CN208246067U - A kind of environment-protective sealing formula laser engraving machine - Google Patents

Abstract

The utility model discloses a kind of environment-protective sealing formula laser engraving machines, its structure includes movable cabinet door, joystick, first connection handle, observation window, feed cabinet door, laser engraving machine controller, laser engraving case, activated charcoal strainer, air draft seat, second connection handle, finished product material storing box, bottom connecting bracket, bottom connecting bracket is welded in the rear surface of laser engraving case, the side of laser engraving case upper end face is connected with charging cabinet door, the other side for feeding cabinet door is equipped with laser engraving machine controller, observation window is on the upper end face of charging cabinet door, the utility model is combined with each other by above-mentioned component, artificial blanking can be substituted by portion's automatic blanking in the device during the work time by realizing equipment, the poisonous and hazardous gas that can be generated during engraving to equipment automatically simultaneously carries out air cleaning processing, it avoids Working environment is polluted after avoiding poisonous and hazardous gas from being discharged, safe operation is easy to use, practical.

Description

A kind of environment-protective sealing formula laser engraving machine

Technical field

The utility model is a kind of environment-protective sealing formula laser engraving machine, belongs to laser engraving equipment technical field.

Background technique

Laser engraving function improves the efficiency of engraving, keeps the surface at carved place smooth, mellow and full, promptly reduces carved Nonmetallic materials temperature, reduce the deformation and internal stress of carved object；Can be widely used in various nonmetallic materials into The field that row is finely carved.

The prior art carries out blanking in the mode that equipment generallys use artificial blanking after processing is completed, and operation is dangerous, makes With inconvenience, the practicability is poor.

Utility model content

In view of the deficienciess of the prior art, the utility model aim is to provide a kind of environment-protective sealing formula laser engraving machine, Blanking is carried out in such a way that equipment generallys use artificial blanking after processing is completed to solve the prior art, operates dangerous, use The problem of inconvenience, the practicability is poor.

To achieve the goals above, the utility model is achieved through the following technical solutions: a kind of environment-protective sealing formula Laser engraving machine, structure include movable cabinet door, joystick, the first connection handle, observation window, charging cabinet door, laser engraving machine Controller, laser engraving case, activated charcoal strainer, air draft seat, the second connection handle, finished product material storing box, bottom connecting bracket, institute The rear surface that bottom connecting bracket is welded in laser engraving case is stated, the side of the laser engraving case upper end face is flexibly connected There is charging cabinet door, the other side of the charging cabinet door is equipped with laser engraving machine controller, and the observation window is embedded in charging cabinet door On upper end face, the charging cabinet door is connect with first welds palmistry, and the movable cabinet door is movably connected on laser engraving case Front-end surface on, the upper surface of the laser engraving case other end is connected with air draft seat, and the activated charcoal strainer is embedded in row On the upper end face of wind seat, the finished product material storing box is embedded in the inner surface of the laser engraving case other end, the second connection handle It is welded in the other end of finished product material storing box, the laser engraving case is by moving clamp arm driving mechanism, laser engraving box enclosure body, motor Driving mechanism, reciprocating Egraver, air filtration mechanism, clamp arm, dynamic clamp arm, clamp arm connecting bracket, connection strut, electricity Power transport platform composition, the finished product material storing box are embedded in the lower section of laser engraving box enclosure body other end inner surface, the laser carving The upper left side for carving surface in box enclosure body is equipped with motor-driven mechanism, one end of the reciprocating Egraver and motor driven machine Structure is connected, the other end and air filtration mechanism nested encryptions of the reciprocating Egraver, the air filtration mechanism Rear surface is welded with connection strut, the other side of the clamp arm connecting bracket upper end face with connect strut and mutually weld, institute The side for stating clamp arm connecting bracket upper end face is welded with clamp arm, and one end of the clamp arm is equipped with dynamic clamp arm, described dynamic Clamp arm is welded in the other side of dynamic clamp arm driving mechanism upper end face, and one end of the dynamic clamp arm driving mechanism is set to laser engraving The outer surface of box enclosure body and with joystick nested encryptions, the other end of the dynamic clamp arm driving mechanism is equipped with power Transmission platform, The upper end face of the power Transmission platform is respectively equipped with clamp arm, dynamic clamp arm, and the other end and finished product of the power Transmission platform store up Hopper is connected, and the motor-driven mechanism, power Transmission platform are electrically connected with laser engraving machine controller.

