CN204700445U - The modified node method of the workbench of optical-fiber laser cutting machine - Google Patents

Abstract

The utility model discloses a kind of modified node method of workbench of optical-fiber laser cutting machine; Comprise work table, work table comprises level table and work piece cut district, and the both sides in work piece cut district are respectively equipped with stationary base mount; Polylith workpiece supporting plate is fixed with side by side between two stationary base mounts; Two stationary base mounts are respectively arranged with multiple relative lowering or hoisting gear A and multiple relative lowering or hoisting gear B; Often organize between two relative lowering or hoisting gear A and be fixed with a litter respectively, each lowering or hoisting gear B is respectively equipped with one in order to the fixture at clamping work pieces edge; The outside of two stationary base mounts is respectively equipped with a line slideway; Level table is evenly provided with multiple spin around work piece cut district; Effect: the utility model has additional the fixture in order to holding workpiece supplied materials, workpiece supplied materials stationarity is good, can not offset, make work piece cut precision high, and have additional spin and litter because of the utility model, make loading and unloading time saving and energy saving, and then the utility model is practical.

Description

Improved structure of the working platform of fiber laser cutting machine

technical field

The utility model relates to the technical field of workpiece cutting equipment, in particular to an improved structure of a working platform of an optical fiber laser cutting machine.

Background technique

The working platform of the optical fiber laser cutting machine in the prior art generally includes a work table and a workpiece cutting area arranged in the middle of the work table. The corresponding workpiece cutting area generally only includes a workpiece support plate for fixing the incoming workpiece, and the corresponding workpiece The support plate is fixed to the corresponding working platform. Although the working platform of the optical fiber laser cutting machine with this structure has been widely used, its practicability is not high, and it still has certain defects and deficiencies.

Specifically, on the one hand, the corresponding workpiece support plate is not detachable, so that it cannot be replaced, and cannot be customized and assembled according to the corresponding workpiece structure; at the same time, the corresponding workpiece cutting area is not used to fix and clamp the corresponding workpiece The clamping and fixing device of the incoming material makes it possible to shift the incoming workpiece due to mechanical vibration during the process of cutting the incoming workpiece, which in turn makes the cutting offset and affects the cutting accuracy. Further, the corresponding work There is generally no workpiece transition device on the table to transition the incoming workpiece to the corresponding workpiece support plate during loading, so that the incoming workpiece is easily scratched by the workpiece support plate during the transfer process, resulting in a lower production rate. higher.

Therefore, in view of the current situation, it is very necessary to improve the working platform of the existing fiber laser cutting machine to enhance its practicability.

Utility model content

The purpose of this utility model is to provide an improved structure of a working platform of a fiber laser cutting machine to overcome the above-mentioned deficiencies in the prior art.

The technical scheme adopted by the utility model to solve the problems of the prior art is: an improved structure of a working platform of an optical fiber laser cutting machine, including a working machine platform, and the improvement lies in that the working machine platform includes a horizontal platform surface and The workpiece cutting area in the middle, the two sides of the workpiece cutting area are respectively provided with a fixed base frame along its length direction;

Wherein, a plurality of workpiece support plates with a sawtooth structure for supporting workpieces are detachably fixed side by side between the inner sides of the two fixed base frames;

A plurality of relative lifting devices A and a plurality of relative lifting devices B are evenly arranged on the two fixed base frames along their length directions; two relative lifting devices A and two relative lifting devices B are sequentially arranged at intervals, and each A rotatable slide rod is respectively fixed between two sets of relative lifting devices A to hold up the incoming workpiece and transport the incoming workpiece to the workpiece support plate, and each lifting device B is respectively provided with a clamping rod Fasteners for fastening the edge of the workpiece;

The outer sides of the two fixed base frames are respectively provided with a linear guide rail for controlling the linear sliding of the beam assembly fixed with the laser cutting head along its length direction;

A plurality of rolling balls for transporting workpieces are evenly arranged on the horizontal platform around the workpiece cutting area, and the heights of the plurality of rolling balls are respectively consistent with the highest heights of the plurality of sliding rods after they are raised.

The above technical scheme is further elaborated below:

Preferably, the rear end of the horizontal platform is formed as a sliding table for collecting the cut finished workpieces and outputting the corresponding finished workpieces, the height of the sliding table is lower than the height of the workpiece support plate.

Preferably, a draft dust collector is provided inside the sliding table, and the input end of the draft dust collector is connected with a suction pipe, and the suction port of the suction pipe is located below the workpiece support plate.

Preferably, a drawable waste material collection box is provided at the bottom of the working machine along its length direction, and the suction duct is located in the waste material collection box.

