CN110153568A

CN110153568A - A kind of multi-use architecture laser cutting machine

Info

Publication number: CN110153568A
Application number: CN201910445923.0A
Authority: CN
Inventors: 张瑞花
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-05-27
Filing date: 2019-05-27
Publication date: 2019-08-23

Abstract

The present invention relates to a kind of laser cutting machines, are in particular a kind of multi-use architecture laser cutting machines, and the laser cutting machine spout of the fixed different size of device can be cut by laser；Device, which can be cut by laser, may be implemented reciprocating cutting to construction material, and then accelerate rate of cutting；Can be cut by laser device change institute energy cutting building material length；The construction material of device cutting different in width can be cut by laser, including laser cutting device, driving arm, main body rack assembly, speed regulation assembly, fixed bracket, connection belt and conveyer belt, adjusting upside pushes interior sliding terminal to use position in the inner end of spout fixed link, and then adjust the use position of fixed jaw and body cradle one, so that the distance of multiple fixed jaw lower ends changes, and then facilitate the spout of the laser cutter of fixed different size.

Description

A kind of multi-use architecture laser cutting machine

Technical field

The present invention relates to a kind of laser cutting machines, are in particular a kind of multi-use architecture laser cutting machines.

Background technique

Such as a kind of multi-use architecture laser cutting machine of Patent No. CN201820213392.3, the utility model disclose A kind of multi-use architecture laser cutting machine, including laser cutting machine tool main body, alarm lamp, idler wheel and control panel swash The bottom end of light cutting machine main body is provided with idler wheel, and idler wheel is connect with laser cutting machine tool subject activity, laser cutting machine The top left side of apparatus main body is provided with control panel, and control panel is fixedly connected with laser cutting machine tool main body, and laser is cut Position is provided with movable cover plate among the top left side of cutting mill apparatus main body, is provided with electric pushrod, electric pushrod can be random Mobile dust hood, but the shortcomings that invention is the laser cutting machine spout of fixed different size of having no idea, while cannot Change rate of cutting.

Summary of the invention

The object of the present invention is to provide a kind of multi-use architecture laser cutting machines, and device can be cut by laser and fix The laser cutting machine spout of different size；Device, which can be cut by laser, may be implemented reciprocating cutting to construction material, into And accelerate rate of cutting；Can be cut by laser device change institute energy cutting building material length；It can be cut by laser Cut the construction material of device cutting different in width.

The purpose of the present invention is achieved through the following technical solutions:

A kind of multi-use architecture laser cutting machine, including laser cutting device, driving arm, main body rack assembly, Assembly, fixed bracket, connection belt and conveyer belt are adjusted the speed, the laser cutting device includes length drives combination, reciprocal fortune Dynamic combination, position adjust combination, laser cutting machine shower nozzle fixing device, reversing outer frame, inertia outline border, mass block, mass block are slided Bar, spray head fixed link, driving wheel, driving slider, driving motor, input cone tooth, drive rod one, transmission cone tooth one, passes push spring one Mantle tooth two, transmission cone tooth three, driving bull stick, transmission cone tooth four, drive rod two, transmission cone tooth five, perforation turn hole one, perforation turn Hole two, hollow out chamber one, connectivity slot one, hollow out chamber two, perforation gain one, perforation rectangular channel one, perforation gain two, sandwich plate one, The sliding chamber one of connecting plate one, sandwich plate two, fixation hole, hollow out, the sliding chamber two of hollow out, limit end plate one, the cone tooth of threaded shank, limit It is end plate two, multiple card slots, spout fixed link, positive stop lug boss, fixed jaw, inner end card slot, body cradle one, side wall hollow slots, hinged Frame two, hollow out chamber A, hand push rod one, multiple connecting rods, multiple perforation sliding slots, multiple kellies, multiple kelly slide openings, multiple arcs Shape slide bar, inner end push spring one, driving wheel ontology mesh groove, multiple rear wall card slots, manual bull stick, side wall fixed link, side wall cone Tooth one, tooth shaft one, driving kelly, arc push rod, push rod push spring two, push rod push spring three, rectangular notch, prismatic chuck, driving cone Tooth, limit slide unit, middle-end gain and interior sliding terminal, the length drives combination is combined with reciprocating motion to be slidably connected, position tune Section combination is combined with length drives to be fixedly connected, and laser cutting machine shower nozzle fixing device is combined with reciprocating motion and is fixedly connected, and is changed It is fixedly connected to outline border with inertia outline border, mass block is connect with mass block sliding bar, and push spring one is provided with multiple, multiple push springs One is socketed on mass block slide bar, and mass block slide bar is fixedly connected on inertia outline border, perforation turn hole one and perforation turn hole two Reversing outer frame is penetrated through, the front end of reversing outer frame is arranged in hollow out chamber one, and connectivity slot one is arranged in the front side of reversing outer frame inner wall, engraves The rear end of reversing outer frame is arranged in cavity two, and perforation gain one penetrates through the rear end face of reversing outer frame, and the perforation perforation of rectangular channel one is changed To the rear end face of outline border, penetrates through the front end that reversing outer frame is arranged in gain two, sandwich plate one and sandwich plate two and connecting plate one is solid Fixed connection, fixation hole are arranged on connecting plate one, and transmission cone tooth three is fixedly connected with driving bull stick, and driving bull stick and driving wheel are solid Fixed connection, there are two driving slider settings, and two driving sliders are fixedly connected on the outer wall of reversing outer frame, and input cone tooth is solid Surely it is connected on the output shaft of driving motor, driving motor is fixedly connected on sandwich plate two, transmission cone tooth one and transmission cone tooth Two are fixedly connected with drive rod one, and the both ends of drive rod one are rotatably connected in perforation turn hole one, transmission cone tooth four and transmission cone Tooth five is fixedly connected with drive rod two, and the both ends of drive rod two are rotatably connected in perforation turn hole two, and driving bar rotation connects It connects on sandwich plate one, sandwich plate one is slidably connected in hollow out chamber one, and sandwich plate two is slidably connected in hollow out chamber two, connection In connectivity slot one and perforation rectangular channel one, the sliding chamber one of hollow out and the sliding chamber two of hollow out are arranged at length drive for the both ends setting of plate one Dynamic group is closed, and limit end plate one is slidably connected in the sliding chamber one of hollow out, and limit end plate one is connect with the cone tooth thread of threaded shank, Limit end plate two is fixedly connected on the outer wall of length drives combination, and multiple card slots are arranged at the upper end of length drives combination, Two driving sliders are slidably connected in the sliding chamber two of hollow out, and driving wheel and card slot are cooperatively connected, and positive stop lug boss is fixed with spout Bar is fixedly connected, and inner end card slot is provided with multiple, and multiple inner end card slots are arranged at the inner end of spout fixed link, side wall hollow slots It is arranged on the outer wall of spout fixed link, body cradle two is fixedly connected in spout fixed link, the middle-end rotation connection of fixed jaw On body cradle two, hollow out chamber A is arranged in body cradle one, and body cradle one is fixedly connected on sliding terminal inside, and multiple perforations are slided Slot is arranged on interior sliding terminal, and hand push rod one is slidably connected with perforation sliding slot, and arc slide bar is slidably connected with perforation sliding slot, Connecting rod is connected between hand push rod one and arc slide bar, and multiple arcs slide bar is fixedly connected with multiple kellies respectively, multiple Kelly is slidably connected with multiple kelly slide openings respectively, inner end push spring one is provided between kelly slide opening and kelly, mesh groove is set It sets on the outer wall of driving wheel ontology, the left end of mesh groove is arranged in multiple rear wall card slots, and driving wheel ontology and tooth shaft one are solid Fixed connection, side wall cone tooth one are fixedly connected with tooth shaft one, and tooth shaft one and side wall fixed link are rotatablely connected, and middle-end gain and rectangle lack Mouth is arranged in side wall fixed link, and driving kelly is fixedly connected with arc push rod, and arc push rod is slidably connected with middle-end gain, Push rod push spring two is arranged between middle-end gain and arc push rod, and prismatic chuck is slidably connected with side wall fixed link, push rod push spring Three are arranged between prismatic chuck and the inner wall of rectangular notch, and manual bull stick is fixedly connected with driving cone tooth, limit slide unit and hand Turn bar is fixedly connected, and limit slide unit is slidably connected in middle-end gain, and side wall fixed link is combined with length drives to be fixedly connected； The cone tooth engagement of driving cone tooth and threaded shank is driven；Kelly and inner end card slot are clamped, and body cradle one is arranged in side wall hollow slots Interior, fixed jaw and body cradle one are slide hinged；

