechanism 701, described telescopic arm 702 comprises straight line cylinder 202 and a slide rail 704, straight line cylinder 202 and slide rail 704 be arranged in parallel, the cylinder body of cylinder and the slide block of slide rail 704 are all fixed on the support of conveyer mechanism 701, cylinder axis front end and slide rail 704 front end are fixed, and cylinder axis can drive slide rail 704 to make telescopic slide; Described telescopic arm 702 front end is provided with the grasping mechanism 703 of nameplate 8, described grasping mechanism 703 is a straight line cylinder 202, the cylinder body of telescopic arm 702 front end and straight line cylinder 202 is fixed, the piston rod of straight line cylinder 202 down, being fixed with a sucker fixed block 203 on the downside of piston rod, on the downside of sucker fixed block 203, being distributed with some suckers 204 for drawing nameplate 8.
A using method for nameplate marking production line, comprises the following steps:
A. two hoppers 105 1 are the feeding groove of parts transfer mechanism 2, and another is artificial charging spout, rotatable switching position and effect; When empty in charging spout, blowing in charging spout; When the material of feeding groove has been captured by parts transfer mechanism 2, responded to by the proximity transducer 106 on lifter plate 104, drive the rotating driving device 102 bottom turntable 101 to work, rotate exchange two hopper 105 positions, the feeding groove originally used leisure moments becomes charging spout, and people continue toward interior reinforced;
B. the parts transfer mechanism 2 between feed mechanism 1 and sorting mechanism 3 is moved up and down by the straight line cylinder 202 of front end, sucker 204 on the downside of straight line cylinder 202 holds the nameplate 8 captured in feed mechanism 1 hopper, rotating is sent in the stopper slot 303 of sorting mechanism 3 balance plate 301, now, electromagnet 308 on the downside of balance plate 301 works, hold balance plate 301, when ensureing parts transfer mechanism 2 blowing, balance plate 301 does not rock;
C. electromagnet 308 discharges balance plate 301, balance plate 301 judges nameplate 8 quantity of upside, when on balance plate 301, nameplate 8 quantity is 1, nameplate 8 weight is less than variable weights 302 weight of balance plate 301 opposite side, balance plate 301 is stablized motionless, and nameplate 8 continues to be captured by next parts transfer mechanism 2; When nameplate 8 is because being bonded together, when quantity on balance plate 301 is more than or equal to 2, nameplate 8 amount of stressing is greater than variable weights 302 weight of balance plate 301 opposite side, balance plate 301 puts nameplate 8 end to lower swing, and is sent away nameplate 8 by the support material bar 306 on base 6, and nameplate 8 falls to and reclaims in hopper 309, balance plate 301 is replied, wait for that first parts transfer mechanism 2 continues to grab nameplate 8 from feed mechanism 1, repeat with this, until nameplate 8 quantity is 1 on balance plate 301;
The nameplate 8 of 1 piece point hanked captures in the storage tank 403 on position correcting mechanism 4 pallet 401 from sorting mechanism 3 balance plate 301 by the parts transfer mechanism 2 D. between sorting mechanism 3 and position correcting mechanism 4;
E. on pallet 401, vibrating motor 402 works, and ajusted by vibrations by nameplate 8 devious for portion, vibrating motor 402 quits work;
F. laser marking machine 5 works, and knows directly in the pallet 401 of position correcting mechanism 4 nameplate 8 mark;
G. the telescopic arm 702 of receiving mechanism 7 extends above the position correcting mechanism 4 on the downside of laser marking machine 5, the grasping mechanism 703 of telescopic arm 702 front end captures nameplate 8, telescopic arm 702 bounces back, nameplate 8 is put on conveyer mechanism 701, conveyer mechanism 701 outwards transmits the nameplate 8 after mark, and people just can carry out next process to the nameplate 8 on conveyer mechanism 701.

Claims (9)

