CN206327066U - Full-automatic plate engraving machine - Google Patents

Abstract

The utility model discloses a kind of full-automatic plate engraving machine, open-topped adsorbent chamber is provided with the machining area of frame top, the either flush of the leg of adsorbent chamber surrounding, the top surface of leg is equipped with the backing plate fitted with top surface and cover the opening at the top of adsorbent chamber, dividing plate is provided with adsorbent chamber, the top surface of dividing plate and the either flush of leg, and adsorbent chamber is separated into multiple separate adsorption zones, the region of each adsorption zone of backing plate correspondence offers the top surface through backing plate and the air admission hole of bottom surface respectively, area's wall of each adsorption zone opens up suction hole, each suction hole is connected by switch valve and pipeline with vacuum generator respectively, when vacuum generator starts, pair it can be evacuated with the corresponding adsorption zone of switch valve in opening, so that the adsorption zone being evacuated produces negative pressure, so as to which the sheet material being positioned on the adsorption zone that backing plate correspondence is evacuated is adsorbed into clamping.Clamping of the present utility model is with strong applicability, and can save the energy.

Description

Full-automatic plate engraving machine

Technical field

The utility model is related to Digit Control Machine Tool (CNC) technical field, more particularly to a kind of full-automatic plate engraving machine.

Background technology

For improve production efficiency, prior art part furniture or handicraft are carved by Digit Control Machine Tool and/or Plate is opened, to substitute the hand engraving of poor efficiency and/or open plate.Wherein, full-automatic plate engraving machine is mainly used in sheet material (such as wood Plate or plastic plate etc.) carved and opened plate (can be as needed, small plate sheet material cut into needed for polylith).

When being worked due to full-automatic plate engraving machine, all or part of region of sheet material top surface can be carved, and Sheet material is cut, therefore, full-automatic plate engraving machine typically uses vacuum absorption device at the bottom surface of sheet material by sheet material Clamping is adsorbed, so that sheet material during preventing from carving and cutting occurs mobile and influences to cut and carve quality.But it is existing it is complete from The dynamic vacuum absorption device only one of which adsorbent chamber for driving plate engraving machine, therefore, it is adapted to the absorption of the sheet material of specific dimensions Clamping works, and applicability is poor.

Utility model content

Main purpose of the present utility model is to propose a kind of full-automatic plate engraving machine, it is intended to improve the applicability of clamping.

To achieve the above object, the utility model proposes a kind of full-automatic plate engraving machine, including frame, located at the machine The first travel mechanism on frame, loaded on can realize in first travel mechanism and under the drive of first travel mechanism horizontal stroke To the cutter spindle of, longitudinal and vertical movement, and loaded on the cutter on the cutter spindle, the processing district of the frame top Domain is provided with open-topped adsorbent chamber, and the either flush of the leg of the adsorbent chamber surrounding, the top surface of the leg is equipped with and institute State in top surface laminating and the backing plate for covering the opening at the top of the adsorbent chamber, the adsorbent chamber and be provided with dividing plate, the dividing plate Top surface and the leg either flush, and the adsorbent chamber is separated into multiple separate adsorption zones, the backing plate The region of each adsorption zone of correspondence offers the top surface through the backing plate and the air admission hole of bottom surface respectively, each suction Area's wall in attached area opens up suction hole, and each suction hole is connected by switch valve and pipeline with vacuum generator respectively, described When vacuum generator starts, pair it can be evacuated with being in the corresponding adsorption zone of the switch valve of opening, so that The adsorption zone being evacuated produces negative pressure, so that the sheet material being positioned on the adsorption zone that the backing plate correspondence is evacuated be adsorbed Clamping.

Technical solutions of the utility model set dividing plate adsorbent chamber is separated into multiple separate suctions in adsorbent chamber Attached area, and each adsorbent chamber air entry respectively by switch valve and pipeline by adsorption zone and vacuum generator (or vacuum Pump) interlink, after sheet material is positioned on backing plate and positioned, open the switch valve of respective numbers.When vacuum generator starts, i.e., Pair it can be evacuated with the corresponding adsorption zone of switch valve in opening, the absorption that will be correspondingly evacuated positioned at backing plate Sheet material absorption above area, so, so that it may according to the size of sheet material, the adsorption zone of respective numbers is carried out by vacuum generator Pumping, clamping is adsorbed by sheet material, therefore, compared with prior art is only capable of adsorbing the mode that clamping area is more than adsorbent chamber, this Utility model in addition to the sheet material that adsorbable clamping area is more than adsorbent chamber, can also to area between adsorption zone and adsorbent chamber it Between sheet material carry out absorption clamping, it is clear that the utility model full-automatic plate engraving function the sheet material of more dimensions is entered Row absorption clamping, it is with strong applicability, and when adsorbing the sheet material of clamping reduced size, only the adsorption zone of respective numbers is taken out very Sky, can reduce the power of vacuum generator, and save the energy.