The driving arm include door type frame and driving boss, driving boss be fixedly connected with door type frame, drive boss and Mesh groove is cooperatively connected, and the upper end of door type frame is arranged in driving wheel ontology；

The main body rack assembly includes main body frame, articulated stand three, transmission cone tooth A, drive pulley A, transmission turn Axis A, fixed frame, fixed frame slide opening, balladeur train one, drive roller one, interior push spring one, interior rectangular channel, drive roller two, drive roller Three, middle-end slide bar, chuck, interior push spring three, driving cone tooth A, drive roller four, balladeur train two, interior push spring four, drive roller five, rolling Axis one and roller bearing belt wheel, the articulated stand three are fixedly connected with main body frame, and drive shaft A and the rotation of articulated stand three connect It connects, transmission cone tooth A and drive pulley A is fixedly connected with drive shaft A, and fixed frame is fixedly connected with main body frame, fixed frame Slide opening is arranged in fixed frame, and balladeur train one is connect with drive roller one, and balladeur train one is slidably connected in interior rectangular channel, interior push spring one It is arranged in interior rectangular channel, drive roller two and main body frame are rotatablely connected, and drive roller three and middle-end slide bar are rotatablely connected, in End slide bar is slidably connected with main body frame, and chuck is fixedly connected with middle-end slide bar, and interior push spring three is socketed on middle-end slide bar, driving It bores tooth A and middle-end slide bar is rotatablely connected, drive roller four and balladeur train two are rotatablely connected, and balladeur train two is slidably connected with main body frame, Interior push spring four is arranged between main body frame and balladeur train two, and drive roller five is fixedly connected with roller bearing one, roller bearing one and body frame Frame rotation connection, roller bearing belt wheel are fixedly connected with roller bearing one, and main body frame is fixedly connected with door type frame；

The speed regulation assembly include output bevel gear, shaft one, friction pulley one, outer end slide bar, drive ball, friction pulley two, Shaft two, articulated stand bar, transmission straight-tooth one, transmission straight-tooth two, motor and speed change outline border, output bevel gear and the fixed company of shaft one It connects, shaft one and speed change outline border are rotatablely connected, and friction pulley one is fixedly connected with shaft one, and friction pulley one and friction pulley two pass through biography Dynamic ball connection, drive ball and outer end slide bar are cooperatively connected, and outer end slide bar is slidably connected with speed change outline border, friction pulley two and shaft two Rotation connection, shaft two and articulated stand bar are rotatablely connected, and articulated stand bar is fixedly connected with speed change outline border, be driven straight-tooth one and Shaft two is fixedly connected, and two engaged transmission of transmission straight-tooth one and transmission straight-tooth, motor is fixedly connected with speed change outline border, and one turn of shaft It is dynamic to be connected in fixed frame slide opening；

The fixed bracket includes drum frame, anti-skidding boss, boss push spring, boss sliding slot, hinge bar one, hinged push spring One, hinge bar one, set spring, throw-out lever, buffer ferrule, buffering slide bar, buffering push spring one and buffering push spring two, anti-skidding boss are driven It is slidably connected with boss sliding slot, boss push spring is arranged between anti-skidding boss and boss sliding slot, and hinge bar one is hinged with drum frame Connection, hinge bar one and driving hinge bar one are slidably connected, the setting of hinged push spring one hinge bar one and drive hinge bar one it Between, hinge bar is a set of connects in succession for set spring and driving, and throw-out lever and driving hinge bar one are articulated and connected, buffer ferrule and hinge bar one Articulated connection, buffer ferrule are slidably connected with buffering slide bar, and buffering slide bar and drum frame are articulated and connected, and buffer push spring one and buffering Push spring two is arranged in buffer ferrule, and drum frame is fixedly connected on the lower end of main body frame.

As advanced optimizing for the technical program, a kind of multi-use architecture laser cutting machine of the present invention, it is described in push away Spring three is in compressive state.

As advanced optimizing for the technical program, a kind of multi-use architecture laser cutting machine of the present invention, the driving Bore tooth A simultaneously with transmission cone tooth A and output bevel gear engaged transmission, transmission cone tooth A not with output bevel gear engaged transmission.

As advanced optimizing for the technical program, a kind of multi-use architecture laser cutting machine of the present invention, the boss Push spring is in compressive state.

As advanced optimizing for the technical program, a kind of multi-use architecture laser cutting machine of the present invention, the shaft One and shaft two it is not coaxial.

A kind of multi-use architecture laser cutting machine of the invention has the beneficial effect that

A kind of multi-use architecture laser cutting machine of the present invention adjusts upside and pushes interior sliding terminal in spout fixed link End uses position, and then adjusts fixed jaw with body cradle one using position, so that the distance of multiple fixed jaw lower ends It changes, and then facilitates the spout of the laser cutter of fixed different size；By the mating connection of driving wheel and card slot, make Driving slider reverse slide in the sliding chamber two of hollow out is obtained, and then drives the spout reverse cut construction material of laser cutter, By reciprocal cutting, the efficiency of cutting building material is improved；Change the distance between limit end plate one and limit end plate two, into And change reversing outer frame slidable maximum distance in length drives combination, facilitate the construction material for adapting to different in width；It drives Driving wheel ontology rotation, by the mating connection of mesh groove and driving boss, so that length drives combination left and right on door type frame It is mobile, facilitate the length for adjusting the spout institute energy cutting building material of laser cutter；Change drive ball by outer end slide bar to exist Position between friction pulley two and friction pulley one so that the center of friction pulley two and friction pulley one apart from drive ball away from ratio hair Changing, and then change the transmission ratio between output bevel gear and motor, and then change the speed of output bevel gear；Belt is connected to drive Roller bearing belt wheel rotation, and then drive drive roller five rotate, by drive roller five drive conveyer belt, complete to Building wood The feeding of material is transported；By changing the speed of output bevel gear, the feeding travelling speed changed to construction material can be facilitated.

Detailed description of the invention

The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.

