CN109226881A - A kind of multifunctional cutting machine - Google Patents
A kind of multifunctional cutting machine Download PDFInfo
- Publication number
- CN109226881A CN109226881A CN201810802971.6A CN201810802971A CN109226881A CN 109226881 A CN109226881 A CN 109226881A CN 201810802971 A CN201810802971 A CN 201810802971A CN 109226881 A CN109226881 A CN 109226881A
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- saw blade
- swing
- cylinder
- workbench
- seat
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- 238000005520 cutting process Methods 0.000 title claims abstract description 84
- 230000007246 mechanism Effects 0.000 claims abstract description 94
- 230000003028 elevating effect Effects 0.000 claims abstract description 52
- 239000000463 material Substances 0.000 claims abstract description 47
- 230000009471 action Effects 0.000 claims abstract description 5
- 239000011230 binding agent Substances 0.000 claims description 48
- 238000003825 pressing Methods 0.000 claims description 34
- 239000000725 suspension Substances 0.000 claims description 21
- 230000000712 assembly Effects 0.000 claims description 14
- 238000000429 assembly Methods 0.000 claims description 14
- 230000006835 compression Effects 0.000 claims description 9
- 238000007906 compression Methods 0.000 claims description 9
- 210000001503 joint Anatomy 0.000 claims description 9
- 238000003860 storage Methods 0.000 claims description 8
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 3
- 238000003032 molecular docking Methods 0.000 claims description 2
- 230000005611 electricity Effects 0.000 claims 1
- 238000003780 insertion Methods 0.000 claims 1
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- 230000001360 synchronised effect Effects 0.000 description 14
- 230000005540 biological transmission Effects 0.000 description 5
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 description 5
- 229910000838 Al alloy Inorganic materials 0.000 description 3
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- 230000005484 gravity Effects 0.000 description 2
- 238000004519 manufacturing process Methods 0.000 description 2
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- 206010057071 Rectal tenesmus Diseases 0.000 description 1
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23D—PLANING; SLOTTING; SHEARING; BROACHING; SAWING; FILING; SCRAPING; LIKE OPERATIONS FOR WORKING METAL BY REMOVING MATERIAL, NOT OTHERWISE PROVIDED FOR
- B23D45/00—Sawing machines or sawing devices with circular saw blades or with friction saw discs
- B23D45/02—Sawing machines or sawing devices with circular saw blades or with friction saw discs with a circular saw blade or the stock mounted on a carriage
- B23D45/021—Sawing machines or sawing devices with circular saw blades or with friction saw discs with a circular saw blade or the stock mounted on a carriage with the saw blade mounted on a carriage
- B23D45/022—Sawing machines or sawing devices with circular saw blades or with friction saw discs with a circular saw blade or the stock mounted on a carriage with the saw blade mounted on a carriage the carriage performing a vertical movement only
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23D—PLANING; SLOTTING; SHEARING; BROACHING; SAWING; FILING; SCRAPING; LIKE OPERATIONS FOR WORKING METAL BY REMOVING MATERIAL, NOT OTHERWISE PROVIDED FOR
- B23D45/00—Sawing machines or sawing devices with circular saw blades or with friction saw discs
- B23D45/14—Sawing machines or sawing devices with circular saw blades or with friction saw discs for cutting otherwise than in a plane perpendicular to the axis of the stock, e.g. for making a mitred cut
- B23D45/143—Sawing machines or sawing devices with circular saw blades or with friction saw discs for cutting otherwise than in a plane perpendicular to the axis of the stock, e.g. for making a mitred cut with a plurality of circular saw blades
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Sawing (AREA)
Abstract
The invention discloses a kind of multifunctional cutting machines, including rack, workbench, seat, elevating mechanism, power assembly, saw blade, in the front of the rack, the workbench is set, the seat setting is on the workbench, the saw blade is arranged on the power assembly, the elevating mechanism includes lifting guide holder, lifting guide pillar, lifting power plant, it is characterized by: being equipped with vertical guide pillar hole in the lifting guide holder, the lifting guide holder is arranged in the rack, the lifting guide pillar is arranged in the guide pillar hole, the top of the lifting guide pillar is arranged in the power assembly, the lifting power plant is arranged between the lifting guide holder and the power assembly, lifting guide pillar and power assembly are vertically moved up or down under the action of lifting power plant, the saw blade feed from top to bottom being placed on power assembly Material on cutting working platform face.The present invention provides a kind of various informative, widely used, powerful cutting machine schemes.
Description
Technical field
The present invention relates to machining equipment more particularly to aluminium alloy extrusions cutting equipment, specially a kind of Multifunction cutting
Cutting mill.
Background technique
In the cutting processing of aluminum alloy doors and windows, the production of furniture and aluminium alloy extrusions, it is often necessary to realize that an angle of 90 degrees is cut
Cut, the cutting processing of the cutting of 45 degree of angles and random angle, existing cutting equipment be usually saw blade from it is rear live before translation or swing
Operation or from front to back translation swing operation or go up and down from the bottom up or swing the feed mode run, although also having
The equipment being vertically moved up or down from top to bottom, but it be structurally characterized in that two pieces saw blade only fix an angle of 90 degrees and be staggered up and down one section away from
Angle cannot be changed from, two saw blades, thus above-mentioned structure and feed mode bring the disadvantage is that: (1) saw blade cutting operation away from
Cutting efficiency is reduced from increasing, (2) angle is unchanged is not able to satisfy using needs, and (3) structure simple functions are incomplete, therefore pole
One kind, which need to be increased, can solve above-mentioned insufficient cutting machine.