Brief description of the drawings

Fig. 1 is that a kind of embodiment of the utility model full-automatic plate engraving machine removes the schematic perspective view after backing plate；

Fig. 2 is the enlarged detail of Fig. 1 part A；

Fig. 3 is a kind of working state schematic representation of embodiment of the utility model full-automatic plate engraving machine；

Fig. 4 is the schematic perspective view of the utility model full-automatic plate engraving machine another embodiment；

Fig. 5 is the schematic perspective view of the fork truck of the utility model full-automatic plate engraving machine

Fig. 6 is the schematic perspective view of the feed device of the utility model full-automatic plate engraving machine.

Embodiment

Below in conjunction with accompanying drawing, the technical scheme in the utility model embodiment is clearly and completely described, shown So, described embodiment is only a part of embodiment of the present utility model, rather than whole embodiments.Based on this practicality Embodiment in new, the every other reality that those of ordinary skill in the art are obtained under the premise of creative work is not made Example is applied, the scope of the utility model protection is belonged to.

If it is to be appreciated that related in the utility model embodiment directionality indicate (such as up, down, left, right, before and after, Top, bottom, inside and outside, vertical, transverse direction, longitudinal direction, counterclockwise, clockwise, circumferentially, radially, axially ...), then directionality is indicated only For explaining relative position relation, motion conditions under a certain particular pose (as shown in drawings) between each part etc., if When the particular pose changes, then directionality indicates also correspondingly therewith to change.

If in addition, relate to the description of " first " or " second " etc. in the utility model embodiment, should " first " or The description of person " second " etc. is only used for describing purpose, and it is not intended that indicating or implying its relative importance or implicit indicate The quantity of indicated technical characteristic.Thus, define " first ", the feature of " second " can express or implicitly include to Few this feature.In addition, the technical scheme between each embodiment can be combined with each other, but must be common with this area Technical staff can be implemented as basis, when the combination appearance of technical scheme is conflicting or can not realize it will be understood that this skill The combination of art scheme is not present, also not within the protection domain of the utility model requirement.

The utility model proposes a kind of full-automatic plate engraving machine.

In the utility model embodiment, the full-automatic plate engraving machine, including frame 1, first in the frame 1 Travel mechanism, loaded in first travel mechanism and can be realized under the drive of first travel mechanism laterally, longitudinal direction and The cutter spindle 2 of vertical movement, and loaded on the cutter 21 on the cutter spindle 2, the cutter 21 is with the described first movement When mechanism is moved to the relevant position of machining area, the sheet material for being clamped in the region can be carved and cut, due to described Cutter spindle 2 and the cutter 21 are prior art, and are well known to those skilled in the art, no longer specific to its here Structure and operation principle are repeated.The machining area at the top of frame 1 is provided with open-topped adsorbent chamber 3, described to inhale The either flush of the leg 32 of the attached surrounding of chamber 3, the top surface of the leg is fitted simultaneously equipped with (as can be detachably determined) with the top surface Dividing plate 33, the top of the dividing plate 33 are provided with the backing plate 110 that opening at the top of the adsorbent chamber is covered, the adsorbent chamber 3 The either flush (top surface of i.e. described leg 32 is same to fit with the backing plate 110) of face and the leg 32, and inhaled described Attached chamber 3 is separated into multiple separate adsorption zones 31, and the region of each adsorption zone of the correspondence of backing plate 110 is opened up respectively There are multiple top surfaces through the backing plate 110 and the air admission hole (not shown) of bottom surface, area's wall of each adsorption zone 31 is (for example The side wall or bottom wall of adsorption zone 31) suction hole (not shown) is opened up, each suction hole (is not schemed by switch valve respectively Show) and pipeline (not shown) and vacuum generator (or vavuum pump, not shown) connection, can when the vacuum generator starts Pair it is evacuated with the corresponding adsorption zone 31 of the switch valve in opening, with the interior generation of the adsorption zone 31 Negative pressure.After sheet material 100 is positioned on backing plate 110 and positioned, the switch valve of respective numbers is opened.Start in vacuum generator When, you can a pair adsorption zone 31 corresponding with the switch valve in opening is evacuated, and will be located at the correspondence of backing plate 110 and be taken out The sheet material 100 of the adsorption zone 31 of gas is adsorbed, so, so that it may according to the size of sheet material 100, by vacuum generator to respective counts The adsorption zone 31 of amount is evacuated, and sheet material 100 is adsorbed into clamping, therefore, and being only capable of absorption clamping area with prior art is more than The mode of adsorbent chamber 3 is compared, and the utility model, can also be right in addition to the sheet material 100 that adsorbable clamping area is more than adsorbent chamber 3 Sheet material 100 of the area between adsorption zone 31 and adsorbent chamber 3 carries out absorption clamping, it is clear that the utility model full-automatic plate Carve function and absorption clamping is carried out to the sheet material 100 of more dimensions, it is with strong applicability, and in absorption clamping reduced size During sheet material, only the adsorption zone 31 of respective numbers is vacuumized, the power of vacuum generator can be reduced, and saves the energy.

