CN208513875U - A kind of laser processing production line - Google Patents

Abstract

The utility model discloses a kind of laser processing production line, including rack, feed mechanisms, cutting agency；Tubing to be processed is placed on feeding device region, tubing is transported on support frame by charging region conveyer belt, and support frame makes that inclination will not be generated in tubing transport, is slid, make tubing is stable to be transported on feeding conveyer belt, feeding conveyer belt carries tubing and is transported to feeding region, is processed by laser processing device to tubing, after processing is completed, tubing is transported to region, whole-course automation has saved largely manually, speed of production greatly improved；Since the utility model tubing expect in material collecting tank that tubing, which is stablized, to be transported being placed into feeding conveyer belt under, and automation processing is not necessarily to workers carry, can save a large amount of human resources, production efficiency greatly improved.

Description

A kind of laser processing production line

Technical field

The utility model belongs to laser processing production equipment technology, is related to a kind of production line, in particular to a kind of to swash Light machining production line.

Background technique

Laser processing typically refers to carry out various processing to material with laser beam, at punching, cutting, scribing, welding, heat Reason etc., since it has many advantages, such as that process velocity is fast, surface deformation is small, is widely used in the processing of tubing.Existing In processing technology, usually tubing is installed on laser processing device by worker, is taken from processing unit (plant) again after the processing is completed Under.But this kind of processing technology needs a large amount of manpower, easily tilts in tubing motion process, easily slides, the degree of automation is low, raw It is slow to produce speed.

Utility model content

The purpose of this utility model is provided a kind of tubing transmission and is not easy for the above-mentioned problems in the prior art It slides, the fast laser processing production line of high degree of automation, speed of production.

The purpose of this utility model can be realized by the following technical scheme: a kind of laser processing production line, including rack, Feed mechanism, cutting agency；The central rack is equipped with laser processing device, and the rack is lasered device and is separated into Expect region and blanking region；The feed mechanism includes two feeding conveyer belts and feeding device；Two feeding conveyer belts Between be connected with transfer plate, set on the transfer plate there are two support frame.Tubing to be processed is placed on feeding device region, Tubing is transported on support frame by charging region conveyer belt, and support frame makes that inclination will not be generated in tubing transport, is slid, is made pipe Material is stable to be transported on feeding conveyer belt, and feeding conveyer belt carries tubing and is transported to feeding region, passes through laser processing device Tubing is processed, after processing is completed, tubing is transported to region, and whole-course automation has been saved largely manually, greatly improved Speed of production.

Further, bracket is respectively equipped at the top of described two support frames, bracket wall bottom is equipped with aperture, described to open Rolling member is connected on hole.The bracket at top stablizes tubing in transit, and tubing can quickly be transported to transmission by rolling member It takes.

Further, support frame as described above is cylinder-driven, which can be flexible along bracket height direction；Support frame is downward Retraction, so that tubing is quickly transported by conveyer belt.

Further, the feeding device includes setting hopper and charging conveyer belt；The hopper of setting is equipped with transporting wheel；Fortune Send wheel rotate so that tubing be transported to charging conveyer belt on, reduce manual operation, improve the degree of automation.

Preferably, the charging conveyer belt is set to the side of feeding conveyer belt；The tubing made is more convenient, smoothly transports It send to conveyer belt.

Further, two auxiliary support rollers, the auxiliary support roller are set in parallel between two support frames on the driver plate；Support roller Play the role of auxiliary, so that it is more stable during the transmission of tubing, prevent tubing from falling and influencing processing progress.

Further, the feeding conveyer belt is equipped with pipe bracket, and the top of the pipe bracket is equipped with trustship slot, should The angle of trustship slot slot bottom is in 90 degree；Tubing is divided into circular pipe and square tube material, is set as 90 degree and enables square tube material completely embedding Start going to a nursery in tube seat, so that position is fixed, and circular pipe can also be contradicted with the peripheral wall of trustship slot and is fixed；Tubing is put down Steady transport.

Further, feeding conveying device is equipped between the feed mechanism and rack；The feeding conveying device includes Feeding sliding rail and feeding support frame, length direction of the feeding sliding rail perpendicular to rack.Tubing is transported to feeding area along sliding rail Domain, it is easy to operate.

Further, the feeding support frame is set on feeding sliding rail, which can do back and forth along feeding sliding rail Movement；Feeding support frame can be flexible along the short transverse of rack.Support frame stretches out upwards and holds up tubing, along sliding rail transporting tube Material ensure that the stabilization of tubing.

The utility model has the advantage that since tubing expected in material collecting tank under being placed into feeding conveyer belt, Tubing, which is stablized, to be transported, and automation processing is not necessarily to workers carry, can save a large amount of human resources, and production effect greatly improved Rate.

Detailed description of the invention

Fig. 1 is the overlooking structure diagram of the utility model.