Summary of the invention
In view of the shortcomings of the prior art, the present invention provides a kind of multifunctional cutting machine, which uses a set of new liter
The structure type of descending mechanism and a variety of power assemblies, when selecting a saw blade, an angle of 90 degrees or selection is may be selected just in saw blade
The angle for changing cutting between angle and negative angle, when selecting two pieces saw blade, two saw blades can be at same level or difference
Horizontal plane changes the angle of cutting, by increasing auxiliary device, allow saw blade realize synchronous feed, alternately feed, optional one into
The feed mode of knife；Dynamic remove of cutting implement is allowed not drop, is longitudinally cutting, synchronizing pivot angle, vertical binder, horizontal pressure again
Material, clout fall the functions such as delay, sawdust export, and reaching makes cutting machine realize powerful, wide adaptation range, easy to use
Purpose.
To achieve the goals above, the technical solution of the present invention is as follows: a kind of multifunctional cutting machine, including rack, workbench,
The workbench is arranged in the front of the rack in seat, elevating mechanism, power assembly, saw blade, and the seat is arranged described
On workbench, the saw blade is arranged on the power assembly, and the elevating mechanism includes lifting guide holder, lifting guide pillar, liter
Power device drops, it is characterised in that: vertical guide pillar hole is equipped in the lifting guide holder, the lifting guide holder setting exists
In the rack, the lifting guide pillar is arranged in the guide pillar hole, and the upper of the lifting guide pillar is arranged in the power assembly
Portion, the lifting power plant are arranged between the lifting guide holder and the power assembly, lifting guide pillar and power assembly
It is vertically moved up or down under the action of lifting power plant, is placed in saw blade on power assembly feed cutting working platform face from top to bottom
On material.
An elastic force apparatus is also set up between the lifting guide holder and the power assembly, the elastic force apparatus is pressure
Spring arrangement or gas storage spring arrangement；The pressure spring device includes compression spring, shaft, housing, the pressure spring set
In outside the shaft, the housing is placed on the one or both ends of the compression spring；The gas storage spring arrangement includes gas storage bomb
Spring, connecting screw, the gas storage spring is vertically connected on the lifting guide holder by the connecting screw and the power is total
Between holding, elastic force apparatus makes the parts such as the lifting guide pillar of elevating mechanism, power assembly will not when lifting power plant does not work
It drops because of gravity.
It is additionally provided with a swinging mechanism in the rack and the elevating mechanism, the swinging mechanism includes pivot angle axis, pivot angle
Power device, pivot angle power device connector, are vertically arranged the pivot angle axis by the pivot angle center of circle of setting in the rack,
The lifting guide holder is arranged balance staff hole and by the balance staff hole and the pivot angle axis connection, and the pivot angle power device passes through
The pivot angle power device connector is connected between the rack and the lifting guide holder, and the elevating mechanism is around the pendulum
Angle axis swing angle is to change the cutting angle of saw blade.
The power assembly include power assembly main body, saw blade main shaft, motor, motor pulley, saw blade spindle pulley,
A saw blade spindle hole is arranged in the power assembly body front part in belt, and the saw blade main shaft is arranged in the saw blade spindle hole
It is interior, the saw blade is set in the outboard end of the saw blade main shaft and the saw blade spindle pulley is set in inner end, described
The motor is arranged in the rear portion of power assembly main body, and the motor pulley, the skin are arranged on the output shaft of the motor
Band connection is between the saw blade spindle pulley and the motor pulley.
The power assembly includes power assembly main body, saw blade main shaft, the first spur gear, the second spur gear, motor, motor
Belt pulley, gear shaft pulley, belt are equipped with a saw blade spindle hole, the saw blade main shaft in the power assembly body front part
It is arranged in the saw blade spindle hole, the inside of the saw blade main shaft is arranged in the saw blade, and institute is arranged in the saw blade main shaft
The first spur gear is stated, gear shaft is set at the rear of the saw blade spindle hole, second spur gear is set in the gear shaft,
Second spur gear is engaged with first spur gear, connects the gear shaft pulley in the outboard end of the gear shaft,
The motor is set in the power assembly back body, the motor pulley, institute are set on the output shaft of the motor
Belt is stated to be connected between the gear shaft pulley and the motor pulley.
The power assembly includes power assembly main body, saw blade main shaft, gear shaft, the first spur gear, the second spur gear,
One bevel gear, the second bevel gear, motor are equipped with a saw blade spindle hole, the saw blade main shaft in the power assembly body front part
It is arranged in the saw blade spindle hole, the inside of the saw blade main shaft is arranged in the saw blade, and institute is arranged in the saw blade main shaft
The first spur gear is stated, the gear shaft is set at the rear of the saw blade spindle hole, it is straight in gear shaft setting described second
Gear, second spur gear are engaged with first spur gear, are connected with first umbrella in the outboard end of the gear shaft
Gear is equipped with angled seat always at the rear of the gear shaft, the motor is arranged on the right angle seat, in the defeated of the motor
Second bevel gear is set on shaft, and second bevel gear passes through the right angle seat and engages with first bevel gear.