Preferably, a plurality of pullable drawers for storing tools are correspondingly provided on both side surfaces of the working machine table, and a handle is provided outside each of the drawers.

Preferably, a plurality of fixing blocks are respectively provided on both sides of the bottom of the working machine platform, and each of the fixing blocks is respectively provided with a fixing hole.

Preferably, both the rolling ball and the sliding rod are made of plastic.

Preferably, the workpiece cutting area has a width of 1220mm and a length of 2520mm.

Preferably, the working machine table has a length of 5360mm, a width of 2600mm, and a height of 1780mm.

The beneficial effects of the utility model are:

One, the improved structure of the working platform of a fiber laser cutting machine provided by the utility model, on the corresponding fixed base frame, a fixing piece for clamping and fixing the incoming material of the workpiece is added, and then, when the utility model is implemented , the workpiece incoming material has good fixity, so that it will not be shifted due to mechanical vibration, so that even during processing, the workpiece can be cut accurately and the cutting precision is high, and because the utility model also has an additional device for transitioning the workpiece incoming material Rollable balls and rotatable slide rods on the corresponding workpiece support plate, so that when feeding, the incoming workpiece can be easily pushed to the corresponding workpiece through the rolling of the ball and the rotation of the slide rod. The proper position of the workpiece cutting area, and, in the process of unloading, through the rotation of the slide rod and the rolling of the ball, the workpiece can also be easily unloaded to the slide table, so that The utility model has strong practicability and good use effect.

Its two, when the utility model is implemented in practice, a plurality of fixed blocks for fixing are respectively provided on both sides of the bottom of the working machine, and then, the utility model can be firmly fixed on the corresponding fixed blocks. The ground and other places make the utility model have good fixity and stability, and are not easily subjected to vibration, thereby reducing the shaking of the incoming workpiece due to vibration during the cutting process, and further improving the cutting accuracy of the incoming workpiece.

Description of drawings

Fig. 1 is the overall structure schematic diagram of the improved structure of the working platform of the utility model fiber laser cutting machine;

Figure 2 is an enlarged view of A in Figure 1;

The realization of the purpose of the utility model, functional characteristics and advantages will be further described in conjunction with the embodiments and with reference to the accompanying drawings.

Figure number:

Water deck 10;

Workpiece cutting area 20;

fixed base frame 30;

Work support plate 40;

Lifting device A50;

Lifting device B60;

slider 70;

Fastener 80;

Linear guide 90;

Rolling ball 100;

Slide table 110;

waste collection box 120;

drawer 130;

Fixed block 140.

Detailed ways

The technical solution of the utility model will be described in detail below in conjunction with the accompanying drawings and specific embodiments, so as to understand the essence of the utility model more clearly and intuitively.

Fig. 1 is the overall structure schematic diagram of the improved structure of the working platform of the utility model fiber laser cutting machine;

Figure 2 is an enlarged view of A in Figure 1;

As shown in Figure 1 and Figure 2;

The improved structure of the working platform of a fiber laser cutting machine provided by the utility model includes a working machine platform, and the working machine platform includes a horizontal platform surface 10 and a workpiece cutting area 20 arranged in the middle of the horizontal platform surface 10. Both sides of the workpiece cutting area 20 are respectively provided with a fixed base frame 30 along its length direction;

Wherein, a plurality of workpiece support plates 40 with a sawtooth structure for supporting workpieces are detachably fixed side by side between the inner sides of the two fixed base frames 30;

A plurality of relative elevating devices A50 and a plurality of relative elevating devices B60 are evenly arranged on the two fixed base frames 30 along their length directions; A rotatable sliding rod 70 for holding up the workpiece incoming material and transporting the workpiece incoming material to the workpiece support plate 40 is respectively fixed between each group of two relative lifting devices A50, and each of the lifting devices B60 is respectively provided with a A fixture 80 for clamping and fixing the edge of the workpiece;

The outer sides of the two fixed base frames 30 are respectively provided with a linear guide rail 90 for controlling the linear sliding of the beam assembly fixed with the laser cutting head along its length direction;

A plurality of rolling balls 100 are evenly arranged around the workpiece cutting area 20 on the horizontal platform 10 for conveying workpieces, and the heights of the plurality of rolling balls 100 are respectively the same as the highest heights of the plurality of sliding rods 70 after they rise. unanimous.

Here, it should be noted that, during specific implementation, the inner sides of the two fixed base frames 30 of the present utility model are respectively uniformly provided with a plurality of relative slots along their length directions, and each group of two relative slots is respectively The workpiece support plate 40 with a sawtooth structure is detachably inserted vertically, and the side of the workpiece support plate 40 with the teeth faces upward, and the minimum height of the plurality of sliding rods 70 after falling is lower than The height of the workpiece support plate 40.