Fig. 2 is the enlarged drawing at the place the utility model Fig. 1-A.

Fig. 3 is the structural schematic diagram of feed mechanism in the utility model.

Fig. 4 is the structural schematic diagram of cutting agency in the utility model.

Specific embodiment

In order to make those skilled in the art better understand the utility model, below in conjunction with the utility model reality The attached drawing in example is applied, the technical solutions in the embodiments of the present invention are clearly and completely described, it is clear that described Embodiment is only a part of the embodiment of the utility model, instead of all the embodiments.Based on the reality in the utility model Example is applied, every other embodiment obtained by those of ordinary skill in the art without making creative efforts is all answered When the range for belonging to the utility model protection.

Referring to Fig.1 shown in -4, a kind of laser processing production line, including rack 1, feed mechanism 2, cutting agency 3, rack 1 Middle part be provided with laser processing device 4, laser processing device 4 offers the through-hole passed through for tubing along 1 length direction of rack 5, rack 1 is lasered device 4 and is separated into feeding region 6 and blanking region 7, and the feed mechanism 2 includes that two feedings pass Send band 8, feeding device 25；Two support frames 31 are respectively equipped on the inside of feeding conveyer belt 8, feeding device 25 includes being mutually butted Set hopper 26 and charging conveyer belt 27；Feeding conveying device 9 is provided between feed mechanism and rack 1, feeding conveying device 9 is used In the tubing on feeding conveyer belt 8 is transported to feeding region 6, charging positioning device 10, discharging area are provided on feeding region 6 Blanking positioning device 11 is provided on domain 7, charging positioning device 10 and blanking positioning device 11 can be moved along 1 length direction of rack Dynamic, cutting agency 3 includes blanking conveyer belt 12 and material collecting tank 13, is provided with blanking conveyer between cutting agency 3 and rack 1 14, blanking conveyer 14 is used to the tubing on blanking region 7 being transported to blanking conveyer belt 12；

Feeding conveyer belt 8 is equipped with pipe bracket 23；The top of pipe bracket 23 offers trustship slot 24,24 slot of trustship slot The angle at bottom is in 90 degree.Transfer plate 34 is connected between two feeding conveyer belts 8, set on the transfer plate 34 there are two branch Support 31, bracket 32 is respectively equipped at the top of described two support frames 31, and the 32 wall bottom of bracket is equipped with aperture 35, the aperture Rolling member 33 is connected on 35, cylinder is connected with below support frame 31, is driven by cylinder axis, realizes that support frame 31 is high along rack 1 It is flexible to spend direction；Two auxiliary support rollers 29 are equipped in the middle part of two support frames 31, support frame 31 is arranged in parallel with auxiliary tug 29；Charging Device 25 includes setting hopper 26 and charging conveyer belt 27, sets in hopper 26 as long as tubing is placed in, sets and set on hopper 26 There is transporting wheel 28, tubing is transported on charging conveyer belt 27 by transporting wheel 28, and charging conveyer belt 27 is set to feeding conveyer belt 8 Side, charging conveyer belt 27 run, tubing are transmitted on the pipe bracket 23 of first feeding conveyer belt 8, tubing is completely embedding Start going to a nursery in tube seat 24, so that position is fixed, tubing travels through first support frame 31 with conveyer belt 27, and bracket 32 holds tubing It prevents from tilting, fall, tubing quickly slips over rolling member 33, passes through second support frame 31 by auxiliary support roller, can be according to biography Band movement velocity is sent, Telescopic-cylinder interval time is set, when tubing is run to the pipe bracket 23 of Article 2 conveyer belt 8, Contracting is dynamic downwards for two support frames 31, runs up tubing with feeding conveyer belt 8, makes tubing is stable to be transported on conveyer belt； Manual operation is largely reduced, the degree of automation is further improved.

Laser processing device 4 includes chuck 15 and multiple claws 16, and through-hole 5 is located at the middle part of chuck 15, and claw 16 is circumferential It is fixedly arranged on 15 inner wall of chuck, multiple claws 16 can be rotated with chuck 15 around axle center, and multiple claws 16 can be towards 15 axle center of chuck Direction is flexible, and the top of claw 16 is provided with rolling member 17.When tubing passes through through-hole 5, claw 16 is moved to 15 axis direction of chuck On the periphery wall for moving and being connected to tubing, so that tubing fastens, due to being provided with rolling member 17 at the top of claw 16, enable tubing It moves along its length, tubing can also rotate in a circumferential direction with chuck 15, so that tubing can satisfy the processing of all angles.Due to Tubing has different calibers, and flexible claw 16 can also be suitable for different tubing, applied widely.