The power assembly, the saw blade, the elevating mechanism, the swinging mechanism quantity be two, two institutes
It states elevating mechanism and passes through two swinging mechanisms respectively and connect with the rack, the institute being placed on described two power assemblies
Different elevation planes can be respectively at by the effect of lifting power plant and height locating device by stating saw blade, and with pivot angle machine
Structure, angle positioning device changes and orientation angle, or synchronous or one of alternating or selection feed.
The power assembly, the saw blade, the elevating mechanism quantity be two, the quantity of the swinging mechanism is one
A, wherein the first elevating mechanism is connect by the swinging mechanism with the rack, the second elevating mechanism passes through a linkage
With the first elevating mechanism clutch connection, the linkage includes interlocking cantilever, linkage cylinder, linkage cylinder butt joint base, described
Interlocking cantilever includes base end and cantilever end, and the linkage cylinder butt joint base is equipped with the transverse groove for docking the linkage cylinder,
The linkage cylinder butt joint base is arranged in the power assembly main body corresponding with the first elevating mechanism, and goes up and down with second
The base end for interlocking cantilever is set in the corresponding power assembly main body of mechanism, is set in the cantilever end for interlocking cantilever
The linkage cylinder is set, when the lifting power plant work in the swingable angle elevating mechanism, the linkage cylinder
When butt joint base rises to the bonding station of linkage cylinder, the T word hook in the linkage cylinder can be inserted into linkage cylinder butt joint base
In translot, the rotation and compression when linkage cylinder work through cylinder are to achieve the purpose that disjunctor, at this time containing lifting
The elevating mechanism of the swingable angle of power device and the elevating mechanism of the not swing angle without power device are same
Step lifting, the elevating mechanism independent lifting of swingable angle after linkage cylinder abjection.
The quantity of the power assembly and the saw blade is two, and the quantity of the elevating mechanism is one, described
The top of lifting guide pillar also sets up lifter plate, and the lifting power plant, the elastic force apparatus are arranged in the lifting guide holder
Between the lifter plate or it is arranged between the rack and the lifter plate, two power assemblies are arranged described
On lifter plate, two saw blades synchronously feed.
Centripetal device is set in the top of the lifter plate, the centripetal device includes Circular Sliding device or upper outstanding shaft
Device；The Circular Sliding device includes arc guide groove, circular arc slide, and the circular arc is arranged on the top of the lifter plate and leads
Slot, the circular arc slide are arranged on the arc guide groove in a manner of being slidably matched；The upper outstanding turning gear include suspension,
Suspension shaft, shaft linking arm, the lower part of the suspension are fixed on the rear portion of the lifter plate, institute are crossed in the middle part of the suspension
The top of power assembly is stated, the top of the suspension is in the top of the shaft linking arm, the lower part of the shaft linking arm
It being connect with the power assembly, the top of the shaft linking arm is hinged by the suspension shaft and the top of the suspension,
The centripetal device further includes sliding lower plane of the screw from lifter plate by center of circle setting circular arc avoid holes are swung on lifter plate
It is upward through the connecting hole of circular arc avoid holes and circular arc slide or power assembly lower part, upper plane, sliding screw in connecting hole
End successively dispose spring and nut, be adjacent to circular arc slide or power assembly with lifter plate after fixed, the centripetal device
Make power assembly on lifter plate around the center of circle of setting or suspension shaft swing angle.
Increase synchronous swing angle device on the lifter plate, the synchronous swing angle device includes centripetal device, a pair of of power
Assembly, point middle guide groove, screw rod, sliding nut, screw rodb base, a pair of links, handwheel or numerical-control motor, in the institute of the lifter plate
It states and a pair of symmetrical circular arc slide is set on arc guide groove, the pair of power assembly is separately positioned on the pair of circular arc
On slide, guide groove in described point is set on the longitudinal midline of plane on the lifter plate, the sliding nut can front and back it is sliding
It is arranged in described point on guide groove dynamicly, the pair of connecting rod bilateral symmetry is hinged on the sliding nut and the pair of circle
Between the lower inside of arc slide or the lower inside of the pair of power assembly, institute is arranged in the rear portion of guide groove in described point
Screw rodb base is stated, one end of the screw rod is connect with the sliding nut, and the other end disposes in such a way that rotatable and front and back limits
On the screw hole of the screw rodb base, the handwheel or numerical-control motor for connecting the screw rod are equipped at the rear portion of the screw rodb base.
The workbench front be arranged longitudinal cutting device, the longitudinal cutting device include translation feed arrangement and
Feed arrangement is swung, the translation feed arrangement includes translational power head, guide pillar seat, translational guide column, guided in translation body, translation gas
Cylinder, cylinder ear, the translational guide column are disposed longitudinally in the rack below the workbench by the guide pillar seat, the translation
Guide way is arranged in the translational guide column after connecting with the translational power head, and the cylinder ear is connected to the translational power
On head, the flat-removing air cyclinder is connected between the guide pillar seat and the cylinder ear；The swing feed arrangement includes swinging to move
Power head swings support arm, gantry pillars, swinging axle, oscillating cylinder, oscillating cylinder seat, swings power head linking arm, in the work
The swing support arm is set in the rack below platform, the swing seat is set on the swing power head, the swing seat is logical
It crosses the swinging axle to be arranged on the swing support arm, the swing power head linking arm is set on the swing power head,
The oscillating cylinder seat is set in the rack below the workbench, the oscillating cylinder setting the oscillating cylinder seat with
Between the swing power head linking arm.The translational power head or swing power head can also be directly motor, pass through motor
Seat is connect with translation feed arrangement or swing feed arrangement, and the longitudinal cutting device can make the saw blade perpendicular to seat facade
Cut the material at the seat rear portion in the rear portion for passing through escape groove length feed to the seat of the seat from the front of seat.