Further, the dynamic clamp arm driving mechanism is by screw thread bull stick, fixed axis gear, No.1 free gear, gear drive Disk, No. two free gears, transverse movement rack gear, fixed connecting rod, connection cross bar composition, the other end and dynamic folder of the connection cross bar Arm mutually welds, and the upper surface of described connection cross bar one end is connected with fixed connecting rod, and the upper end face of the fixed connecting rod is welded in The other side of transverse movement rack gear rear surface, the side of the transverse movement rack gear rear surface are connected with No. two movable teeths Wheel, No. two free gears are movably connected on the upper end face of gear drive disk, the rear surface of the gear drive disk with No.1 free gear is flexibly connected, and the screw thread bull stick is meshed with No.1 free gear, the other end of the screw thread bull stick and Fixed axis gear nested encryptions, one end of the screw thread bull stick are set to the outer surface of laser engraving box enclosure body and nested with joystick Connection.

Further, the motor-driven mechanism rotates axis, the first axis drive plate, No. two by electric machine support, No.1 Rotate axis, movable rod, the first drive bevel gear, the second drive bevel gear, bevel gear drive rod, third drive bevel gear, Driving motor composition, the electric machine support are welded in the upper left side on surface in laser engraving box enclosure body, the electric machine support Upper end face is equipped with driving motor, and one end of the driving motor and No.1 rotate axis nested encryptions, the No.1 rotation card Axis connection is connected with two in the other side of the first axis drive plate front-end surface, the upper surface of the first axis drive plate front end Number rotation axis, the rear surface of the movable rod and No. two rotation axis nested encryptions, the upper end table of the movable rod Face and the first drive bevel gear nested encryptions, the upper surface of the first drive bevel gear other end is connected with the second transmission umbrella tooth Wheel, the left and right ends of the bevel gear drive rod are described respectively with the second drive bevel gear, third drive bevel gear nested encryptions Third drive bevel gear is connected to one end of reciprocating Egraver.

Further, the reciprocating Egraver is by No.1 toothed disc, the first screw bracket, transverse movement seat, second Screw bracket, lateral rotation screw rod, laser engraving machine, the 4th drive bevel gear composition, the No.1 toothed disc are connected to motor The other side of the other side of driving mechanism upper end face, the No.1 toothed disc front-end surface is connected with the 4th drive bevel gear, One end of the lateral rotation screw rod in extend transversely through in the first screw bracket and with the 4th drive bevel gear nested encryptions, it is described The other end of lateral rotation screw rod is in laterally sequentially passing through transverse movement seat, the second screw bracket and nested with air filtration mechanism Connection, the rear surface of the transverse movement seat are connected with laser engraving machine, the left and right two of the laser engraving machine rear surface Side is respectively equipped with dynamic clamp arm, clamp arm.

Further, the air filtration mechanism by No. three rotation axis, the first movable bayonet lock, the second axis drive disk, Bayonet lock interlocking bar, connection turntable, the second movable bayonet lock, upper piston connecting rod, piston cylinder, limiting piston, lower piston connecting rod, work Turn disk, connection belt, No. two toothed discs, the 5th drive bevel gear, connection fan, air inlet strainer, air filtering box composition, institute The lower surface of air filtering box one end is stated embedded with air inlet strainer, No. three rotations axis is set to a left side for air filtering box inner surface Top, the other end of the reciprocating Egraver are set to the inner surface of air filtering box and company nested with No. three rotation axis It connects, No. three rotations axis is connected to the side of the second axis drive disk front-end surface, before the second axis drive disk Be fixed with the first movable bayonet lock on end surfaces, the left and right ends of the bayonet lock interlocking bar respectively with the first movable bayonet lock, second Movable bayonet lock is flexibly connected, and the described second movable bayonet lock is fixed in the front-end surface of connection turntable, and the upper piston connects The upper end face of bar is flexibly connected with turntable is connect, and the rear surface of the upper piston connecting rod is set to the inner surface of piston cylinder simultaneously It being connect with limiting piston, the upper end face of the lower piston connecting rod is set to the inner surface of piston cylinder and connect with limiting piston, The rear surface of the lower piston connecting rod is flexibly connected with movable disk, and No. two toothed discs are connected to by connecting belt The side of movable disk, the side of No. two toothed disc front-end surfaces are connected with the 5th drive bevel gear, the connection fan The other end and the 5th drive bevel gear nested encryptions, the rear surface of the air filtering box is welded with connection strut, described One end of air draft seat is connected with air filtering box.

Further, the bottom connecting bracket material is alloy.

Further, the laser engraving box enclosure body is the rectangular configuration of a height of 50-100cm.