The quantity of claw 16 is 4.Since tubing is divided into circular pipe and square tube material, when 16 quantity of claw is 4,4 Claw 16, which can be contacted at respectively on the peripheral wall in 4 directions of square tube material, enables square tube material to be completely fixed, and 4 claws 16 Also can contact in the circumferential wall of round tube enables circular pipe to be completely fixed, and the setting is so that the utility model is not necessarily to adjust It can be suitable for circular pipe and square tube material simultaneously, it is applied widely, easy to use；Location counter 18 is provided on claw 16, Location counter 18 is used to detect the distance of the stretching of claw 16.The setting can calculate the flexible distance of claw 16, can calculate The caliber of tubing out, laser processing device 4 can directly position tubing by 16 position of claw, and be processed, so that Machining accuracy is high.

The bottom of feeding conveying device 9 is provided with feeding sliding rail 19, feeding sliding rail 19 perpendicular to rack 1 length direction, Feeding conveying device 9 can move reciprocatingly along feeding sliding rail 19, and feeding conveying device 9 further includes feeding support frame 20, feeding branch Support 20 can be flexible along the short transverse of rack 1.Feeding conveying device 9 is moved to the lower part of feeding conveyer belt 8, feeding support frame 20 stretch out and hold up tubing upwards, and feeding conveying device 9 slides into feeding region 6 along sliding rail, feeding support frame 20 it is flexible so that The axle center of tubing and the axle center of through-hole 5 are in same straight line, when charging positioning device 10 is mobile to 4 direction of laser processing device at this time Tubing can be pushed into through-hole 5, easy to operate, precision is high.

The bottom of blanking conveyer 14 is provided with blanking sliding rail 21, blanking sliding rail 21 perpendicular to rack 1 length direction, Blanking conveyer 14 can move reciprocatingly along blanking sliding rail 21, and blanking conveyer 14 further includes blanking support frame 22, blanking Support frame 22 can be flexible along the short transverse of rack 1.After processing is completed, blanking conveyer 14 is moved to blanking region 7, blanking Support frame 22 stretches out and holds up tubing upwards, and blanking conveyer 14 slides to blanking conveyer belt 12 along sliding rail again, and blanking is passed Band 12 is sent to be placed on blanking conveyer belt 12.

30 are densely provided with a plurality of air holes on the peripheral wall of material collecting tank 13, stomata 30 is connect with air pump, air pump be used for 30 output gas flow of stomata.Due to there is air-flow outflow in stomata 30, tubing can be reduced during mobile in material collecting tank 13 with The friction of 13 peripheral wall of material collecting tank, so that tubing movement is more smooth.

The specific working principle is as follows: tubing to be processed being placed in and is set in hopper, charging conveyer belt transports tubing to the On one feeding conveyer belt, tubing passes through support frame, and support frame stablizes tubing, and tubing is transported to Article 2 feeding conveyer belt On, tubing is transported on feed mechanism by the rotation of feeding conveyer belt, and the feeding conveying device carries tubing and runs to feeding Region is simultaneously aligned tubing with the upper through-hole of laser processing device, and charging positioning device is mobile and tubing is pushed to penetrate in through-hole, Feeding conveying device reset, blanking positioning device movement and the both ends for being individually fixed in tubing with charging positioning device make tubing Fixed, tubing is processed in laser processing device, and after the processing is completed, tubing is completely pushed to blanking region, blanking Tubing is transported on blanking conveyer belt by transmission device, and tubing is transported in material collecting tank by blanking conveyer belt.

Claims (7)

1. a kind of laser processing production line, including rack (1), feed mechanism (2), cutting agency (3), it is characterised in that: described Laser processing device (4) are equipped in the middle part of rack (1), the rack (1) is lasered device (4) and is separated into feeding region (6) With blanking region (7)；The feed mechanism (2) includes two feeding conveyer belts (8) and feeding device (25)；Two feedings It is connected with transfer plate (34), sets on the transfer plate (34) there are two support frame (31) between conveyer belt (8).

2. laser processing production line according to claim 1, it is characterised in that: at the top of described two support frames (31) respectively Equipped with bracket (32), bracket (32) the wall bottom is equipped with aperture (35), connects rolling member (33) on the aperture (35).

3. laser processing production line according to claim 1, it is characterised in that: support frame as described above (31) is cylinder-driven, The support frame (31) can be flexible along rack (1) short transverse.

4. laser processing production line according to claim 1, it is characterised in that: the feeding device (25) includes setting hopper (26) and conveyer belt (27) are charged；Described set hopper (26) are equipped with transporting wheel (28).

5. laser processing production line according to claim 4, it is characterised in that: the charging conveyer belt (27) is set to feeding The side of conveyer belt (8).

6. laser processing production line according to claim 1, it is characterised in that: the upper two auxiliary support of transfer plate (34) It takes turns (29), which is set between two support frames (31) in parallel.

7. laser processing production line according to claim 1, it is characterised in that: the feeding conveyer belt (8) is equipped with pipe The top of material bracket (23), the pipe bracket (23) is equipped with trustship slot (24), and the angle of trustship slot (24) slot bottom is in 90 degree.