Fig. 1 is a kind of overall structure diagram one of multi-use architecture laser cutting machine of the present invention；

Fig. 2 is laser cutting device structural schematic diagram one of the invention；

Fig. 3 is laser cutting device structural schematic diagram two of the invention；

Fig. 4 is laser cutting device structural schematic diagram three of the invention；

Fig. 5 is laser cutting device structural schematic diagram four of the invention；

Fig. 6 is laser cutting device structural schematic diagram five of the invention；

Fig. 7 is laser cutting device structural schematic diagram six of the invention；

Fig. 8 is laser cutting device structural schematic diagram seven of the invention；

Fig. 9 is laser cutting device structural schematic diagram eight of the invention；

Figure 10 is laser cutting device structural schematic diagram nine of the invention；

Figure 11 is laser cutting device structural schematic diagram ten of the invention；

Figure 12 is laser cutting device structural schematic diagram 11 of the invention；

Figure 13 is laser cutting device structural schematic diagram 12 of the invention；

Figure 14 is laser cutting device structural schematic diagram 13 of the invention；

Figure 15 is laser cutting device structural schematic diagram 14 of the invention；

Figure 16 is laser cutting device structural schematic diagram 15 of the invention；

Figure 17 is laser cutting device structural schematic diagram 16 of the invention；

Figure 18 is laser cutting device structural schematic diagram 17 of the invention；

Figure 19 is overall structure diagram two of the invention；

Figure 20 is driving arm structural schematic diagram of the invention；

Figure 21 is main body rack composite unit structure schematic diagram one of the invention；

Figure 22 is main body rack composite unit structure schematic diagram two of the invention；

Figure 23 is speed regulation composite unit structure schematic diagram of the invention；

Figure 24 is fixing rack structure schematic diagram one of the invention；

Figure 25 is fixing rack structure schematic diagram two of the invention.

In figure: laser cutting device 1；Length drives combine 1-1；Move back and forth combination 1-2；Position adjusts combination 1-3；Swash Light cutting machine shower nozzle fixing device 1-4；Reversing outer frame 1-5；Inertia outline border 1-6；Mass block 1-7；Mass block slide bar 1-8；Push spring One 1-9；Spray head fixed link 1-10；Driving wheel 1-11；Driving slider 1-12；Driving motor 1-13；Input cone tooth 1-14；Drive rod One 1-15；Transmission cone one 1-16 of tooth；Transmission cone two 1-17 of tooth；Transmission cone three 1-18 of tooth；Drive bull stick 1-19；Transmission cone four 1- of tooth 20；Two 1-21 of drive rod；Transmission cone five 1-22 of tooth；Penetrate through one 1-23 of turn hole；Penetrate through two 1-24 of turn hole；One 1-25 of hollow out chamber；Even One 1-26 of through slot；Two 1-27 of hollow out chamber；Penetrate through one 1-28 of gain；Penetrate through one 1-29 of rectangular channel；Penetrate through two 1-30 of gain；Sandwich plate One 1-31；One 1-32 of connecting plate；Two 1-33 of sandwich plate；Fixation hole 1-34；Hollow out slides one 1-35 of chamber；Hollow out slides two 1-36 of chamber；Limit Position one 1-37 of end plate；The cone tooth 1-38 of threaded shank；Limit two 1-39 of end plate；Card slot 1-40；Spout fixed link 1-41；Limit convex Platform 1-42；Fixed jaw 1-43；Inner end card slot 1-44；One 1-45 of body cradle；Side wall hollow slots 1-46；Two 1-47 of body cradle；Hollow out Chamber A1-48；One 1-49 of hand push rod；Connecting rod 1-50；Penetrate through sliding slot 1-51；Kelly 1-52；Kelly slide opening 1-53；Arc slide bar 1-54；One 1-55 of inner end push spring；Driving wheel ontology 1-56；Mesh groove 1-57；Rear wall card slot 1-58；Manual bull stick 1-59；Side Wall fixed link 1-60；Side wall bores one 1-61 of tooth；One 1-62 of tooth shaft；Drive kelly 1-63；Arc push rod 1-64；Two 1- of push rod push spring 65；Three 1-66 of push rod push spring；Rectangular notch 1-67；Prismatic chuck 1-68；Driving cone tooth 1-69；Limit slide unit 1-70；Middle-end waist Slot 1-71；Interior sliding terminal 1-72；Driving arm 2；Door type frame 2-1；Drive boss 2-2；Main body rack assembly 3；Main body frame 3-1；Three 3-2 of articulated stand；Transmission cone tooth A3-3；Drive pulley A3-4.Drive shaft A3-5；Fixed frame 3-6；Fixed frame slide opening 3-7；One 3-8 of balladeur train；One 3-9 of drive roller；Interior one 3-10 of push spring；Interior rectangular channel 3-11；Two 3-12 of drive roller；Drive roller Three 3-13；Middle-end slide bar 3-14；Chuck 3-15；Interior three 3-16 of push spring；Driving cone tooth A3-17；Four 3-18 of drive roller；Balladeur train two 3-19；Interior four 3-20 of push spring；Five 3-21 of drive roller；One 3-22 of roller bearing；Roller bearing belt wheel 3-23；Adjust the speed assembly 4；Speed regulation combination Body 4；Output bevel gear 4-1；One 4-2 of shaft；One 4-3 of friction pulley；Outer end slide bar 4-4；Drive ball 4-5；Two 4-6 of friction pulley；Shaft Two 4-7；Articulated stand bar 4-8；It is driven one 4-9 of straight-tooth；It is driven two 4-10 of straight-tooth；Motor 4-11；Speed change outline border 4-12；Fixed branch Frame 5；Drum frame 5-1；Anti-skidding boss 5-2；Boss push spring 5-3；Boss sliding slot 5-4；One 5-5 of hinge bar；One 5-6 of hinged push spring； Drive one 5-7 of hinge bar；Cover spring 5-8；Throw-out lever 5-9；Buffer ferrule 5-10；Buffer slide bar 5-11；Buffer one 5-12 of push spring；It is slow Rush two 5-13 of push spring；Connect belt 6；Conveyer belt 7.

Specific embodiment

The present invention is described in further detail below in conjunction with the accompanying drawings.

It is fixedly connected described in the present apparatus and refers to and be fixed by the modes such as weld, be screwed, in conjunction with different Use environment uses different fixed forms；The rotation connection refers to by drying bearing on axis, on axis or axis hole It is provided with spring catch ring recess, the axial restraint of bearing is realized in circlip groove by the way that circlip to be stuck in, realizes rotation；Described It is slidably connected and refers to and be attached by sliding of the sliding block in sliding slot or guide rail；Described hingedly refers to by hinge, pin Movable connection type is carried out on the union pieces such as axis and short axle；It is close by sealing ring or O-ring realization at required sealing Envelope.

Specific embodiment 1:

Illustrate present embodiment, a kind of multi-use architecture laser cutting machine, including laser cutting below with reference to Fig. 1-2 5 Device 1, driving arm 2, main body rack assembly 3, speed regulation assembly 4, fixed bracket 5, connection belt 6 and conveyer belt 7, it is described Laser cutting device 1 includes length drives combination 1-1, moves back and forth combination 1-2, position adjusting combination 1-3, laser cutting machine spray Head fixed device 1-4, reversing outer frame 1-5, inertia outline border 1-6, mass block 1-7, mass block slide bar 1-8, one 1-9 of push spring, spray head Fixed link 1-10, it driving wheel 1-11, driving slider 1-12, driving motor 1-13, input cone tooth 1-14, one 1-15 of drive rod, passes One 1-16 of mantle tooth, transmission cone two 1-17 of tooth, transmission cone three 1-18 of tooth, driving bull stick 1-19, transmission cone four 1-20 of tooth, drive rod Two 1-21, transmission cone five 1-22 of tooth, perforation one 1-23 of turn hole, perforation two 1-24 of turn hole, one 1-25 of hollow out chamber, one 1- of connectivity slot 26, two 1-27 of hollow out chamber, perforation one 1-28 of gain, perforation one 1-29 of rectangular channel, perforation two 1-30 of gain, one 1-31 of sandwich plate, Sliding one 1-35 of chamber of one 1-32 of connecting plate, two 1-33 of sandwich plate, fixation hole 1-34, hollow out, sliding two 1-36 of chamber of hollow out, limit end plate one 1-37, the cone tooth 1-38 of threaded shank, limit two 1-39 of end plate, multiple card slot 1-40, spout fixed link 1-41, positive stop lug boss 1- 42, fixed jaw 1-43, inner end card slot 1-44, one 1-45 of body cradle, side wall hollow slots 1-46, two 1-47 of body cradle, hollow out chamber A1- 48, one 1-49 of hand push rod, multiple connecting rod 1-50, multiple perforation sliding slot 1-51, multiple kelly 1-52, multiple kelly slide opening 1- 53, multiple arcs slide bar 1-54, one 1-55 of inner end push spring, driving wheel ontology 1-56 mesh groove 1-57, multiple rear wall card slot 1- 58, manual bull stick 1-59, side wall fixed link 1-60, side wall cone one 1-61 of tooth, one 1-62 of tooth shaft, driving kelly 1-63, arc push away Bar 1-64, two 1-65 of push rod push spring, three 1-66 of push rod push spring, rectangular notch 1-67, prismatic chuck 1-68, driving cone tooth 1-69, Slide unit 1-70, middle-end gain 1-71 and interior sliding terminal 1-72 are limited, the length drives combination 1-1 combines 1-2 with reciprocating motion Be slidably connected, position adjusts combination 1-3 and combines 1-1 with length drives and be fixedly connected, laser cutting machine shower nozzle fixing device 1-4 and It moves back and forth combination 1-2 to be fixedly connected, reversing outer frame 1-5 is fixedly connected with inertia outline border 1-6, and mass block 1-7 and mass block are sliding Bar 1-8 is slidably connected, and one 1-9 of push spring is provided with multiple, and multiple one 1-9 of push spring are socketed on mass block slide bar 1-8, mass block Slide bar 1-8 is fixedly connected on inertia outline border 1-6, and perforation one 1-23 of turn hole and perforation two 1-24 of turn hole penetrate through reversing outer frame 1-5, The front end of reversing outer frame 1-5 is arranged in one 1-25 of hollow out chamber, and the front side of reversing outer frame 1-5 inner wall is arranged in one 1-26 of connectivity slot, The rear end of reversing outer frame 1-5 is arranged in two 1-27 of hollow out chamber, and the rear end face of perforation one 1-28 of gain perforation reversing outer frame 1-5 passes through The front end of reversing outer frame 1-5 is arranged in the rear end face of logical one 1-29 of rectangular channel perforation reversing outer frame 1-5, perforation two 1-30 of gain, One 1-31 of sandwich plate and two 1-33 of sandwich plate are fixedly connected with one 1-32 of connecting plate, and fixation hole 1-34 is arranged in one 1-32 of connecting plate On, transmission cone three 1-18 of tooth is fixedly connected with driving bull stick 1-19, and driving bull stick 1-19 is fixedly connected with driving wheel 1-11, is driven There are two slide bar 1-12 settings, and two driving slider 1-12 are fixedly connected on the outer wall of reversing outer frame 1-5, input cone tooth 1- 14 are fixedly connected on the output shaft of driving motor 1-13, and driving motor 1-13 is fixedly connected on two 1-33 of sandwich plate, transmission Cone one 1-16 of tooth and transmission cone two 1-17 of tooth are fixedly connected with one 1-15 of drive rod, and the both ends of one 1-15 of drive rod are rotatably connected on It penetrates through in one 1-23 of turn hole, transmission cone four 1-20 of tooth and transmission cone five 1-22 of tooth are fixedly connected with two 1-21 of drive rod, are driven The both ends of two 1-21 of bar are rotatably connected in perforation two 1-24 of turn hole, and driving bull stick 1-19 is rotatably connected on one 1-31 of sandwich plate On, one 1-31 of sandwich plate is slidably connected in one 1-25 of hollow out chamber, and two 1-33 of sandwich plate is slidably connected in two 1-27 of hollow out chamber, The both ends setting of one 1-32 of connecting plate is in one 1-26 of connectivity slot and perforation one 1-29 of rectangular channel, sliding one 1-35 of chamber of hollow out and hollow out Sliding two 1-36 of chamber is arranged on length drives combination 1-1, and limit one 1-37 of end plate is slidably connected in sliding one 1-35 of chamber of hollow out, Limit one 1-37 of end plate is threadedly coupled with the cone tooth 1-38 of threaded shank, and limit two 1-39 of end plate is fixedly connected on length drives group On the outer wall for closing 1-1, multiple card slot 1-40 are arranged at the upper end of length drives combination 1-1, and two driving slider 1-12 are sliding Dynamic to be connected in sliding two 1-36 of chamber of hollow out, driving wheel 1-11 and card slot 1-40 are cooperatively connected, and positive stop lug boss 1-42 is fixed with spout Bar 1-41 is fixedly connected, and inner end card slot 1-44 is provided with multiple, and multiple inner end card slot 1-44 are arranged at spout fixed link 1-41 Inner end, side wall hollow slots 1-46 is arranged on the outer wall of spout fixed link 1-41, and two 1-47 of body cradle is fixedly connected on spout On fixed link 1-41, the middle-end of fixed jaw 1-43 is rotatably connected on two 1-47 of body cradle, and hollow out chamber A1-48 is arranged in body cradle In one 1-45, one 1-45 of body cradle is fixedly connected on sliding terminal 1-72 inside, and multiple perforation sliding slot 1-51 are arranged at interior sliding end On sub- 1-72, one 1-49 of hand push rod is slidably connected with perforation sliding slot 1-51, arc slide bar 1-54 and perforation sliding slot 1-51 sliding Connection, connecting rod 1-50 is connected between one 1-49 of hand push rod and arc slide bar 1-54, multiple arcs slide bar 1-54 respectively with Multiple kelly 1-52 are fixedly connected, and multiple kelly 1-52 are slidably connected with multiple kelly slide opening 1-53 respectively, kelly slide opening 1-53 Push spring one 1-55 in inner end is provided between kelly 1-52, mesh groove 1-57 is arranged on the outer wall of driving wheel ontology 1-56, The left end of mesh groove 1-57 is arranged in multiple rear wall card slot 1-58, and driving wheel ontology 1-56 is fixedly connected with one 1-62 of tooth shaft, Side wall cone one 1-61 of tooth is fixedly connected with one 1-62 of tooth shaft, and one 1-62 of tooth shaft and side wall fixed link 1-60 are rotatablely connected, middle-end waist Slot 1-71 and rectangular notch 1-67 is arranged on side wall fixed link 1-60, driving kelly 1-63 and the fixed company of arc push rod 1-64 It connects, arc push rod 1-64 is slidably connected with middle-end gain 1-71, and two 1-65 of push rod push spring is arranged in middle-end gain 1-71 and arc Between push rod 1-64, prismatic chuck 1-68 is slidably connected with side wall fixed link 1-60, and three 1-66 of push rod push spring is arranged in prismatic card Between platform 1-68 and the inner wall of rectangular notch 1-67, manual bull stick 1-59 is fixedly connected with driving cone tooth 1-69, limits slide unit 1- 70 are fixedly connected with manual bull stick 1-59, and limit slide unit 1-70 is slidably connected in middle-end gain 1-71, side wall fixed link 1-60 1-1 is combined with length drives to be fixedly connected；The cone tooth 1-38 engaged transmission of driving cone tooth 1-69 and threaded shank；Kelly 1-52 with Inner end card slot 1-44 clamping, one 1-45 of body cradle are arranged in side wall hollow slots 1-46, fixed jaw 1-43 and one 1-45 of body cradle It is slide hinged；