The beneficial effects of the utility model are as follows: a kind of environment-protective sealing formula laser engraving machine of the utility model is made Used time, user open charging cabinet door by the first connection handle and the carving that need to be processed are passed through the clamp in laser engraving case Arm, dynamic clamp arm clamp carving, close charging cabinet door, user can by the machining state of observation window real-time detection carving, Then user controls motor-driven mechanism, the energization start-up operation of power Transmission platform, motor driven by laser engraving machine controller Mechanism passes through third drive bevel gear during the work time and the No.1 toothed disc on reciprocating Egraver is driven to rotate, No.1 tooth Wheel disc passes through the 4th drive bevel gear during the work time and lateral rotation screw rod is driven persistently to rotate, and lateral rotation screw rod is rotating When drive transverse movement seat and laser engraving machine to do traverse motion, laser engraving machine during doing traverse motion from The dynamic carving clamped to lower section is carved, and in air filtration mechanism No. three rotate axis and follow on reciprocating Egraver Lateral rotation screw rod rotate and drive the second axis drive disk rotate, the second axis drive disk rotation when by first activity The mutual cooperation of bayonet lock, the second movable bayonet lock and bayonet lock interlocking bar drives connection turntable rotation, and connection turntable drives in rotation Upper piston connecting rod and lower piston connecting rod pump, under lower piston connecting rod drives when pumping The movable disk rotation of side, movable disk drive No. two toothed disc rotations by connection belt, and No. two toothed discs are logical in rotation It crosses the 5th drive bevel gear and drives connection fan rotation, connection fan generates centrifugation wind during rotation will be internal poisonous and harmful Gas sucking air filtering box in, air filtering box by poisonous and hazardous gas be sent into air draft seat in and by active carbon filtering Be discharged after net filtration, when equipment after processing is completed, user, which can pass through, to shake joystick and drives screw thread in dynamic clamp arm driving mechanism Bar rotation, screw thread bull stick drive No.1 free gear to rotate during rotation, and No.1 free gear passes through gear drive disk No. two free gear rotations are driven, No. two free gears drive the transverse movement rack gear of top to move to one end during rotation Dynamic, transverse movement rack gear passes through fixed connecting rod and connection cross bar drives dynamic clamp arm mobile to one end, when dynamic clamp arm is mobile to one end When, the finished product carving clamped originally falls automatically to be fallen on power Transmission platform, and finished product carving is sent by power Transmission platform In finished product material storing box, user can be completed by pulling the second connection handle to take out the finished product carving in finished product material storing box to carving The processing of object is carved, the utility model is combined with each other by above-mentioned component, and realizing equipment during the work time can be in device Internal automatic blanking substitutes artificial blanking, at the same the poisonous and hazardous gas that equipment can be generated during engraving automatically into Row air cleaning processing, pollutes working environment after avoiding poisonous and hazardous gas from being discharged, safe operation, user Just, practical.

Detailed description of the invention

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model Sign, objects and advantages will become more apparent upon:

Fig. 1 is a kind of structural schematic diagram of environment-protective sealing formula laser engraving machine of the utility model.

Fig. 2 is the structural schematic diagram one of the utility model laser engraving case.

Fig. 3 is the structural schematic diagram two of the utility model laser engraving case.

Fig. 4 is the enlarged drawing of A in the utility model Fig. 3.

Fig. 5 is the enlarged drawing of B in the utility model Fig. 3.

In figure: movable cabinet door -1, joystick -2, the first connection handle -3, observation window -4, charging cabinet door -5, laser engraving Machine controller -6, laser engraving case -7, activated charcoal strainer -8, air draft seat -9, second connect handle -10, finished product material storing box - 11, bottom connecting bracket -12, dynamic clamp arm driving mechanism -701, laser engraving box enclosure body -702, motor-driven mechanism -703, Reciprocating Egraver -704, air filtration mechanism -705, clamp arm -706, dynamic clamp arm -707, clamp arm connecting bracket -708, Connect strut -709, power Transmission platform -710, screw thread bull stick -70101, fixed axis gear -70102, No.1 free gear -70103, - 70104, No. two free gears -70105 of gear drive disk, transverse movement rack gear -70106, fixed connecting rod -70107, connection are horizontal Bar -70108, electric machine support -70301, No.1 rotate -70303, No. two axis -70302, the first axis drive plate rotation axis - 70304, movable rod -70305, the first drive bevel gear -70306, the second drive bevel gear -70307, bevel gear drive rod - 70308, third drive bevel gear -70309, driving motor -70310, No.1 toothed disc -70401, the first screw bracket - 70402, transverse movement seat -70403, the second screw bracket -70404, lateral rotation screw rod -70405, laser engraving machine - 70406, the 4th drive bevel gear -70407, No. three rotation axis -70501, the first movable bayonet lock -70502, the driving of the second axis Disk -70503, bayonet lock interlocking bar -70504, connection turntable -70505, the second movable bayonet lock -70506, upper piston connecting rod - 70507, piston cylinder -70508, limiting piston -70509, lower piston connecting rod -70510, movable disk -70511, connection belt - 70512, No. two toothed discs -70513, the 5th drive bevel gear -70514, connection fan -70515, air inlet strainer -70516, sky Gas Rose Box -70517.