Since saw blade is placed in the side of power assembly main body, when two power assemblies are in same plane swing angle meeting
There is the state that power assembly main body is mutually collided, so the height that needs to be staggered could change angle, therefore increases altitude location
Device, the height locating device includes positioning cylinder, positioning cylinder seat, fastening screw, lifting guide pillar pin hole, in the liter
The lifting guide pillar pin hole is set in the lifting guide pillar in descending mechanism, the positioning cylinder is set on the lifting guide holder
Seat, the positioning cylinder are arranged on the positioning cylinder seat after connecting with the fastening screw and are in the fastening screw
It is inserted on the going-back position of the lifting guide pillar pin hole, when the lifting guide pillar pin hole is parked in the correspondence of the fastening screw
When position, the fastening screw is injected in the lifting guide pillar pin hole to realize lifting under the action of the positioning cylinder
The effect of positioning.
Horizontal material pressing device is set on the workbench, and the horizontal material pressing device includes horizontal press cylinder, level
Press cylinder seat, horizontal binder slide push arm, horizontal binder lifting nut, horizontal binder connector, in the rear vertical of the workbench
The horizontal press cylinder seat is arranged in face, and the horizontal press cylinder is arranged on the horizontal press cylinder seat, in the water
One guide groove is set on concora crush material cylinder block, and the guide groove is arranged in the horizontal binder sliding push arm in which can slide back and forth
Interior, the rear portion of the horizontal binder sliding push arm and the output axis connection of the horizontal press cylinder are sliding in the horizontal binder
A lifting groove is arranged in the front of dynamic push arm, and the horizontal binder lifting nut is arranged in the lifting groove, the horizontal binder
Connector is connected on the horizontal binder lifting nut, when the work of horizontal press cylinder, horizontal binder connector can be made to work
The top of table top longitudinally, horizontally compresses material.
It is externally provided with blade shroud in the saw blade, vertical material pressing device, the vertical pressure are set in the blade shroud
Material device includes translation vertical material pressing device and swing vertical material pressing device, and the translation vertical material pressing device includes shield translation
Slot, translation press cylinder, flat-removing air cyclinder seat, the translation press cylinder can be fixed on to oscilaltion the translation press cylinder
On seat, the flat-removing air cyclinder seat is fixed on horizontally moveablely on the shield translation slot；The swing vertical material pressing device packet
It includes and swings binder support, swing binder swing arm, swing press cylinder, pressure head, the swing binder support is arranged in the saw blade
On shield, the swing binder swing arm is swingably arranged on the swing binder support, and the swing press cylinder can rise
It is fixed in the swing binder swing arm to drop, when translating press cylinder or swinging press cylinder work, can make to be connected to flat
The pressure head for moving press cylinder or swinging in press cylinder compresses material perpendicular to work top.
Clout whereabouts time-delay mechanism is set in the workbench, clout whereabouts time-delay mechanism includes swinging workbench
Plate swings workbench branch free bearing, swings the U-shaped linking arm of workbench, swings workbench branch hinged shaft, swinging workbench cylinder, described
It swings working plate to be set in the workbench, the swing workbench branch free bearing is set in the workbench lower part, it is described
The branch for swinging the U-shaped linking arm of workbench cuts with scissors end by the swing workbench branch stud connection in the swing workbench branch free bearing
On, the connecting pin for swinging the U-shaped linking arm of workbench is connect with the swing working plate, is swung workbench cylinder and is connected to
Before work top, between lower part and the swing U-shaped linking arm of workbench.
In the front of the seat, the top of the workbench, front material pressing device, the front material pressing device packet are set
It includes pedestal, horizontally-guided seat, horizontal air cylinder, horizontal guide post, sagging pressure head, vertical cylinder connecting plate, vertical cylinder, pressure head, add
Long clamping screw, the top of the workbench is arranged in the pedestal, and the horizontally-guided seat is longitudinally disposed at the pedestal
On, the horizontal air cylinder is connected to the front of the horizontally-guided seat, and the horizontal guide post is arranged in the horizontally-guided seat,
The rear portion of the front of the horizontal guide post and the output axis connection of the horizontal air cylinder, the horizontal guide post connects the sagging pressure
Head；The front of the vertical cylinder connecting plate is arranged on the pedestal rear portion by the lengthening clamping screw, described vertical
The rear portion of cylinder connecting plate connects the vertical cylinder, and the pressure head is connected on the output shaft of the vertical cylinder.
Clout whereabouts guide groove is set in the workbench, clout whereabouts guide groove includes vertical section and tilting section, in institute
It states vertical section and is equipped with the escape groove for allowing saw blade to pass through, the tilting section is U-type groove plate, described in the top face of the tilting section
The lower part of vertical section, the lower tilt of the tilting section extend to outside the rack.