It is to be appreciated that as shown in Figures 1 to 3, first travel mechanism is generally comprised loaded in the frame 1 and can edge The transverse shifting seat 11 of the transverse shifting of frame 1, loaded on transverse shifting seat 11 and can be along the transverse shifting 11 What is vertically moved vertically moves seat 12 and vertically moves on seat 12 loaded on described and can vertically move the vertical shifting of seat 12 along described Dynamic vertical Mobile base 13, the cutter spindle 2 is loaded on (being such as removably mounted to) described vertical Mobile base 13, the transverse direction Mobile base 11 by located at the frame 1 or the transverse shifting seat 11 on first driving means (such as motor or cylinder, not Diagram) drive and realize transverse shifting, the seat 12 that vertically moves located at transverse shifting seat 11 or the longitudinal direction by moving The second drive device (such as cylinder or motor, not shown) on dynamic seat 12, which drives and realized, to be vertically moved, the vertical shifting Dynamic seat 13 can be by located at the 3rd drive device (such as cylinder, oil cylinder vertically moved on seat 12 or the vertical Mobile base 13 Or motor, it is not shown) driving and vertically move that seat 12 is vertical to be moved along described.When the transverse shifting 11 transverse shiftings of seat When, the cutter spindle 2 and cutter 21 together transverse shifting can be driven, when it is described vertically move seat 12 and vertically move when, can band Move the cutter spindle 2 and the cutter 21 together to vertically move, when the vertical Mobile base 13 is vertical mobile, institute can be driven State the together vertical movement of cutter spindle 2 and the cutter 21.It should be noted that the transverse shifting seat 11, the longitudinal direction are moved Dynamic seat 12 and the vertical Mobile base 13 can be slidably mounted at the frame 1, institute by the cooperation of sliding block and guide rail respectively State transverse shifting seat 11 and it is described vertically move on seat 12, because the mounting means and type of drive are prior art simultaneously Be well known to those skilled in the art, for example, can be coordinated using the transmission of gear and tooth bar, or leading screw and screw transmission The type of drive of cooperation, is not repeated its specific mounting means and type of drive here.

In the utility model embodiment, as shown in Figure 1 and Figure 2, the quantity of the adsorption zone 31 can be according to processing needs Setting, it can be for two, three, four or more, are as described in Figure the situation of four adsorption zones 31, it is by longitudinal direction and horizontal stroke It is separated to two dividing plates 33 of setting.

Further, as shown in Figure 1 and Figure 2, the longitudinal bracing platform 34 of cross direction profiles is provided with each adsorption zone 31, The top surface of the longitudinal bracing platform 34 is used for provided with projection 34, the either flush of raised 34 top surface and the leg 32 Support loaded on the backing plate 110 on leg 32, with prevent the backing plate 110 during carving and cutting it is downward because of compression Deformation, and influence to carve and cut quality.The backing plate 110 is tabular, and the air admission hole is channel-shaped and/or poroid, and vertical Horizontal to be staggered, this mode can improve adsorption effect.