Specific embodiment

To be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, below In conjunction with specific embodiment, the utility model is further described.

Fig. 1-Fig. 5 is please referred to, the utility model provides a kind of a kind of environment-protective sealing formula laser engraving machine technical solution: environmental protection Sealed laser engraving machine, structure include movable cabinet door 1, joystick 2, first connect handle 3, observation window 4, charging cabinet door 5, Laser engraving machine controller 6, laser engraving case 7, activated charcoal strainer 8, air draft seat 9, second connect handle 10, finished product material storing box 11, bottom connecting bracket 12, the bottom connecting bracket 12 are welded in the rear surface of laser engraving case 7, the laser engraving The side of 7 upper end face of case is connected with charging cabinet door 5, and the other side of the charging cabinet door 5 is controlled equipped with laser engraving machine Device 6, for the observation window 4 on the upper end face of charging cabinet door 5, the charging cabinet door 5 connect the welding of 3 phase of handle with first, The movable cabinet door 1 is movably connected in the front-end surface of laser engraving case 7, the upper surface of 7 other end of laser engraving case It is connected with air draft seat 9, the activated charcoal strainer 8 is on the upper end face of air draft seat 9, and the finished product material storing box 11 is embedded in sharp Light carves the inner surface of 7 other end of case, and the second connection handle 10 is welded in the other end of finished product material storing box 11, the laser Case 7 is carved by moving clamp arm driving mechanism 701, laser engraving box enclosure body 702, motor-driven mechanism 703, reciprocating Egraver 704, air filtration mechanism 705, clamp arm 706, dynamic clamp arm 707, clamp arm connecting bracket 708, connection strut 709, electric power are defeated Platform 710 is sent to form, the finished product material storing box 11 is embedded in the lower section of 702 other end inner surface of laser engraving box enclosure body, described to swash Light carve 702 inner surface of box enclosure body upper left side be equipped with motor-driven mechanism 703, the one of the reciprocating Egraver 704 End is connected with motor-driven mechanism 703, and the other end of the reciprocating Egraver 704 is nested with air filtration mechanism 705 Connection, the rear surface of the air filtration mechanism 705 are welded with connection strut 709,708 upper end of clamp arm connecting bracket The other side on surface is welded with 709 phase of strut is connect, and the side of 708 upper end face of clamp arm connecting bracket is welded with clamp Arm 706, one end of the clamp arm 706 are equipped with dynamic clamp arm 707, and the dynamic clamp arm 707 is welded in dynamic clamp arm driving mechanism 701 The other side of end surfaces, one end of the dynamic clamp arm driving mechanism 701 be set to the outer surface of laser engraving box enclosure body 702 and with The other end of 2 nested encryptions of joystick, the dynamic clamp arm driving mechanism 701 is equipped with power Transmission platform 710, the power Transmission platform 710 upper end face is respectively equipped with clamp arm 706, dynamic clamp arm 707, the other end and finished product storing of the power Transmission platform 710 Case 11 is connected, and the motor-driven mechanism 703, power Transmission platform 710 are electrically connected with laser engraving machine controller 6, described Clamp arm driving mechanism 701 is moved by screw thread bull stick 70101, fixed axis gear 70102, No.1 free gear 70103, gear drive disk 70104, No. two free gears 70105, transverse movement rack gear 70106, fixed connecting rod 70107, connection cross bar 70108 form, institute The other end for stating connection cross bar 70108 is welded with dynamic 707 phase of clamp arm, and the upper surface of described connection 70108 one end of cross bar is connected with Fixed connecting rod 70107, the upper end face of the fixed connecting rod 70107 are welded in the another of 70106 rear surface of transverse movement rack gear Side, the side of 70106 rear surface of transverse movement rack gear are connected with No. two free gears 70105, No. two activities Gear 70105 is movably connected on the upper end face of gear drive disk 70104, the rear surface of the gear drive disk 70104 with No.1 free gear 70103 is flexibly connected, and the screw thread bull stick 70101 is meshed with No.1 free gear 70103, the screw thread One end of the other end and 70102 nested encryptions of fixed axis gear of bull stick 70101, the screw thread bull stick 70101 is set to laser engraving The outer surface of box enclosure body 702 and with 2 nested encryptions of joystick, the motor-driven mechanism 703 is by electric machine support 70301, one Number rotation axis 70302,70303, No. two rotation axis 70304 of the first axis drive plate, movable