Small shield is gone up and down in the inner wall setting of the blade shroud front lower portion of the cutting machine, is set in the positive front of blade shroud
Screw escape groove is set, screw passes through the front of small shield from inside to outside and the escape groove of blade shroud adjusts small shield liftable
Ground is fixed on the inner wall of blade shroud, achievees the purpose that the height for not only catering to material but also can block as far as possible sawdust to leak.
The lifting power plant includes with the dress of machine driving composed by the parts such as cylinder, oil cylinder, screw rod, motor
It sets.
The angle positioning device includes screw seat, adjustment screw, locking nut, and setting internal screw thread is according to liter on screw seat
Drop guide holder or power assembly swing angle need to position position, be fixed on the appropriate location of rack or lifter plate, adjust spiral shell
Silk is placed on screw seat and one end face of screw is made to go up and down the set feeler set on guide holder or power assembly, locking screw
Mother will adjust screw locking and have the function that angle positions.
Compared with prior art, technical solution provided by the present invention have the advantages that it is following these: (1) provide with rise
(2) the vertical lift feed form for dropping guide holder, guide post solves lifters gravity tenesmus when vertical lift cylinder does not work
(3) problem provides the scheme of elevating mechanism swing angle, it can be achieved that angle is arbitrarily swung in a certain range, (4) provides
Independent, synchronous, asynchronous a variety of feed schemes meet the use needs of a variety of situations, (5) provide a variety of power assemblies
Frame mode solves the front of power assembly main body because of asking of shortening of the effective depth of cut of saw blade caused by after being turned out 45 degree
Topic, (6) providing altitude location scheme makes power assembly body height be staggered, and adapts to be unlikely to mutually to touch when saw blade swing angle
It hits, can centripetally be swung when (7) providing two saw blade synchronization lifting feeds and the synchronously scheme of swing angle, (8) provided
The solution that clout will not be contacted with saw blade after the synchronous feed of two saw blades, the horizontal binder (9) innovated, vertical binder, special pressure
Material method adapts to the compression needs of any material, (10) provides solution derived from clout and sawdust, (11) provides longitudinal direction
Cutting scheme, enriches the function of cutting machine, and (12) structurally reasonable, production is easy, good appearance, these are improved and supplement makes to cut
The form of machine is more various, purposes is more extensive, with better function, is worth extensive promotion and application.
Detailed description of the invention
Fig. 1 is embodiment one cutting machine the past, a left side, upper viewing, shows rack, coaming plate, shield, small shield, swing vertical
Material pressing device, workbench, seat, button platform elevation view.
Fig. 2 is that Fig. 1 cutting machine sheds shield, rear portion coaming plate etc., by seat is half-sectional and workbench partial cutaway, in the past, it is left, on
Viewing, display cutting machine is two power assemblies, two saw blades are placed in structure and display clout on an elevating mechanism
The swing working plate of whereabouts time-delay mechanism is in the elevation view in workbench v-notch.
Fig. 3 is the state after Fig. 2 saw blade feed.
Fig. 4 is that Fig. 2 will go up and down the half-sectional left view of guide holder, seat, workbench, button platform, and display lifting guide holder is led
Column, the rear portion of power assembly, lifting cylinder, horizontal material pressing device, clout whereabouts guide groove vertical section, clout whereabouts time-delay mechanism.
Fig. 5 be embodiment two with three cutting machine shape of embodiment identical the past, a left side, upper viewing, show rack, coaming plate, shield
The elevation view of cover, swing vertical material pressing device, workbench, seat, button platform.
Fig. 6 be two cutting machine of embodiment shed shield, rear portion coaming plate etc. from it is rear, left, upper viewing, display cutting machine be two
The power assembly of direct belt transmission, two saw blades, two elevating mechanisms, the structure of two swinging mechanisms, band altitude location fill
The elevation view for the broken section set.
Fig. 7 is that Fig. 6 sheds rack display base, the lower part of swinging mechanism, pivot angle power device and angle positioning device
Bottom view.
Fig. 8 be embodiment two allow left side saw blade be in an angle of 90 degrees and complete after feed in the past, a left side, upper viewing vertical view
Figure.
Fig. 9 be embodiment two allow right side saw blade be in an angle of 90 degrees and complete after feed in the past, a left side, upper viewing vertical view
Figure.
Figure 10 is that three cutting machine of embodiment sheds the past such as shield, rear portion coaming plate, a left side, upper viewing, and display cutting machine is two
A power assembly, two saw blades, two elevating mechanisms, a swinging mechanism and with linkage structure interlock state vertical view
Figure.
Figure 11 is the state after Figure 10 saw blade feed.
Figure 12 is that Figure 11 sheds the reservation base such as rack, workbench and elevating mechanism the past, a left side, upper viewing, and display is left then
Saw blade is in the elevation view after an angle of 90 degrees and individually feed.
Figure 13 is that Figure 12 sheds rack display base, the lower part of swinging mechanism, pivot angle power device and angle positioning device
Bottom view.
Figure 14 is example IV cutting machine the past, the right side, upper viewing, shows rack, coaming plate, shield, workbench, front binder
The elevation view of device, button platform.
Figure 15 is that Figure 14 sheds shield, rear portion coaming plate, front material pressing device Decorative Cover the past, left, upper viewing, display cutting
Machine is a power assembly being driven with spur gear and belt, a saw blade, an elevating mechanism and with swinging mechanism and preceding
The elevation view of portion's material pressing device.