1. a nameplate marking production line, comprise laser marking machine (5), it is characterized in that: also comprise a base (6), be arranged on and base (6) be positioned at feed mechanism (1) before laser marking machine (5) and sorting mechanism (3), the position correcting mechanism (4) being positioned at laser marking machine (5) below and the receiving mechanism (7) be positioned at after laser marking machine (5); Sorting mechanism (3) is positioned between feed mechanism (1) and position correcting mechanism (4), is respectively provided with a parts transfer mechanism (2) between described feed mechanism (1) and sorting mechanism (3), between sorting mechanism (3) and position correcting mechanism (4);
Described feed mechanism (1) comprises a turntable (101), turntable (101) bottom is provided with rotating driving device (102), rotating driving device (102) is fixed on base (6), turntable (101) upside is provided with two hoppers (105), two hoppers (105) are arranged around rotation Central Symmetry, rotatable switch; One piece of lifter plate (104) is provided with in each hopper (105), lifter plate (104) both sides are fixed with polished rod slide block (107), the turntable (101) in hopper (105) outside uprightly there are some polished rods (108), polished rod slide block (107) on lifter plate (104) is set on the polished rod (108) of turntable (101), lifter plate (104) can make lifting moving along polished rod (108), and polished rod (108) section between lifter plate (104) and turntable (101) is arranged with spring (103); The proximity transducer (106) that one judges whether to have in hopper (105) material is embedded with in the middle of lifter plate (104);
Described parts transfer mechanism (2) comprises a rotating driving device (102), a swing arm (201) and a straight line cylinder (202), swing arm (201) one end is connected with rotating driving device (102), driven by rotating driving device (102) and rotate, the cylinder body of the other end and straight line cylinder (202) is fixed, the piston rod of straight line cylinder (202) down, be fixed with a sucker fixed block (203) on the downside of piston rod, sucker fixed block (203) downside is distributed with some suckers (204) for drawing nameplate (8);
Described sorting mechanism (3) comprises a balance plate (301), an electromagnet (308) and a variable weights (302), base (6) offers the fluting (307) of an accommodating balance plate (301), between fluting (307) both sides, erection has a rotating shaft (304), balance plate (301) centre position is connected in rotating shaft (304), can (304) rotate around the shaft; Balance plate (301) side is fixed with variable weights (302), and the base (6) of this side-lower is fixed with electromagnet (308), can adhesive positioning balance plate (301); Balance plate (301) opposite side upper surface is provided with the stopper slot (303) of nameplate (8), and stopper slot (303) extends to this side end face; Balance plate (301) below is provided with reclaims hopper (309);
Described position correcting mechanism (4) comprises a pallet (401) and a vibrating motor (402), described pallet (401) upper surface offers a storage tank (403) mated with nameplate (8) size, storage tank (403) opening part is provided with chamfering or fillet, pallet (401) is fixed with vibrating motor (402), pallet (401) downside is fixed on base (6) by a crash roll (404);
Described receiving mechanism (7) comprises a conveyer mechanism (701), is erected at a telescopic arm (702) of conveyer mechanism (701) upside, and described telescopic arm (702) front end is provided with the grasping mechanism (703) of nameplate (8).
2. a kind of nameplate marking production line according to claim 1, it is characterized in that: in the stopper slot (303) of described sorting mechanism (3) balance plate (301), offer some supports material mouth (305), the upper correspondence of base (6) of support material mouth (305) below is fixed with support material bar (306), and support material bar (306) can send nameplate (8) away through support material mouth (305).
3. a kind of nameplate marking production line according to claim 1, is characterized in that: described hopper (105) is formed by four upright aluminum corner braces, aluminum corner brace always open towards in groove, mates inside the right angle of four aluminum corner braces with four of nameplate angles.
4. a kind of nameplate marking production line according to claim 1, it is characterized in that: described telescopic arm (702) comprises a straight line cylinder (202) and a slide rail (704), straight line cylinder (202) and slide rail (704) be arranged in parallel, the slide block of the cylinder body of cylinder and slide rail (704) is all fixed on the support of conveyer mechanism (701), cylinder axis front end and slide rail (704) front end are fixed, and cylinder axis can drive slide rail (704) to make telescopic slide.
5. a kind of nameplate marking production line according to claim 1 or 4, it is characterized in that: nameplate (8) grasping mechanism (703) of described telescopic arm (702) front end is a straight line cylinder (202), the cylinder body of telescopic arm (702) front end and straight line cylinder (202) is fixed, the piston rod of straight line cylinder (202) down, be fixed with a sucker fixed block (203) on the downside of piston rod, sucker fixed block (203) downside is distributed with some suckers (204) for drawing nameplate (8).
6. a kind of nameplate marking production line according to any one of claim 1 to 4, is characterized in that: variable weights (302) is greater than one piece of nameplate (8) weight, is less than two pieces of nameplate (8) weight.
7. a kind of nameplate marking production line according to claim 5, is characterized in that: variable weights (302) is greater than one piece of nameplate (8) weight, is less than two pieces of nameplate (8) weight.
8. a kind of nameplate marking production line according to claim 1, is characterized in that: described rotating driving device (102) is oscillating cylinder or motor.
9. a kind of nameplate marking production line according to claim 1, is characterized in that: described crash roll (404) is rubber blanket or silicagel pad.
CN201520109415.2U 2015-02-15 2015-02-15 A kind of nameplate marking production line Withdrawn - After Issue CN204431988U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201520109415.2U CN204431988U (en) 2015-02-15 2015-02-15 A kind of nameplate marking production line

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Application Number Priority Date Filing Date Title
CN201520109415.2U CN204431988U (en) 2015-02-15 2015-02-15 A kind of nameplate marking production line

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CN201520109415.2U Withdrawn - After Issue CN204431988U (en) 2015-02-15 2015-02-15 A kind of nameplate marking production line

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104691112A (en) * 2015-02-15 2015-06-10 王铁苗 Nameplate marking line and use method thereof
CN106493472A (en) * 2016-11-25 2017-03-15 广东天机工业智能系统有限公司 Laser engraving machine
CN110040524A (en) * 2019-04-16 2019-07-23 四川健恒科技有限公司 Image procossing parallel robot picks the system and method for alloy blade

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104691112A (en) * 2015-02-15 2015-06-10 王铁苗 Nameplate marking line and use method thereof
CN106493472A (en) * 2016-11-25 2017-03-15 广东天机工业智能系统有限公司 Laser engraving machine
CN110040524A (en) * 2019-04-16 2019-07-23 四川健恒科技有限公司 Image procossing parallel robot picks the system and method for alloy blade

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Granted publication date: 20150701

Effective date of abandoning: 20160504