rod 70305, first transmission Bevel gear 70306, the second drive bevel gear 70307, bevel gear drive rod 70308, third drive bevel gear 70309, driving electricity Machine 70310 forms, and the electric machine support 70301 is welded in the upper left side of 702 inner surface of laser engraving box enclosure body, the motor The upper end face of bracket 70301 is equipped with driving motor 70310, and one end of the driving motor 70310 and No.1 rotate axis 70302 nested encryptions, the No.1 rotation axis 70302 are connected to the other side of 70303 front-end surface of the first axis drive plate, The upper surface of first axis drive plate, 70303 front end is connected with No. two rotation axis 70304, the movable rod 70305 Rear surface and No. two rotation 70304 nested encryptions of axis, the upper end face of the movable rod 70305 and first transmission umbrella The upper surface of 70306 nested encryptions of gear, 70306 other end of the first drive bevel gear is connected with the second drive bevel gear 70307, the left and right ends of the bevel gear drive rod 70308 respectively with the second drive bevel gear 70307, third drive bevel gear 70309 nested encryptions, the third drive bevel gear 70309 is connected to one end of reciprocating Egraver 704, described reciprocating Egraver 704 is by No.1 toothed disc 70401, the first screw bracket 70402, transverse movement seat 70403, the second screw bracket 70404, lateral rotation screw rod 70405, laser engraving machine 70406, the 4th drive bevel gear 70407 composition, the No.1 gear Disk 70401 is connected to the other side of 703 upper end face of motor-driven mechanism, 70401 front-end surface of No.1 toothed disc it is another Side is connected with the 4th drive bevel gear 70407, and one end of the lateral rotation screw rod 70405 is in extend transversely through in the first screw rod Bracket 70402 and with 70407 nested encryptions of the 4th drive bevel gear, the other end of the lateral rotation screw rod 70405 is in laterally Sequentially pass through transverse movement seat 70403, the second screw bracket 70404 and with 705 nested encryptions of air filtration mechanism, the transverse direction The rear surface of kinematic nest 70403 is connected with laser engraving machine 70406, the left and right of 70406 rear surface of laser engraving machine Two sides are respectively equipped with dynamic clamp arm 707, clamp arm 706, and the air filtration mechanism 705 is living by No. three rotation axis 70501, first Dynamic bayonet lock 70502, the second axis drive disk 70503, bayonet lock interlocking bar 70504, the movable bayonet lock of connection turntable 70505, second 70506, upper piston connecting rod 70507, piston cylinder 70508, limiting piston 70509, lower piston connecting rod 70510, movable disk 70511,70512, No. two toothed discs 70513 of belt, the 5th drive bevel gear 70514, connection fan 70515, air inlet filter are connected Net 70516, air filtering box 70517 form, and the lower surface of described 70517 one end of air filtering box is embedded with air inlet strainer 70516, No. three rotations axis 70501 is set to the upper left side of 70517 inner surface of air filtering box, the reciprocating Egraver 704 The other end be set to air filtering box 70517 inner surface and with No. three rotation 70501 nested encryptions of axis, it is described No. three rotate Axis 70501 is connected to the side of 70503 front-end surface of the second axis drive disk, before the second axis drive disk 70503 The first movable bayonet lock 70502 is fixed on end surfaces, the left and right ends of the bayonet lock interlocking bar 70504 are movable with first respectively The movable bayonet lock 70506 of bayonet lock 70502, second is flexibly connected, and the described second movable bayonet lock 70506 is fixed at connection turntable In 70505 front-end surface, the upper end face of the upper piston connecting rod 70507 is flexibly connected with turntable 70505 is connect, described The rear surface of upper piston connecting rod 70507 is set to the inner surface of piston cylinder 70508 and connect with limiting piston 70509, described The upper end face of lower piston connecting rod 70510 is set to the inner surface of piston cylinder 70508 and connect with limiting piston 70509, described The rear surface of lower piston connecting rod 70510 is flexibly connected with movable disk 70511, and No. two toothed discs 70513 pass through company Lace 70512 is connected to the side of movable disk 70511, and the side of 70513 front-end surface of No. two toothed discs is connected with 5th drive bevel gear 70514,70514 nested encryptions of the other end and the 5th drive bevel gear of the connection fan 70515, institute The rear surface for stating air filtering box 70517 is welded with connection strut 709, one end of the air draft seat 9 and air filtering box 70517 are connected, and 12 material of bottom connecting bracket is alloy, and the laser engraving box enclosure body 702 is a height of 50- The rectangular configuration of 100cm.