In this way, on the one hand, because the utility model is additionally provided with a fixing part 80 for clamping and fixing the incoming material of the workpiece on the corresponding fixed base frame 30, and then, when the utility model is implemented in practice, the fixedness of the incoming workpiece is good, so that its There will be no deviation due to mechanical vibration, so that even during processing, the workpiece is cut accurately and the cutting accuracy is high.

On the other hand, because the utility model is additionally provided with the rollable rolling ball 100 and the rotatable slide rod 70 for transitioning the incoming material of the workpiece to the corresponding workpiece support plate 40, so that when feeding, the incoming material of the workpiece can be quickly It is easily and sequentially pushed to the appropriate position of the corresponding workpiece cutting area 20 through the rolling of the rolling ball 100 and the rotation of the sliding rod 70, and then through the control of the lifting device A50, the corresponding sliding rod 70 is lowered below the specified position. The workpiece support plate 40 can be used to accurately place the incoming workpiece on the corresponding workpiece support plate 40. During the unloading process, through the control of the lifting device A50, the sliding rod 70 is first raised to make it The height of the sliding rod 70 is higher than the height of the workpiece support plate 40, and then through the rotation of the sliding rod 70 and the rolling of the rolling ball 100, the processed workpiece can also be easily unloaded, thereby, When the utility model is in use, it saves time and labor for loading and unloading.

At the same time, because the workpiece support plate 40 is detachable, it can be replaced, and when it is worn out, it is also convenient for timely enclosure and replacement.

Further, in the embodiment of the present utility model, the rear end of the horizontal platform 10 is formed as a sliding table 110 for collecting the finished workpieces after cutting and outputting the corresponding finished workpieces. The height of the sliding table 110 is low at the height of the workpiece support plate 40.

In this way, the utility model can unload the finished workpiece in many aspects by setting the sliding table 110, making the operation more convenient.

Still further, during specific implementation, the inside of the sliding table 110 of the present utility model is provided with a suction dust collector, and the input end of the suction dust collector is connected with a suction duct, and the suction port of the suction duct is located at Below the workpiece support plate 40 .

And the bottom of the working machine is provided with a drawable waste collection box 120 along its length direction, and the suction duct is located in the waste collection box 120 .

In this way, through the air suction of the exhaust dust collector, the utility model can effectively absorb the smoke, debris and dust generated when the workpiece is processed and cut, so that the pollution of the environment can be avoided, and, Through the collection of the waste material collection box 120 , it can also be used to recover the fallen workpiece waste material with a larger volume, so as to facilitate subsequent recycling.

Furthermore, in the embodiment of the present utility model, a plurality of pullable drawers 130 for storing tools are correspondingly provided on both sides of the working machine table, and each drawer 130 is provided with a handle.

In this way, through the corresponding drawers 130 , it is convenient to store maintenance tools, different types of laser cutting heads and other items, so that resources can be effectively used while not occupying additional space.

Moreover, in the embodiment of the present utility model, a plurality of fixing blocks 140 for fixing are provided on both sides of the bottom of the working machine table, and each fixing block 140 is respectively provided with a fixing hole.

In this way, through the fixing function of the corresponding fixing block 140, the utility model can be firmly fixed on the ground, etc., so that the utility model has good fixability and stability, and further, it can reduce the number of incoming workpieces in the cutting process. Shaking is generated due to the vibration, so that the cutting precision of the incoming workpiece is further effectively improved, so that the utility model has a better use effect.

Moreover, in the embodiment of the present utility model, the rolling ball 100 and the sliding rod 70 are made of plastic; the width of the workpiece cutting area 20 is 1220mm, and the length is 2520mm; the length of the working machine is 5360mm, and the width is 2600mm , the height is 1780mm.

In this way, because the overall structure of the utility model is relatively compact, the occupied space is small and the occupied area is small.

What needs to be added is that, during specific implementation, the fixing member 80 in the embodiment of the present invention can adopt holding parts such as fixing clips and elastic clips, and the edge of the incoming workpiece to be processed can be fixed by the corresponding holding parts. Clamping and fixing, and the utility model can also be provided with an open accommodating chamber at the four corners of the bottom of the working machine, and a liftable roller is respectively fixed in the corresponding accommodating chamber. When the roller is raised, the roller will be stored in the corresponding accommodating space, and the utility model can be fixed on the ground through the corresponding fixing plate. When the corresponding fixing plate is removed and the roller is lowered, The rollers will protrude out of the corresponding accommodating chamber, which can facilitate the transportation of the utility model. Other embodiments, etc., will not be illustrated here one by one.