In the utility model embodiment, as shown in Figure 1 to Figure 3, the right side that the frame 1 is located at the leg 32 is provided with First cylinder 4, the quantity of first cylinder 4 can be multiple, preferably three, multiple cross direction profiles of first cylinder 4, institute The right keeper 41 that the piston rod connection of the first cylinder 4 is laterally set is stated, the piston rod of first cylinder 4 can drive the right side Keeper 41 upwards to the sheet material 100 carry out longitudinal register position (top of i.e. described right keeper 41 higher than described in The bottom surface of sheet material 100, but bottom is less than the position of the top surface of the sheet material 100) and be downwardly away to the longitudinal direction of sheet material 100 calmly Moved between the position (position of the top of i.e. described right keeper 41 less than the bottom surface of the sheet material 100) of position.The frame 1 Position positioned at the left of leg 32 is provided with the second cylinder 5, and the piston rod of second cylinder 5, which is connected with, pushes away sheet material 100 To the left push piece 51 offseted with right keeper 41.The position that the frame 1 is located at the front of leg 32 is provided with the 3rd cylinder (not Diagram), the 3rd cylinder can be one or more, along the genesis analysis of frame 1, the 3rd cylinder when being multiple Piston rod be connected with prelocalization part 6, the piston rod of the 3rd cylinder can drive the prelocalization part 6 upwards to the plate (top of i.e. described prelocalization part is higher than the bottom surface of the sheet material 100, but bottom is less than for the position of the progress located lateral of material 100 The position of the top surface of the sheet material 100) and it is downwardly away from position (the i.e. described prelocalization part 6 to the located lateral of sheet material 100 Top less than the sheet material 100 bottom surface position) between move.The frame 1 is located at the position at the rear of leg 32 Provided with the 4th cylinder 7, the piston rod of the 4th cylinder 71 is connected with is pushed into the pusher that is offseted with prelocalization part 6 by sheet material 100 Part 71.During work, first sheet material 100 is placed on the backing plate 110, passes through second cylinder 5 and 7 points of the 4th cylinder The left push piece 51 and the rear push piece 71 is not driven to be pushed into the sheet material 100 and the right keeper 41 and the prelocalization Part 6 offsets, that is, completes the positioning of the sheet material 100；Hereafter, the vacuum generator starts, and corresponding adsorption zone is evacuated, Negative pressure is produced in corresponding adsorption zone the sheet material 100 is adsorbed into clamping, complete after absorption clamping, first cylinder 4, institute The piston rod for stating the second cylinder 5, the 3rd cylinder and the 4th cylinder 7 shrinks, and drives the right keeper 41, the left side Push piece 51, the prelocalization part 6 and the rear push piece 71 are separated with the sheet material 100, to allow first travel mechanism can band Move 21 pairs of the cutter sheet material 100 to be carved and cut, after completing engraving and cutting, the vacuum generator removes phase After the adsorption zone answered is to the absorption affinity of the sheet material 100, you can engraving and the sheet material cut will be completed from the machine Frame 1 is removed.

Further, as shown in Fig. 3 to 5, the rear of the frame 1 is provided with the fork truck 9 for stacking sheet material 100, the machine First travel mechanism of frame 1 is provided with the liter for driving and realizing lifting by four-drive device (such as cylinder or motor, not shown) Drop seat 8, the lifting seat 8 can with first travel mechanism be stacked in the position of the sheet material 100 of the fork truck 9 and it is described plus Work area is moved between domain, and the sucker 81 that can be lifted with lifting seat 8, the air entry of the sucker 81 are provided with the lifting seat 8 Led to by air valve (not shown) and pipeline (not shown) with vacuum generator (not shown), when the lifting seat 8 is moved with first Moving frame is moved to behind the top for the sheet material 100 for being stacked at fork truck 9, and the lifting seat 8 declines, and the sucker 81 occurs in vacuum It will be held under the control of device positioned at the top a sheet material；Then, first travel mechanism drives the sucker 81 by plate Material is moved to the machining area, and after the suction of the sucker is removed, the sheet material is placed on the backing plate 110； Then the second cylinder 5 and the 4th cylinder 7 promote sheet material 100 to be offseted respectively with right keeper 41 and prelocalization part 6, with to sheet material 100 are positioned, and can realize automatic charging by this mode, and improve production efficiency.