The utility model is mainly characterized by comprising: carrying out in use, user opens charging cabinet door by the first connection handle 3 5 and the carving that need to be processed is clamped carving by clamp arm 706 in laser engraving case 7, dynamic clamp arm 707, close into Material cabinet door 5, user can be by the machining states of 4 real-time detection carving of observation window, and then user is controlled by laser engraving machine Device 6 control motor-driven mechanism 703, power Transmission platform 710 be powered start to work, device in the environment of sealing to carving into Row processing, effectively avoids laser and damages to the health of staff.

The utility model is mainly characterized by comprising: motor-driven mechanism 703 during the work time by third drive bevel gear 70309 drive the No.1 toothed disc 70401 on reciprocating Egraver 704 to rotate, and No.1 toothed disc 70401 is during the work time Lateral rotation screw rod 70405 is driven persistently to rotate by the 4th drive bevel gear 70407, lateral rotation screw rod 70405 is rotating When drive transverse movement seat 70403 and laser engraving machine 70406 to do traverse motion, laser engraving machine 70406 is doing transverse direction The carving clamped automatically to lower section in reciprocatory movement is carved, and device during the work time can be automatically to carving It is carved, it is without human intervention, easy to use.

Be mainly characterized by comprising: in air filtration mechanism 705 No. three rotation axis 70501 of the utility model follows reciprocating Lateral rotation screw rod 70405 on Egraver 704 rotates and the second axis drive disk 70503 is driven to rotate, and the second axis drives Moving plate 70503 passes through the phase of the first movable bayonet lock 70502, second movable bayonet lock 70506 and bayonet lock interlocking bar 70504 in rotation The mutual dynamic connection turntable 70505 of mating band rotates, and connection turntable 70505 drives upper piston connecting rod 70507 and lower part in rotation Piston rod 70510 pumps, lower piston connecting rod 70510 driven when pumping below activity Turntable 70511 rotates, and movable disk 70511 drives No. two toothed discs 70513 to rotate by connection belt 70512, No. two gears Disk 70513 drives connection fan 70515 to rotate in rotation by the 5th drive bevel gear 70514, and connection fan 70515 is turning Centrifugation wind is generated during dynamic by internal poisonous and hazardous gas sucking air filtering box 70517, air filtering box 70517 will Poisonous and hazardous gas is sent into air draft seat 9 and is discharged after being filtered by activated charcoal strainer 8, and device when in use can be automatic The poisonous and hazardous gas generated during engraving to equipment purifies, to work after avoiding poisonous and hazardous gas from being discharged Environment pollutes.

The utility model be mainly characterized by comprising: when equipment after processing is completed, user, which can pass through, to shake joystick 2 and drives dynamic folder Screw thread bull stick 70101 in arm driving mechanism 701 rotates, and screw thread bull stick 70101 drives No.1 free gear during rotation 70103 rotations, No.1 free gear 70103 drive No. two free gears 70105 to rotate by gear drive disk 70104, and No. two Free gear 70105 drives the transverse movement rack gear 70106 of top mobile to one end during rotation, transverse movement rack gear 70106 drive dynamic clamp arm 707 mobile to one end by fixed connecting rod 70107 and connection cross bar 70108, when dynamic clamp arm 707 to one When end is mobile, the finished product carving clamped originally falls automatically to be fallen on power Transmission platform 710, and power Transmission platform 710 will be at Product carving is sent into finished product material storing box 11, and user can be by pulling the second connection handle 10 by the finished product in finished product material storing box 11 Carving takes out the processing completed to carving, and it is automatic that device can control finished product carving by joystick 2 during the work time Blanking, it is easy to operate, it is practical.

The utility model solves the problems, such as it is mode that the prior art generallys use artificial blanking in equipment after processing is completed Blanking is carried out, operation is dangerous, and inconvenient to use, the practicability is poor, and the utility model is combined with each other by above-mentioned component, realizes Equipment can substitute artificial blanking by portion's automatic blanking in the device during the work time, while can carve automatically to equipment The poisonous and hazardous gas generated in the process carries out air cleaning processing, to work after avoiding poisonous and hazardous gas from being discharged Environment pollutes, safe operation, easy to use, practical.