The position that uses that upside pushes interior sliding terminal 1-72 in the inner end of spout fixed link 1-41 is adjusted, and then adjusts and fixes Pawl 1-43's and one 1-45 of body cradle uses position, so that the distance of the lower end multiple fixed jaw 1-43 changes, in turn Facilitate the spout of the laser cutter of fixed different size；By the mating connection of driving wheel 1-11 and card slot 1-40, so that driving Moving slide-bar 1-12 reverse slide in sliding two 1-36 of chamber of hollow out, and then drive the spout reverse cut Building wood of laser cutter Material, by reciprocal cutting, improves the efficiency of cutting building material；Change limit one 1-37 of end plate and limit two 1-39 of end plate it Between distance, and then change reversing outer frame 1-5 slidable maximum distance in length drives combination 1-1, facilitate adaptation different The construction material of width；Driving wheel ontology 1-56 rotation is made by the mating connection of mesh groove 1-57 and driving boss 2-2 It obtains length drives combination 1-1 to move left and right on door type frame 2-1, facilitates the spout for adjusting laser cutter that can cut Building wood The length of material；

The driving arm 2 includes door type frame 2-1 and driving boss 2-2, drives boss 2-2 and door type frame 2-1 is fixed to connect It connects, driving boss 2-2 and mesh groove 1-57 are cooperatively connected, and the upper end of door type frame 2-1 is arranged in driving wheel ontology 1-56；

The main body rack assembly 3 includes main body frame 3-1, three 3-2 of articulated stand, transmission cone tooth A3-3, transmission belt Take turns A3-4, drive shaft A3-5, fixed frame 3-6, fixed frame slide opening 3-7, one 3-8 of balladeur train, one 3-9 of drive roller, interior push spring one 3-10, interior rectangular channel 3-11, two 3-12 of drive roller, three 3-13 of drive roller, middle-end slide bar 3-14, chuck 3-15, interior push spring Three 3-16, driving cone tooth A3-17, four 3-18 of drive roller, two 3-19 of balladeur train, four 3-20 of interior push spring, five 3-21 of drive roller, rolling One 3-22 of axis and roller bearing belt wheel 3-23, three 3-2 of articulated stand are fixedly connected with main body frame 3-1, drive shaft A3-5 with Three 3-2 of articulated stand rotation connection, transmission cone tooth A3-3 and drive pulley A3-4 is fixedly connected with drive shaft A3-5, fixed Frame 3-6 is fixedly connected with main body frame 3-1, and fixed frame slide opening 3-7 is arranged in fixed frame 3-6, one 3-8 of balladeur train and drive roller One 3-9 connection, one 3-8 of balladeur train are slidably connected in interior rectangular channel 3-11, and interior one 3-10 of push spring is arranged in interior rectangular channel 3-11, Two 3-12 of drive roller and main body frame 3-1 is rotatablely connected, and three 3-13 of drive roller and middle-end slide bar 3-14 are rotatablely connected, middle-end Slide bar 3-14 is slidably connected with main body frame 3-1, and chuck 3-15 is fixedly connected with middle-end slide bar 3-14, interior three 3-16 of push spring socket On middle-end slide bar 3-14, driving cone tooth A3-17 and middle-end slide bar 3-14 is rotatablely connected, four 3-18 of drive roller and two 3- of balladeur train 19 rotation connections, two 3-19 of balladeur train and main body frame 3-1 are slidably connected, and interior four 3-20 of push spring is arranged in main body frame 3-1 and cunning Between two 3-19 of frame, five 3-21 of drive roller is fixedly connected with one 3-22 of roller bearing, and one 3-22 of roller bearing and main body frame 3-1 rotation connect It connects, roller bearing belt wheel 3-23 is fixedly connected with one 3-22 of roller bearing, and main body frame 3-1 is fixedly connected with door type frame 2-1；

Connection belt 6 drives roller bearing belt wheel 3-23 to rotate, and then five 3-21 of drive roller is driven to rotate, and passes through transmission Five 3-21 of roller drives conveyer belt 7, completes the feeding to construction material and transports；

The speed regulation assembly 4 includes output bevel gear 4-1, one 4-2 of shaft, one 4-3 of friction pulley, outer end slide bar 4-4, transmission Ball 4-5, two 4-6 of friction pulley, two 4-7 of shaft, articulated stand bar 4-8, transmission one 4-9 of straight-tooth, transmission two 4-10 of straight-tooth, motor 4- 11 and speed change outline border 4-12, output bevel gear 4-1 are fixedly connected with one 4-2 of shaft, and one 4-2 of shaft and speed change outline border 4-12 rotation connect It connecing, one 4-3 of friction pulley is fixedly connected with one 4-2 of shaft, and one 4-3 of friction pulley is connect with two 4-6 of friction pulley by drive ball 4-5, Drive ball 4-5 and outer end slide bar 4-4 is cooperatively connected, and outer end slide bar 4-4 is slidably connected with speed change outline border 4-12, two 4-6 of friction pulley It is rotatablely connected with two 4-7 of shaft, two 4-7 of shaft and articulated stand bar 4-8 are rotatablely connected, articulated stand bar 4-8 and speed change outline border 4-12 is fixedly connected, and transmission one 4-9 of straight-tooth is fixedly connected with two 4-7 of shaft, and transmission one 4-9 of straight-tooth is nibbled with transmission two 4-10 of straight-tooth Transmission is closed, motor 4-11 is fixedly connected with speed change outline border 4-12, and one 4-2 of shaft is rotatably connected in fixed frame slide opening 3-7；

Change position of the drive ball 4-5 between one 4-3 of two 4-6 of friction pulley and friction pulley by outer end slide bar 4-4, so that The center of two 4-6 of friction pulley and one 4-3 of friction pulley apart from drive ball 4-5 away from ratio change, and then change output bevel gear Transmission ratio between 4-1 and motor 4-1, and then change the speed of output bevel gear 4-1；

The fixed bracket 5 includes drum frame 5-1, anti-skidding boss 5-2, boss push spring 5-3, boss sliding slot 5-4, hinge bar One 5-5, one 5-6 of hinged push spring, driving one 5-7 of hinge bar, set spring 5-8, throw-out lever 5-9, buffer ferrule 5-10, buffering slide bar 5- 11, it buffers one 5-12 of push spring and buffers two 5-13 of push spring, anti-skidding boss 5-2 is slidably connected with boss sliding slot 5-4, boss push spring 5- 3 are arranged between anti-skidding boss 5-2 and boss sliding slot 5-4, and one 5-5 of hinge bar and drum frame 5-1 are articulated and connected, one 5- of hinge bar 5 are slidably connected with driving one 5-7 of hinge bar, hinged one 5-6 of push spring setting one 5-5 of hinge bar and driving one 5-7 of hinge bar it Between, set spring 5-8 and driving one 5-7 of hinge bar socket connect, throw-out lever 5-9 and driving one 5-7 of hinge bar articulated connection, cushion collar Pipe 5-10 and one 5-5 of hinge bar are articulated and connected, and buffer ferrule 5-10 and buffering slide bar 5-11 are slidably connected, buffer slide bar 5-11 and Drum frame 5-1 articulated connection, buffering one 5-12 of push spring and buffering two 5-13 of push spring are arranged in buffer ferrule 5-10, drum frame 5-1 is fixedly connected on the lower end of main body frame 3-1.