It should be understood that as shown in Fig. 3 to 5, the fork truck 9 includes support body 91, the support body 91 is provided with liftable material Fork 92, the embodiment that driving material fork 92 is lifted is prior art and is well known to those skilled in the art, and no longer enters here Row is repeated, during work, and material fork 92, which can drive, to be moved to sucker on the sheet material 100 overlayed thereon and can adsorb the height of crawl Degree.As to how ensure that sheet material 100 rises to sucker and can adsorb the height of crawl, can be by the corresponding institute of the support body 91 The height setting inductor 93 of crawl can be adsorbed by stating sucker 81, when sheet material 100 rises to the position that inductor 93 can be sensed When, material fork 92 stops rising under control of the control system, and the sheet material 100 of the top to be located at is adsorbed to catch away Afterwards, material fork 92 then drives plate 100 to rise to the height for being available for the absorption of sucker 81 crawl again, and so repeats.

Further, as shown in Fig. 3 to 5, the support body 91 is provided with the second travel mechanism 94, second travel mechanism Labelling machine 200 is installed, the labelling machine is prior art on 94, and to be known to those skilled in the art, here Its concrete structure and operation principle are not repeated, the labelling machine 100 can be under the driving of the second travel mechanism 94 in institute Horizontal, longitudinal on support body 91 and vertical movement is stated, and (refers to the sheet material positioned at the top in the sheet material being stacked on material fork 92 100) presumptive area sticks corresponding label (label of different zones is typically different, not shown), to complete to carve and cut out , can be quickly to each small plate of shaping (it should be noted that to generally comprise polylith small for the plate for completing to carve and cut after cutting Plate, not shown) classified, it is easy to follow-up assembling or management.On the second travel mechanism 94, its concrete structure can be with With reference to the first travel mechanism, conventional technological means is similarly, and known to the technical staff in field, no longer gone to live in the household of one's in-laws on getting married here State.

Further, as shown in Fig. 1, Fig. 4, Fig. 6, the front of the frame 1 is provided with the feed device docked with frame 1 10, first travel mechanism is provided with the scraping wings 14 with its horizontal and vertical movement.When the sheet material 100 of machining area is complete Into after carving and cut, the first travel mechanism drive scraping wings 14 (should illustrate the sheet material for completing to carve and cut To complete engraving and the plate that cuts generally comprises the small plate of polylith) shift onto on feed device 10, and by feed device 10 by its It is transported to target location.It is understood that to avoid the long-time free-runing operation of feed device 10, can feed device rear side (i.e. pan feeding side) and front side set first laser to penetrating inductor 101 and second laser to penetrating inductor 102, described respectively One laser-correlation inductor 101 and the second laser are electrically connected to penetrating inductor 102 with control system, when completion engraving and sanction The front side for the plate cut enters by first laser to penetrating during position that inductor 101 is sensed, control system control feed device 10 are fed forward the plate for completing to carve and cut, and when the plate for completing engraving and cutting is fed forward to second laser To penetrating during position that inductor 102 is sensed, control system control feed device 10 is out of service, makes what completion was carved and cut Sheet material rests on the position, and the position is then described target location.It should be noted that the feed device 10 is existing Technology, and be well known to those skilled in the art, for example can be that belt-type conveying device (see Fig. 5) or drum-type are conveyed Device etc..Here its body structure and operation principle are not repeated, in this manner, can realize what completion cut and carved The self-emptying work of plate, so as to can further improve production efficiency.

Preferred embodiment of the present utility model is the foregoing is only, the scope of the claims of the present utility model is not thereby limited, It is every utility model of the present utility model design under, the equivalent structure made using the utility model specification and accompanying drawing content Conversion, or directly/be used in other related technical fields indirectly and be included in scope of patent protection of the present utility model.

Claims (10)

1. full-automatic plate engraving machine, including frame, the first travel mechanism in the frame, loaded on the described first movement It can realize in mechanism and under the drive of first travel mechanism cutter spindle of horizontal, longitudinal and vertical movement, and dress Cutter on the cutter spindle, the machining area of the frame top is provided with open-topped adsorbent chamber, the adsorbent chamber The either flush of the leg of surrounding, the top surface of the leg with the top surface equipped with fitting and by the opening at the top of the adsorbent chamber The backing plate of covering, it is characterised in that：Dividing plate is provided with the adsorbent chamber, the top surface of the top surface of the dividing plate and the leg is put down Together, and by the adsorbent chamber multiple separate adsorption zones, the region of each adsorption zone of backing plate correspondence are separated into The top surface through the backing plate and the air admission hole of bottom surface are offered respectively, and area's wall of each adsorption zone opens up suction hole, often The individual suction hole is connected by switch valve and pipeline with vacuum generator respectively, when the vacuum generator starts, can pair with The corresponding adsorption zone of the switch valve in opening is evacuated, and is born so that the adsorption zone being evacuated is produced Pressure, so that the sheet material being positioned on the adsorption zone that the backing plate correspondence is evacuated is adsorbed into clamping.