Claims (5)

1. a kind of environment-protective sealing formula laser engraving machine, structure includes movable cabinet door (1), joystick (2), the first connection handle (3), observation window (4), charging cabinet door (5), laser engraving machine controller (6), laser engraving case (7), activated charcoal strainer (8), Air draft seat (9), the second connection handle (10), finished product material storing box (11), bottom connecting bracket (12), it is characterised in that:

The bottom connecting bracket (12) is welded in the rear surface of laser engraving case (7), laser engraving case (7) upper end table The side in face is connected with charging cabinet door (5), and the other side of charging cabinet door (5) is equipped with laser engraving machine controller (6), On the upper end face of charging cabinet door (5), the charging cabinet door (5) connect handle (3) with first and mutually welds the observation window (4) It connects, the movable cabinet door (1) is movably connected in the front-end surface of laser engraving case (7), laser engraving case (7) other end Upper surface be connected with air draft seat (9), the activated charcoal strainer (8) embedded in air draft seat (9) upper end face on, the finished product Material storing box (11) is embedded in the inner surface of laser engraving case (7) other end, and second connection handle (10) is welded in finished product storing The other end of case (11)；

The laser engraving case (7) is by moving clamp arm driving mechanism (701), laser engraving box enclosure body (702), motor-driven mechanism (703), reciprocating Egraver (704), air filtration mechanism (705), clamp arm (706), dynamic clamp arm (707), clamp arm connect Connect bracket (708), connection strut (709), power Transmission platform (710) composition；

The finished product material storing box (11) is embedded in the lower section of laser engraving box enclosure body (702) other end inner surface, the laser carving The upper left side for carving box enclosure body (702) inner surface is equipped with motor-driven mechanism (703), the reciprocating Egraver (704) One end is connected with motor-driven mechanism (703), the other end and air filtration mechanism of the reciprocating Egraver (704) (705) nested encryptions, the rear surface of the air filtration mechanism (705) are welded with connection strut (709), and the clamp arm connects The other side for connecing bracket (708) upper end face is mutually welded with strut (709) is connect, clamp arm connecting bracket (708) upper end The side on surface is welded with clamp arm (706), and one end of the clamp arm (706) is equipped with dynamic clamp arm (707), the dynamic clamp arm (707) other side of dynamic clamp arm driving mechanism (701) upper end face, one end of the dynamic clamp arm driving mechanism (701) are welded in Set on laser engraving box enclosure body (702) outer surface and with joystick (2) nested encryptions, the dynamic clamp arm driving mechanism (701) the other end is equipped with power Transmission platform (710), and the upper end face of the power Transmission platform (710) is respectively equipped with clamp arm (706), clamp arm (707) are moved, the other end of the power Transmission platform (710) is connected with finished product material storing box (11), the motor Driving mechanism (703), power Transmission platform (710) are electrically connected with laser engraving machine controller (6).

2. a kind of environment-protective sealing formula laser engraving machine according to claim 1, it is characterised in that: the dynamic clamp arm driving machine Structure (701) is by screw thread bull stick (70101), fixed axis gear (70102), No.1 free gear (70103), gear drive disk (70104), No. two free gears (70105), transverse movement rack gear (70106), fixed connecting rod (70107), connection cross bar (70108) it forms, the other end of connection cross bar (70108) is mutually welded with dynamic clamp arm (707), the connection cross bar (70108) upper surface of one end is connected with fixed connecting rod (70107), and the upper end face of the fixed connecting rod (70107) is welded in The other side of transverse movement rack gear (70106) rear surface, the side connection of transverse movement rack gear (70106) rear surface There are No. two free gears (70105), No. two free gears (70105) are movably connected on the upper of gear drive disk (70104) The rear surface of end surfaces, the gear drive disk (70104) is flexibly connected with No.1 free gear (70103), the screw thread Bull stick (70101) is meshed with No.1 free gear (70103), the other end and fixed axis gear of the screw thread bull stick (70101) (70102) one end of nested encryptions, the screw thread bull stick (70101) is set to the outer surface of laser engraving box enclosure body (702) simultaneously With joystick (2) nested encryptions.