Specific embodiment 2:

Illustrate present embodiment below with reference to Fig. 1-2 5, present embodiment is described further embodiment one, described Interior three 3-16 of push spring is in compressive state.

Specific embodiment 3:

Illustrate present embodiment below with reference to Fig. 1-2 5, present embodiment is described further embodiment one, described Driving cone tooth A3-17 simultaneously with transmission cone tooth A3-3 and output bevel gear 4-1 engaged transmission, transmission cone tooth A3-3 not with output bevel gear 4-1 engaged transmission.

Specific embodiment 4:

Illustrate that present embodiment, present embodiment are described further embodiment one described convex below with reference to Fig. 1-2 5 Platform push spring 5-3 is in compressive state.

Specific embodiment 5:

Illustrate present embodiment below with reference to Fig. 1-2 5, present embodiment is described further embodiment one, described Shaft one 4-2 and two 4-7 of shaft be not coaxial.

A kind of multi-use architecture laser cutting machine of the invention, its working principle is that:

In use, the spout of laser cutter is placed between multiple fixed jaw 1-43, the sliding terminal into upside promotion 1-72, by the slide hinged of fixed jaw 1-43 and one 1-45 of body cradle, so that fixed jaw 1-43 is connect with one 1-45 of body cradle Place turns down outward, so that the lower end of fixed jaw 1-43 turns down inwardly simultaneously, so that fixed jaw 1-43 and laser cutter The outer wall of spout contacts, and the spout of fixed laser cutter；When upside pushes interior sliding terminal 1-72 along spout fixed link 1- When the upward Slideslip in 41 inner end, connect by inner end card slot 1-44 with the clamping of kelly 1-52, complete to push upside in it is sliding Terminal 1-72 uses the fixation of position, increases the stability of the spout of fixed laser cutter；When needing fixed different size When the spout of laser cutter, adjusts upside and interior sliding terminal 1-72 is pushed to use position in the inner end of spout fixed link 1-41, Adjust fixed jaw 1-43 and one 1-45 of body cradle in turn uses position, so that the distance of the lower end multiple fixed jaw 1-43 is sent out Changing, and then facilitate the spout of the laser cutter of fixed different size；Start driving motor 1-13, and input is driven to bore Tooth 1-14 rotation is driven one 1-15 of drive rod rotation, is led to by the engaged transmission of input cone tooth 1-14 and transmission cone one 1-16 of tooth The engaged transmission of transmission cone two 1-17 of tooth and transmission cone three 1-18 of tooth are crossed, and then by driving bull stick 1-19 to drive driving wheel 1- 11 rotations drive reversing outer frame 1-5 and pass through driving slider 1- by the mating connection between driving wheel 1-11 and card slot 1-40 12 slide the sliding in two 1-36 of chamber in hollow out and move, and then drive the spout of laser cutter mobile, are cut by laser The laser beam that the spout of device generates cuts the construction material for being placed on main body rack assembly 3；As driving slider 1- 12 when hollow out is slided and moves to the extreme position of front end in two 1-36 of chamber, reversing outer frame 1-5 and limit two 1-39 of end plate collision, matter Gauge block 1-7 under the action of inertia, is moved backward along mass block slide bar 1-8, while compressing one 1-9 of push spring, passes through push spring The effect of one 1-9 elastic force reversely pushes inertia outline border 1-6, so that inertia outline border 1-6 has the trend moved to rear side, with used Property outline border 1-6 be referential, one 1-31 of sandwich plate is moved in one 1-25 of hollow out chamber to front side, while two 1-33 of sandwich plate is in hollow out Two 1-27 of chamber is moved to front side simultaneously, so that one 1-32 of connecting plate is along one 1-26 of connectivity slot Slideslip forward, so that passing Two 1-17 of mantle tooth and transmission cone three 1-18 of tooth are detached from, and transmission cone one 1-16 of tooth and input cone tooth 1-14 are detached from, so that input cone Tooth 1-14 is engaged with transmission cone five 1-22 of tooth, and transmission cone four 1-20 of tooth is engaged with transmission cone three 1-18 of tooth, bores tooth 1-14 in input Under conditions of rotation direction is constant, change the position of engagement, the rotation direction of output can be changed, so that the rotation direction of driving bull stick 1-19 is anti- Turn, invert driving wheel 1-11, and then matching by driving wheel 1-11 and card slot 1-40 Connection is closed, so that driving slider 1-12 reverse slide in sliding two 1-36 of chamber of hollow out, and then drive the spout of laser cutter Reverse cut construction material improves the efficiency of cutting building material by reciprocal cutting；Manual rotation manual bull stick 1-59, Driving cone tooth 1-69 rotation is driven by manual bull stick 1-59, passes through the driving cone tooth 1-69's and cone tooth 1-38 of threaded shank Engaged transmission, and by the threaded connection of the cone tooth 1-38 of threaded shank and limit one 1-37 of end plate, adjust limit one 1- of end plate 37 in the position that uses of sliding one 1-35 of chamber of hollow out, so change limit one 1-37 of end plate and limit between two 1-39 of end plate away from From, and then change reversing outer frame 1-5 slidable maximum distance in length drives combination 1-1, facilitate and adapts to different in width Construction material；Manual bull stick 1-59 is pushed to make manual bull stick 1-59 along middle-end gain 1-71 Slideslip to the right manually, in cunning During dynamic, by limiting the extruding of slide unit 1-70 and prismatic chuck 1-68, so that prismatic chuck 1-68 Slideslip forward, simultaneously Three 1-66 of push rod push spring is compressed, when turn bar 1-59 slides into along middle-end gain 1-71 the position of middle-end gain 1-71 right end When, under the drive of arc push rod 1-64, so that driving kelly 1-63 is detached from rear wall card slot 1-58, while making driving cone tooth 1- 69 bore one 1-61 of tooth engaged transmission with side wall, drive one 1-62 of tooth shaft to rotate, and then driving wheel ontology 1-56 is driven to rotate, By the mating connection of mesh groove 1-57 and driving boss 2-2, so that length drives combine the left and right on door type frame 2-1 1-1 It is mobile, facilitate the length for adjusting the spout institute energy cutting building material of laser cutter；Start motor 4-11, and then drives biography Dynamic two 4-10 of straight-tooth rotation drives two 4-7 of shaft by the engaged transmission of transmission two 4-10 of straight-tooth and transmission one 4-9 of straight-tooth Rotation, and then two 4-6 of friction pulley is driven to rotate, drive one 4-3 of friction pulley to rotate by drive ball 4-5, and then by turning One 4-2 of axis drives output bevel gear 4-1 to rotate, and slides outer end slide bar 4-4 manually, changes drive ball 4-5 by outer end slide bar 4-4 Position between one 4-3 of two 4-6 of friction pulley and friction pulley, so that two 4-6 of friction pulley and one 4-3 of friction pulley are apart from drive ball 4- 5 center away from ratio change, and then change output bevel gear 4-1 and motor 4-1 between transmission ratio, and then change output Bore the speed of tooth 4-1；Construction material to be cut is placed on conveyer belt 7, under the action of construction material gravity, so that Three 3-13 of drive roller pushes the downward Slideslip of middle-end slide bar 3-14 so that driving cone tooth A3-17 and transmission cone tooth A3-3 and Output bevel gear 4-1 while engaged transmission, and then drive drive pulley A3-4 to rotate, and drive roller bearing by connecting belt 6 Belt wheel 3-23 rotation, and then five 3-21 of drive roller is driven to rotate, conveyer belt 7 is driven by five 3-21 of drive roller, is completed Feeding transport to construction material；By changing the speed of output bevel gear 4-1, the feeding changed to construction material can be facilitated to transport Speed.

Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention Protect range.

Claims

1. a kind of multi-use architecture laser cutting machine, including the combination of laser cutting device (1), driving arm (2), main body rack Body (3), speed regulation assembly (4), fixed bracket (5), connection belt (6) and conveyer belt (7), it is characterised in that: the laser is cut Device (1) is cut to include length drives combination (1-1), move back and forth combination (1-2), position adjusting combination (1-3), laser cutting machine Shower nozzle fixing device (1-4), inertia outline border (1-6), mass block (1-7), mass block slide bar (1-8), pushes away reversing outer frame (1-5) Spring one (1-9), spray head fixed link (1-10), driving wheel (1-11), driving slider (1-12), driving motor (1-13), input cone Tooth (1-14), transmission cone tooth one (1-16), transmission cone tooth two (1-17), transmission cone tooth three (1-18), drives drive rod one (1-15) Turn bar (1-19), transmission cone tooth four (1-20), drive rod two (1-21), transmission cone tooth five (1-22), perforation one (1- of turn hole 23) turn hole two (1-24), hollow out chamber one (1-25), connectivity slot one (1-26), hollow out chamber two (1-27), perforation gain one, are penetrated through (1-28), perforation rectangular channel one (1-29), perforation gain two (1-30), sandwich plate one (1-31), connecting plate one (1-32), interlayer Plate two (1-33), fixation hole (1-34), hollow out sliding chamber one (1-35), hollow out sliding chamber two (1-36), limit end plate one (1-37), band Cone tooth (1-38), limit end plate two (1-39), multiple card slots (1-40), spout fixed link (1-41), positive stop lug boss of threaded rod (1-42), fixed jaw (1-43), inner end card slot (1-44), body cradle one (1-45), side wall hollow slots (1-46), body cradle two It is (1-47), hollow out chamber A (1-48), hand push rod one (1-49), multiple connecting rods (1-50), multiple perforation sliding slots (1-51), more A kelly (1-52), multiple kelly slide openings (1-53), multiple arcs slide bar (1-54), inner end push spring one (1-55), driving wheel sheet Body (1-56) mesh groove (1-57), multiple rear wall card slots (1-58), manual bull stick (1-59), side wall fixed link (1-60), side Wall cone tooth one (1-61), driving kelly (1-63), arc push rod (1-64), push rod push spring two (1-65), pushes away tooth shaft one (1-62) Bar push spring three (1-66), rectangular notch (1-67), prismatic chuck (1-68), driving cone tooth (1-69), limit slide unit (1-70), in Gain (1-71) and interior sliding terminal (1-72) are held, the length drives combination (1-1) is combined (1-2) sliding with reciprocating motion and connected Connect, position adjusts combination (1-3) and combines (1-1) with length drives and be fixedly connected, laser cutting machine shower nozzle fixing device (1-4) and Move back and forth combination (1-2) be fixedly connected, reversing outer frame (1-5) is fixedly connected with inertia outline border (1-6), mass block (1-7) and Mass block slide bar (1-8) is slidably connected, and push spring one (1-9) is provided with multiple, and it is sliding that multiple push springs one (1-9) are socketed in mass block On bar (1-8), mass block slide bar (1-8) is fixedly connected on inertia outline border (1-6), penetrates through turn hole one (1-23) and perforation turn hole Two (1-24) penetrate through reversing outer frame (1-5), and hollow out chamber one (1-25) is arranged in the front end of reversing outer frame (1-5), one (1- of connectivity slot 26) setting is in the front side of reversing outer frame (1-5) inner wall, and hollow out chamber two (1-27) setting is in the rear end of reversing outer frame (1-5), perforation Gain one (1-28) penetrates through the rear end face of reversing outer frame (1-5), after perforation rectangular channel one (1-29) perforation reversing outer frame (1-5) End face, perforation gain two (1-30) are arranged in the front end of reversing outer frame (1-5), sandwich plate one (1-31) and sandwich plate two (1-33) It is fixedly connected with connecting plate one (1-32), fixation hole (1-34) is arranged on connecting plate one (1-32), transmission cone tooth three (1-18) It is fixedly connected with driving bull stick (1-19), driving bull stick (1-19) is fixedly connected with driving wheel (1-11), driving slider (1-12) There are two settings, and two driving sliders (1-12) are fixedly connected on the outer wall of reversing outer frame (1-5), input cone tooth (1-14) It being fixedly connected on the output shaft of driving motor (1-13), driving motor (1-13) is fixedly connected on sandwich plate two (1-33), Transmission cone tooth one (1-16) and transmission cone tooth two (1-17) are fixedly connected with drive rod one (1-15), and the two of drive rod one (1-15) End be rotatably connected on perforation turn hole one (1-23) in, transmission cone tooth four (1-20) and transmission bore tooth five (1-22) with drive rod two (1-21) is fixedly connected, and the both ends of drive rod two (1-21) are rotatably connected in perforation turn hole two (1-24), drives bull stick (1- 19) it is rotatably connected on sandwich plate one (1-31), sandwich plate one (1-31) is slidably connected in hollow out chamber one (1-25), sandwich plate Two (1-33) are slidably connected in hollow out chamber two (1-27), the both ends setting of connecting plate one (1-32) in connectivity slot one (1-26) and It penetrates through in rectangular channel one (1-29), hollow out sliding chamber one (1-35) and hollow out sliding chamber two (1-36) are arranged at length drives combination On (1-1), limit end plate one (1-37) is slidably connected in hollow out sliding chamber one (1-35), limit end plate one (1-37) with it is threaded The cone tooth (1-38) of bar is threadedly coupled, and limit end plate two (1-39) is fixedly connected on the outer wall of length drives combination (1-1), more A card slot (1-40) is arranged at the upper end of length drives combination (1-1), and two driving sliders (1-12) are slidably connected at and engrave In sky sliding chamber two (1-36), driving wheel (1-11) and card slot (1-40) are cooperatively connected, positive stop lug boss (1-42) and spout fixed link (1-41) is fixedly connected, and inner end card slot (1-44) is provided with multiple, and multiple inner end card slots (1-44) are arranged at spout fixed link The inner end of (1-41), side wall hollow slots (1-46) are arranged on the outer wall of spout fixed link (1-41), and body cradle two (1-47) is solid Surely it is connected on spout fixed link (1-41), the middle-end of fixed jaw (1-43) is rotatably connected on body cradle two (1-47), hollow out In body cradle one (1-45), body cradle one (1-45) is fixedly connected on sliding inside terminal (1-72), multiple for chamber A (1-48) setting Perforation sliding slot (1-51) is arranged on interior sliding terminal (1-72), and hand push rod one (1-49) and perforation sliding slot (1-51) sliding connect It connects, arc slide bar (1-54) is slidably connected with perforation sliding slot (1-51), and connecting rod (1-50) is connected to hand push rod one (1-49) Between arc slide bar (1-54), multiple arcs slide bar (1-54) is fixedly connected with multiple kellies (1-52) respectively, multiple kellies (1-52) is slidably connected with multiple kelly slide openings (1-53) respectively, is provided between kelly slide opening (1-53) and kelly (1-52) interior It holds push spring one (1-55), mesh groove (1-57) is arranged on the outer wall of driving wheel ontology (1-56), multiple rear wall card slot (1- 58) it is arranged in the left end of mesh groove (1-57), driving wheel ontology (1-56) is fixedly connected with tooth shaft one (1-62), and side wall bores tooth One (1-61) is fixedly connected with tooth shaft one (1-62), and tooth shaft one (1-62) and side wall fixed link (1-60) are rotatablely connected, middle-end waist Slot (1-71) and rectangular notch (1-67) are arranged on side wall fixed link (1-60), driving kelly (1-63) and arc push rod (1-64) is fixedly connected, and arc push rod (1-64) is slidably connected with middle-end gain (1-71), and push rod push spring two (1-65) setting exists Between middle-end gain (1-71) and arc push rod (1-64), prismatic chuck (1-68) is slidably connected with side wall fixed link (1-60), Push rod push spring three (1-66) is arranged between prismatic chuck (1-68) and the inner wall of rectangular notch (1-67), manual bull stick (1-59) It is fixedly connected with driving cone tooth (1-69), limit slide unit (1-70) is fixedly connected with manual bull stick (1-59), limits slide unit (1- 70) it is slidably connected in middle-end gain (1-71), side wall fixed link (1-60) combines (1-1) with length drives and is fixedly connected；It drives Mantle tooth (1-69) and the cone tooth (1-38) of threaded shank engaged transmission；Kelly (1-52) and inner end card slot (1-44) are clamped, hinge Frame one (1-45) setting is connect in side wall hollow slots (1-46), fixed jaw (1-43) and body cradle one (1-45) are slide hinged；