2. full-automatic plate engraving machine as claimed in claim 1, it is characterised in that：The quantity of the adsorption zone is four, its Two dividing plates set by vertical and horizontal are separated.

3. full-automatic plate engraving machine as claimed in claim 2, it is characterised in that：Provided with horizontal point in each adsorption zone The longitudinal bracing platform of cloth, the top surface of the longitudinal bracing platform is provided with projection, and the top surface of the raised top surface and the leg is put down Together.

4. full-automatic plate engraving machine as claimed in claim 1, it is characterised in that：The frame is located at the right side of the leg Provided with the first cylinder, the horizontal right keeper set of piston rod connection of first cylinder, the piston rod of first cylinder The right keeper can be driven to carry out the position of longitudinal register to the sheet material upwards and be downwardly away to sheet material longitudinal direction Moved between the position of positioning；The position that the frame is located at the leg left is provided with the second cylinder, second cylinder Piston rod is connected with is pushed into the left push piece that is offseted with the right keeper by the sheet material；The frame is located in front of the leg Position be provided with the 3rd cylinder, the piston rod of the 3rd cylinder is connected with prelocalization part, and the piston rod of the 3rd cylinder can The prelocalization part is driven to carry out the position of located lateral to the sheet material upwards and be downwardly away from laterally to determine the sheet material Moved between the position of position；The position that the frame is located at the leg rear is provided with the 4th cylinder, the work of the 4th cylinder Stopper rod is connected with is pushed into the rear push piece that is offseted with the prelocalization part by the sheet material.

5. the full-automatic plate engraving machine as described in any one in Claims 1-4, it is characterised in that：After the frame Side is provided with the fork truck for stacking sheet material, and the first travel mechanism of the frame, which is provided with, to be driven by four-drive device and realized and lifted Lifting seat, the lifting seat can be stacked in the position of the sheet material of the fork truck and the processing with first travel mechanism Moved between region, the sucker that can be lifted with lifting seat is installed on the lifting seat, the air entry of the sucker passes through air valve Lead to pipeline with the vacuum generator, the fork truck is stacked at when the lifting seat is moved to first movable stand Behind the top of sheet material, the lifting seat declines, and the sucker under the control of vacuum generator by positioned at the one of the top Sheet material is held；Drive the sucker that sheet material is moved into machining area in first travel mechanism, and remove the sucker After suction, the sheet material is placed to the backing plate.

6. full-automatic plate engraving machine as claimed in claim 5, it is characterised in that：The fork truck includes support body, the support body Provided with liftable material fork, material fork, which can drive, moved on the sheet material overlayed thereon the sucker can to adsorb the height of crawl Degree.

7. full-automatic plate engraving machine as claimed in claim 6, it is characterised in that：The support body can be with the correspondence sucker The height of absorption crawl sets inductor, when sheet material rises to the position that the inductor can be sensed, the material fork stops Rise.

8. full-automatic plate engraving machine as claimed in claim 6, it is characterised in that：The support body is provided with the second moving machine Labelling machine is installed in structure, second travel mechanism, the labelling machine is under the driving of the second travel mechanism in the support body Upper horizontal, longitudinal and vertical movement, and stick corresponding label in the presumptive area for the sheet material being stacked on the material fork.

9. full-automatic plate engraving machine as claimed in claim 4, it is characterised in that：The front of the frame is provided with and the machine The feed device of frame docking, first travel mechanism is provided with the scraping wings with its horizontal and vertical movement, adds when described After the sheet material in work area domain completes engraving and cut, the first travel mechanism drive scraping wings will complete what is carved and cut Sheet material is shifted onto on the feed device.

10. full-automatic plate engraving machine as claimed in claim 9, it is characterised in that：The rear side of the feed device and front side Set first laser to penetrating inductor and second laser to penetrating inductor respectively, enter on front side of the plate for completing to carve and cut Enter by the first laser to penetrating during position that inductor is sensed, the feed device will complete engraving and the plate cut to Preceding conveying, and when the plate for completing engraving and cutting is fed forward to the second laser to penetrating the position that inductor is sensed When, the feed device is out of service.