To sum up, in the improved structure of the working platform of a fiber laser cutting machine provided by the utility model, a fixing member 80 for clamping and fixing the incoming material of the workpiece is added on the corresponding fixing base frame 30. Furthermore, the utility model When the new type is implemented, the incoming material of the workpiece is well fixed, so that it will not be shifted due to mechanical vibration, so that even during processing, the workpiece can be cut accurately and with high cutting precision.

Moreover, because the utility model is additionally equipped with a rollable ball 100 and a rotatable slide rod 70 for transitioning the incoming workpiece to the corresponding workpiece support plate 40, so that when loading, the incoming workpiece can be easily Through the rolling of the rolling ball 100 and the rotation of the sliding rod 70, it is pushed to the appropriate position of the corresponding workpiece cutting area 20, and, in the process of unloading, through the rotation of the sliding rod 70 and the rotation of the rolling ball 100 Rolling can also easily unload the workpiece to the sliding table 110, so that the utility model has strong practicability and good use effect.

Correspondingly, the utility model does not need to increase too much cost in the improvement of technology and structure, so that the utility model must have a good marketing value, and the utility model will be very popular and can be effectively obtained. universal.

The above descriptions are only preferred embodiments of the present utility model, and are not therefore limiting the patent scope of the present utility model. Any equivalent structure or equivalent process transformation made by using the specification of the utility model and the contents of the accompanying drawings may be directly or indirectly used in Other relevant technical fields are all included in the patent protection scope of the present utility model in the same way.

Claims (9)

1. the modified node method of the workbench of an optical-fiber laser cutting machine, comprise work table, it is characterized in that: described work table comprises level table and is arranged at the work piece cut district in the middle of level table, and the both sides in described work piece cut district are respectively equipped with a stationary base mount along its length;

Wherein, the detachable workpiece supporting plate in order to support workpiece being fixed with polylith laciniation side by side between the inner side of stationary base mount described in two;

Stationary base mount described in two is evenly provided with along its length respectively multiple relative lowering or hoisting gear A and multiple relative lowering or hoisting gear B; Two relative lowering or hoisting gear A and two relative lowering or hoisting gear B are arranged at interval successively, and often organize to be fixed with respectively between two relative lowering or hoisting gear A one in order to hold up workpiece supplied materials and conveying workpieces supplied materials to the rotating litter of described workpiece supporting plate, each described lowering or hoisting gear B is respectively equipped with one in order to the fixture at the workpiece edge that is fixedly clamped;

The outside of stationary base mount described in two is respectively equipped with one along its length in order to control to be fixed with the line slideway of the transverse beam assembly linear slide of laser cutting head;

Described level table is evenly provided with multiple spin in order to conveying workpieces around described work piece cut district, and the height of multiple described spin is consistent with the maximum height of multiple described litter after rising respectively.

2. the modified node method of the workbench of optical-fiber laser cutting machine according to claim 1, it is characterized in that: the rear end of described level table is formed as one in order to collect the finished workpart that cut and by the lubricating substance platform of associated workpiece finished product output, the height of described lubricating substance platform is lower than the height of described workpiece supporting plate.

3. the modified node method of the workbench of optical-fiber laser cutting machine according to claim 2, it is characterized in that: the inside of described lubricating substance platform is provided with a ventilation and dust removal device, the input of described ventilation and dust removal device is connected with an air-suction duct, and the inlet scoop of described air-suction duct is positioned at the below of described workpiece supporting plate.

4. the modified node method of the workbench of optical-fiber laser cutting machine according to claim 3, is characterized in that: the bottom of described work table is provided with one along its length can the garbage collection box of pull, and described air-suction duct is positioned at described garbage collection box.

5. the modified node method of the workbench of optical-fiber laser cutting machine according to claim 1, it is characterized in that: the both sides end face of described work table respectively corresponding be provided with multiple in order to storing tools can the drawer of pull, be respectively equipped with a handle outside each described drawer.

6. the modified node method of the workbench of optical-fiber laser cutting machine according to claim 1, is characterized in that: the two bottom sides of described work table is respectively arranged with multiple in order to fixing fixed block, and each described fixed block offers fixing hole respectively.

7. the modified node method of the workbench of optical-fiber laser cutting machine according to claim 1, is characterized in that: described spin and litter are plastic cement material.

8. the modified node method of the workbench of optical-fiber laser cutting machine according to claim 1, is characterized in that: the width in described work piece cut district is 1220mm, and length is 2520mm.

9. the modified node method of the workbench of optical-fiber laser cutting machine according to claim 1, is characterized in that: the length of described work table is 5360mm, and width is 2600mm, is highly 1780mm.