The driving arm (2) includes door type frame (2-1) and driving boss (2-2), drives boss (2-2) and door type frame (2-1) It is fixedly connected, driving boss (2-2) and mesh groove (1-57) are cooperatively connected, and driving wheel ontology (1-56) is arranged in door type frame The upper end of (2-1)；

The main body rack assembly (3) includes main body frame (3-1), articulated stand three (3-2), transmission cone tooth A (3-3), passes Movable belt pulley A (3-4), drive shaft A (3-5), fixed frame (3-6), fixed frame slide opening (3-7), balladeur train one (3-8), drive roller One (3-9), interior push spring one (3-10), interior rectangular channel (3-11), drive roller two (3-12), drive roller three (3-13), middle-end Slide bar (3-14), chuck (3-15), interior push spring three (3-16), driving cone tooth A (3-17), drive roller four (3-18), balladeur train two (3-19), interior push spring four (3-20), drive roller five (3-21), roller bearing one (3-22) and roller bearing belt wheel (3-23), it is described hinged Bracket three (3-2) is fixedly connected with main body frame (3-1), and drive shaft A (3-5) and articulated stand three (3-2) are rotatablely connected, and is passed Mantle tooth A (3-3) and drive pulley A (3-4) are fixedly connected with drive shaft A (3-5), fixed frame (3-6) and main body frame (3-1) is fixedly connected, and fixed frame slide opening (3-7) setting is in fixed frame (3-6), balladeur train one (3-8) and drive roller one (3-9) Connection, balladeur train one (3-8) are slidably connected in interior rectangular channel (3-11), and interior push spring one (3-10) is arranged at interior rectangular channel (3-11) Interior, drive roller two (3-12) and main body frame (3-1) are rotatablely connected, and drive roller three (3-13) and middle-end slide bar (3-14) turn Dynamic connection, middle-end slide bar (3-14) are slidably connected with main body frame (3-1), chuck (3-15) and middle-end slide bar (3-14) fixed company It connects, interior push spring three (3-16) is socketed on middle-end slide bar (3-14), and driving cone tooth A (3-17) and middle-end slide bar (3-14) rotation connects It connects, drive roller four (3-18) and balladeur train two (3-19) are rotatablely connected, and balladeur train two (3-19) and main body frame (3-1) sliding connect It connects, interior push spring four (3-20) is arranged between main body frame (3-1) and balladeur train two (3-19), drive roller five (3-21) and roller bearing One (3-22) is fixedly connected, and roller bearing one (3-22) and main body frame (3-1) are rotatablely connected, roller bearing belt wheel (3-23) and roller bearing one (3-22) is fixedly connected, and main body frame (3-1) is fixedly connected with door type frame (2-1)；

The speed regulation assembly (4) includes output bevel gear (4-1), shaft one (4-2), friction pulley one (4-3), outer end slide bar (4- 4), drive ball (4-5), friction pulley two (4-6), shaft two (4-7), articulated stand bar (4-8), transmission straight-tooth one (4-9), transmission Straight-tooth two (4-10), motor (4-11) and speed change outline border (4-12), output bevel gear (4-1) are fixedly connected with shaft one (4-2), are turned Axis one (4-2) and speed change outline border (4-12) are rotatablely connected, and friction pulley one (4-3) is fixedly connected with shaft one (4-2), friction pulley one (4-3) is connect with friction pulley two (4-6) by drive ball (4-5), and drive ball (4-5) and outer end slide bar (4-4) are cooperatively connected, outside End slide bar (4-4) is slidably connected with speed change outline border (4-12), and friction pulley two (4-6) and shaft two (4-7) are rotatablely connected, shaft two (4-7) and articulated stand bar (4-8) is rotatablely connected, and articulated stand bar (4-8) is fixedly connected with speed change outline border (4-12), and transmission is straight Tooth one (4-9) is fixedly connected with shaft two (4-7), transmission straight-tooth one (4-9) and transmission straight-tooth two (4-10) engaged transmission, motor (4-11) is fixedly connected with speed change outline border (4-12), and shaft one (4-2) is rotatably connected in fixed frame slide opening (3-7)；

The fixed bracket (5) include drum frame (5-1), anti-skidding boss (5-2), boss push spring (5-3), boss sliding slot (5-4), Hinge bar one (5-5), hinged push spring one (5-6), driving hinge bar one (5-7), set spring (5-8), throw-out lever (5-9), cushion collar Manage (5-10), buffering slide bar (5-11), buffering push spring one (5-12) and buffer push spring two (5-13), anti-skidding boss (5-2) with it is convex Platform sliding slot (5-4) is slidably connected, and boss push spring (5-3) is arranged between anti-skidding boss (5-2) and boss sliding slot (5-4), hingedly Bar one (5-5) and drum frame (5-1) are articulated and connected, and hinge bar one (5-5) is slidably connected with driving hinge bar one (5-7), hingedly Push spring one (5-6) setting is between hinge bar one (5-5) and driving hinge bar one (5-7), set spring (5-8) and driving hinge bar one (5-7) socket connection, throw-out lever (5-9) and driving hinge bar one (5-7) articulated connection, buffer ferrule (5-10) and hinge bar one (5-5) articulated connection, buffer ferrule (5-10) are slidably connected with buffering slide bar (5-11), buffering slide bar (5-11) and drum frame (5-1) articulated connection, buffers push spring one (5-12) and buffering push spring two (5-13) is arranged in buffer ferrule (5-10), drum Frame (5-1) is fixedly connected on the lower end of main body frame (3-1).

2. a kind of multi-use architecture laser cutting machine according to claim 1, it is characterised in that: the interior push spring three (3-16) is in compressive state.

3. a kind of multi-use architecture laser cutting machine according to claim 1, it is characterised in that: tooth A is bored in the driving (3-17) simultaneously with transmission cone tooth A (3-3) and output bevel gear (4-1) engaged transmission, transmission bore tooth A (3-3) not with output bevel gear (4-1) engaged transmission.

4. a kind of multi-use architecture laser cutting machine according to claim 1, it is characterised in that: the boss push spring (5-3) is in compressive state.

5. a kind of multi-use architecture laser cutting machine according to claim 1, it is characterised in that: the one (4- of shaft 2) and shaft two (4-7) be not coaxial.