3. a kind of environment-protective sealing formula laser engraving machine according to claim 1, it is characterised in that: the motor-driven mechanism (703) axis (70302), the first axis drive plate (70303), No. two rotation axis are rotated by electric machine support (70301), No.1 (70304), movable rod (70305), the first drive bevel gear (70306), the second drive bevel gear (70307), bevel gear pass Lever (70308), third drive bevel gear (70309), driving motor (70310) composition, electric machine support (70301) welding In the upper left side of laser engraving box enclosure body (702) inner surface, the upper end face of the electric machine support (70301) is equipped with driving electricity Machine (70310), one end of the driving motor (70310) and No.1 rotate axis (70302) nested encryptions, the No.1 rotation Axis (70302) is connected to the other side of first axis drive plate (70303) front-end surface, the first axis drive plate (70303) upper surface of front end is connected with No. two rotation axis (70304), the rear surface of the movable rod (70305) with No. two rotation axis (70304) nested encryptions, the upper end face and the first drive bevel gear of the movable rod (70305) (70306) upper surface of nested encryptions, the first drive bevel gear (70306) other end is connected with the second drive bevel gear (70307), the left and right ends of the bevel gear drive rod (70308) are driven with the second drive bevel gear (70307), third respectively Bevel gear (70309) nested encryptions, the third drive bevel gear (70309) are connected to the one of reciprocating Egraver (704) End.

4. a kind of environment-protective sealing formula laser engraving machine according to claim 1, it is characterised in that: the reciprocating engraving machine Structure (704) is by No.1 toothed disc (70401), the first screw bracket (70402), transverse movement seat (70403), the second screw bracket (70404), lateral rotation screw rod (70405), laser engraving machine (70406), the 4th drive bevel gear (70407) composition, it is described No.1 toothed disc (70401) is connected to the other side of motor-driven mechanism (703) upper end face, the No.1 toothed disc (70401) other side of front-end surface is connected with the 4th drive bevel gear (70407), the lateral rotation screw rod (70405) One end in extend transversely through in the first screw bracket (70402) and with the 4th drive bevel gear (70407) nested encryptions, the transverse direction The other end of rotation screw rod (70405) sequentially passes through transverse movement seat (70403), the second screw bracket (70404) simultaneously in lateral Laser engraving machine is connected with the rear surface of air filtration mechanism (705) nested encryptions, the transverse movement seat (70403) (70406), laser engraving machine (70406) rear surface is respectively arranged on the left side and the right side dynamic clamp arm (707), clamp arm (706)。

5. a kind of environment-protective sealing formula laser engraving machine according to claim 1, it is characterised in that: the air filtration mechanism (705) it is linked by No. three rotation axis (70501), the first movable bayonet lock (70502), the second axis drive disk (70503), bayonet lock Bar (70504), connection turntable (70505), the second movable bayonet lock (70506), upper piston connecting rod (70507), piston cylinder (70508), limiting piston (70509), lower piston connecting rod (70510), movable disk (70511), connection belt (70512), No. two toothed discs (70513), the 5th drive bevel gear (70514), connection fan (70515), air inlet strainer (70516), air Rose Box (70517) composition, the lower surface of described air filtering box (70517) one end, which is embedded with, enters the wind strainer (70516), and described three Number rotation axis (70501) be set to air filtering box (70517) inner surface upper left side, the reciprocating Egraver (704) The other end be set to air filtering box (70517) inner surface and with No. three rotation axis (70501) nested encryptions, described No. three Rotation axis (70501) is connected to the side of second axis drive disk (70503) front-end surface, the second axis drive disk (70503) the first movable bayonet lock (70502), the left and right two of the bayonet lock interlocking bar (70504) are fixed in front-end surface End is flexibly connected with the first movable bayonet lock (70502), the second movable bayonet lock (70506) respectively, the described second movable bayonet lock (70506) it is fixed in the front-end surface of connection turntable (70505), the upper end face of the upper piston connecting rod (70507) It is flexibly connected with turntable (70505) are connect, the rear surface of the upper piston connecting rod (70507) is set to piston cylinder (70508) Inner surface and connect with limiting piston (70509), the upper end face of the lower piston connecting rod (70510) is set to piston cylinder (70508) inner surface is simultaneously connect, the rear surface of the lower piston connecting rod (70510) and work with limiting piston (70509) Turn disk (70511) is flexibly connected, and No. two toothed discs (70513) are connected to movable disk by connecting belt (70512) (70511) side of side, No. two toothed discs (70513) front-end surface is connected with the 5th drive bevel gear (70514), The other end and the 5th drive bevel gear (70514) nested encryptions of connection fan (70515), the air filtering box (70517) rear surface is welded with connection strut (709), one end and air filtering box (70517) phase of the air draft seat (9) Connection.