Figure 16 is that Figure 15 sheds the reservation base the past such as most of rack, work top, seat, left, lower viewing, shows and cut
Cutting mill pivot angle power device is the elevation view of numerical-control motor transmission.
Figure 17 is embodiment five cutting machines the past, a left side, upper viewing, display rack, coaming plate, shield, translation vertical binder dress
It sets, the elevation view of workbench, seat, button platform.
Figure 18 is that five cutting machine of embodiment sheds the past such as shield, rear portion coaming plate, a left side, upper viewing, and display cutting machine is two
A power assembly, two saw blades are placed in the structure on an elevating mechanism, and the longitudinal cutting device with translation feed is vertical
View.
Figure 19 is that five cutting machine of embodiment sheds the past such as shield, rear portion coaming plate, a left side, upper viewing, and display cutting machine is two
A power assembly, two saw blades are placed in the structure on an elevating mechanism, and with the vertical of the longitudinal cutting device for swinging feed
View.
Figure 20 be embodiment six cutting machine in the past, left, upper viewing, it is display rack, coaming plate, shield, workbench, seat, preceding
The elevation view of portion's material pressing device, button platform.
Figure 21 is that six cutting machine of embodiment sheds the past such as rack, shield, rear portion coaming plate, the right side, upper viewing, shows cutting machine
For two power assemblies with spur gear and bevel gear, translation longitudinal cutting device and front material pressing device longitudinal half section,
The elevation view of the centripetal device of Circular Sliding device swing angle device synchronous with numerical-control motor and clout whereabouts guide groove inclination segment structure.
Figure 22 is the top view of Figure 21.
Figure 23 is that six cutting machine of embodiment sheds the past such as rack, shield, rear portion coaming plate, the right side, upper viewing, shows cutting machine
For two power assemblies with spur gear and bevel gear, the centripetal device of upper outstanding turning gear and manual synchronization swing angle device structure
Elevation view.
Figure 24 is the right view of Figure 23.
Figure 25 is the top view that suspension top is locally cut away by Figure 23.
Specific embodiment
Fig. 1, Fig. 2, Fig. 3, Fig. 4 are please referred to, embodiment one is two power assemblies, two saw blades are placed in an elevator
Cutting machine A on structure, while showing the shape of complete machine, elevating mechanism, elastic force apparatus, swing vertical material pressing device, horizontal binder
Device, clout whereabouts time-delay mechanism, clout whereabouts guide groove vertical section, the small shield of lifting etc., arrange work in the front of rack 1A
Table top 2 is placed on work top 2 to 3 horizontal cross of seat, and button platform 1D is located at the front of cutting machine, sheds coaming plate 1B, shield
Cover 1C, lifting small shield 1C1 show, goes up and down after guide holder 4A is disposed vertically with its guide pillar hole 4A1 and is placed in 2 rack of workbench
In portion 1A1, lifting guide pillar 4B is placed in the guide pillar hole 4A1 of lifting guide holder, connects lifter plate on the top of lifting guide pillar 4B
Cylinder 4C1 in 4D, lifting power plant 4C is placed between rack 1A and the lower part of lifter plate 4D, and spring overcoat 7B is placed in
The lower part of rack 1A, spring inner sleeve 7C are placed in the lower part of lifter plate 4D, and compression spring 7A is placed in the internal diameter of spring overcoat 7B
On the outer diameter of spring inner sleeve 7C, two power assemblies 5 are mutually had a certain degree with two saw blades 6 and are placed in the upper of lifter plate 4D
Portion, two synchronously feeds of saw blade 6.It swings binder support 8A and cutting machine is placed in perpendicular to work top 2 with its swing hole 8A1
Shield 1C on, swing binder swing arm 8B on shaft end 8B1 liftable be swingably placed in swing binder support 8A pendulum
It is in dynamic hole 8A1 and fixed, it swings press cylinder 8C and is liftably fixed on the swinging end 8A1 for swinging binder swing arm 8B.In work
Top the placement horizontal press cylinder seat 9B, horizontal press cylinder 9A for making facade 2A after platform 2 are placed in horizontal press cylinder seat 9B
On, guide groove 9B1 is set on horizontal press cylinder seat 9B, is placed in guide groove 9B1 in the middle part of horizontal binder sliding push arm 9C
And can slide back and forth, the rear portion of horizontal binder sliding push arm 9C is connect with the output shaft 9A1 of horizontal press cylinder 9A, horizontal binder
The front of sliding push arm 9C is higher by work top 2 and lifting groove 9C1 is arranged, in horizontal binder nut 9D placement lifting groove 9C1, water
Concora crush material connector 9E is connected on horizontal binder lifting nut 9D.Swing the v-notch that working plate 10A is set to workbench 2
It in 2B, is disposed in 2 lower part of work top and swings workbench branch free bearing 10B, the front for swinging the U-shaped linking arm 10C of workbench passes through
Swing workbench branch hinged shaft 10D be connected to swing workbench branch free bearing 10B on, swing the U-shaped linking arm 10C of workbench rear portion with
The lower part connection for swinging working plate 10A swings workbench cylinder 10E and is connected to the lower part of work top 2 and swings workbench U
Between type linking arm 10C, clout whereabouts guide groove vertical section antetheca is 10F, rear wall 10G, at the guide groove vertical section 10H of clout whereabouts
In the lower part of workbench 2V type notch 2B.
Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9 are please referred to, embodiment two is two power assemblies, two saw blades, two elevators
The cutting machine B of structure, two swinging mechanisms, while showing the shape of complete machine, the power assembly of direct belt transmission, altitude location dress
It sets, angle positioning device.It arranges work table top 12 in the front of rack 11A, is placed in work top to 13 horizontal cross of seat
On 12, coaming plate 11B is shed, shield 11C is shown in one elevating mechanism 14 of each placement in left and right on base 11A1, the packet of elevating mechanism 14
Lifting guide holder 14A, lifting guide pillar 14B, lifting cylinder 14C are included, the power assembly 15 of direct belt transmission includes power assembly
Main body 15A, saw blade main shaft 15B, bearing 15C, motor 15D, spindle pulley 15E, motor pulley 15F, belt 15G, saw blade
16 are placed on saw blade main shaft 15B, and elastic force apparatus 17 is placed between elevating mechanism 14 and power assembly 15, two swinging mechanisms
18 rise with two including pivot angle axis 18A, pivot angle cylinder 18B, pivot angle power device connector 18C in the lower part of base 11A1 respectively
The lower part of descending mechanism 14 connects, and height locating device 19 includes positioning cylinder 19A, positioning cylinder seat 19B, fastening screw 19C, rises
Guide post pin hole 19D drops, and angle positioning device 20 includes screw seat 20A, adjustment screw 20B, locking nut 20C, is placed in two
Saw blade 16 on a power assembly 15 can be respectively at different height by the effect of lifting cylinder 14C and height locating device 19
Plane is spent, and with swinging mechanism 18, the change of angle positioning device 20 and orientation angle, or synchronous Fig. 6 or alternately Fig. 8, Fig. 9 or choosing
Select one of them feed.
Please refer to Fig. 5, Figure 10, Figure 11, Figure 12, Figure 13, embodiment three be two power assemblies, two saw blades, two rise
Descending mechanism, the cutting machine C of a swinging mechanism, shape is identical as two cutting machine B of embodiment, and display is without lifting power plant
Elevating mechanism and linkage and the state for interlocking feed and single action feed, one lifting of each placement in left and right on base 21A
Mechanism 24A and 24B, elevating mechanism 24B are fixed on base 21A, and elevating mechanism 24A disposes the swingable angle of swinging mechanism 28,
Elevating mechanism 24A includes lifting cylinder 24A1, and the lower part that swinging mechanism 28 is placed in base 21A includes pivot angle axis 28A, pivot angle gas
Cylinder 28B, pivot angle power device connector 28C, linkage 29 include interlocking cantilever 29A, linkage cylinder 29B, linkage cylinder pair
Joint chair 29C, interlocking cantilever includes base end 29A1 and cantilever end 29A2, has transverse groove 29C1 on linkage cylinder butt joint base 29C.
Please refer to Figure 14, Figure 15, Figure 16, example IV be a power assembly, a saw blade, elevating mechanism, one
The cutting machine D of a elastic force apparatus, swinging mechanism shows the power assembly being driven with spur gear and belt and front binder dress
Structure is set, is arranged work table top 32 in the front of rack 31A, front material pressing device 33 is placed on work top 32, sheds and enclose
Plate 31B, shield 31C, front material pressing device Decorative Cover 33J are shown, one set of lifting mechanism 34, band straight-tooth are disposed on base 31A1
Wheel and the power assembly 35 of belt transmission are placed in the top of the lifting guide pillar 34B of elevating mechanism 34, and saw blade 36 is placed in power
On the saw blade main shaft 35B of assembly 35, elastic force apparatus 37 be placed in elevating mechanism 34 lifting guide holder 34A and power assembly 35 it
Between, swinging mechanism 38 is that servo motor 38A drives, on the attachment base 31A2 that the lower part of base 31A1 is placed in rack 31A, pendulum
The center of circle 38B of angle mechanism 38 is the shaft heart of retarder 38C, and the power assembly 35 being driven with spur gear and belt includes dynamic
Power assembly main body 35A, saw blade main shaft 35B, the first spur gear 35C, the second spur gear 35D, gear shaft 35E, gear shaft pulley
The composition of 35F, motor 35G, motor pulley 35H, belt 35I, the end face of outboard end and leading edge are described at 45 degree of oblique angle 35J
Front material pressing device 33 include pedestal 33A, horizontally-guided seat 33B, horizontal air cylinder 33C, horizontal guide post 33D, sagging pressure head 33E,
Vertical cylinder connecting plate 33F, vertical cylinder 33G, pressure head 33H, the composition for lengthening clamping screw 33I, Decorative Cover 33J, saw blade 36
Can in the range of positive 45 degree to minus 45 degree with elevating mechanism swing angle after feed.
Please refer to Figure 17, Figure 18, Figure 19, embodiment five be before work top, lower part setting longitudinal cutting device
Cutting machine E, show longitudinal cutting device in translation feed arrangement and swing feed arrangement and vertical material pressing device in
Translation vertical material pressing device arranges work table top 42 in the front of rack 41A, is placed in work top to 43 horizontal cross of seat
On 42, coaming plate 41B, shield 41C, button platform 41D and longitudinal cutting device trim 44G, left side baffle 44H, Figure 18 are shed
Saw blade 46 is in the state that 43 front of seat does not enter 43 rear portion of seat, guide pillar seat 44B before display translation feed arrangement feed
With the translational guide column 44C of fastening thereon is longitudinal, horizontally placement is connected in the rack of 42 lower part of workbench, guided in translation body
44D is placed on translational guide column 44C after connecting with translational power head 44A, and cylinder ear 44F is connected on translational power head 44A, is put down
Cylinder 44E is moved to be connected between guide pillar seat 44B and cylinder ear 44F.Saw blade passes through after Figure 19 display swings feed arrangement feed
Seat escape groove 43A enters the state at seat rear portion, and connection swings support arm 45B and makes it in the rack of 42 lower part of work top
Balance staff hole 45B1 is horizontal, laterally places, and swings and disposes gantry pillars 45C, gantry pillars 45C to pass through swing on power head 45A
Axis 45D is placed on the balance staff hole 45B1 for swinging support arm 45B, is swung placement on power head 45A and is swung power head linking arm 45G,
It disposes oscillating cylinder seat 45F, oscillating cylinder 45E to be connected to oscillating cylinder seat 45F in workbench lower framework and swings power head
Between linking arm 45G.Translation press cylinder 47A in translation vertical material pressing device can be fixed on to oscilaltion translation binder gas
On cylinder seat 47B, flat-removing air cyclinder seat 47B is fixed on shield by translation press cylinder seat fixed screw 47C horizontally moveablely and translates
On slot 47D.
Figure 20, Figure 21, Figure 22, Figure 23, Figure 24, Figure 25 are please referred to, embodiment six is that two band spur gears and bevel gear pass
Dynamic power assembly, two saw blades are placed in the cutting machine F on an elevating mechanism, and the top for being shown in lifting guide pillar, which increases, to rise
Drop plate, the state that centripetal device, synchronous swing angle device and clout whereabouts guide groove tilting section are set on lifter plate.In rack
The front of 51A is arranged work table top 52, and front material pressing device 53, the two sides of material pressing device in front are disposed on work top 52
Automatic feeding 54A and automatic discharge unit 54B is disposed, is set in the front of work top 52, the lower part of front material pressing device
Set longitudinal cutting device 55, shed coaming plate 51B, shield 51C, workbench 52, front material pressing device 53, automatic feeding 54A,
The lifting guide holder 56A of automatic discharge unit 54B, display elevating mechanism 56 dispose three guide post 56B, three guide post 56B's
Top disposes lifter plate 56C, and Figure 21, Figure 22 show that centripetal device is Circular Sliding device, the periphery of plane on lifter plate 56C
57B and inner circumferential 57C is arc guide groove 57A of the isocentric circular arc as centripetal device, and two circular arc slide 57B points or so are placed in circle
On arc guide groove 57A, it is placed on circular arc slide 57B to two 58 or so apposing symmetrics of power assembly, Figure 23, Figure 24, Tu25Xian
Show that centripetal device is upper outstanding turning gear, the lower part of suspension 59A is fixed on the rear portion of lifter plate 56C, and the top of suspension 59A is in
The top of shaft linking arm 59B simultaneously vertically disposes suspension shaft 59C, the shaft lower part linking arm 59B connect with power assembly 60,
Top and suspension shaft 59C are hinged, sliding screw 61A from the lower plane of lifter plate 56C be upward through circular arc avoid holes 56C1 and
The connecting hole of circular arc slide successively disposes spring 61B and nut 61C in the upper plane of connecting hole.The placement point on lifter plate 56C
Middle guide groove 62A, synchronous slide nut 62B are placed on point middle guide groove 62A, and synchronising (connecting) rod 62C bilateral symmetry is hinged on same
It walks between sliding nut 62B and two circular arc slide 57B, disposes synchronous screw seat 62D at a point rear portion of middle guide groove 62A, together
Step one end screw rod 62E is connect with synchronous slide nut 62B, and the other end is placed on synchronous screw seat 62D, and end is in synchronous silk
The rear portion of pole socket 62D is directly connected by gear 62F connection numerical-control motor 62G, or the rear portion of the screw hole 59A1 in suspension lower part
Catcher wheel 62H.
Band spur gear and bevel geared power assembly 58, including power assembly main body 58A, saw blade main shaft 58B, first
The composition of spur gear 58C, gear shaft 58D, the second spur gear 58E, the first bevel gear 58F, the second bevel gear 58G, motor 58H,
The end face of outboard end and leading edge are at 45 degree of oblique angle 58I.
Clout whereabouts guide groove tilting section 63 is U-type groove plate, and the lower part of top face vertical section, the downward lateral inclination in lower part prolongs
Extend to the lateral surface 51B of rack 51A.
Although invention has been described for the embodiment more than combining, invention is not limited to implementation disclosed above
Example, and modification, equivalent combinations that various essence according to the embodiment carry out should be covered.
Claims (16)
1. a kind of multifunctional cutting machine, including rack, workbench, seat, elevating mechanism, power assembly, saw blade, in the rack
Front the workbench is set, on the workbench, the saw blade is arranged on the power assembly for the seat setting,
The elevating mechanism includes lifting guide holder, lifting guide pillar, lifting power plant, it is characterised in that: in the lifting guide holder
Interior to be equipped with vertical guide pillar hole, the lifting guide holder is arranged in the rack, and the lifting guide pillar is arranged in the guide post
In hole, the top of the lifting guide pillar is arranged in the power assembly, and the lifting power plant setting is oriented in the lifting
Between seat and the power assembly.
2. multifunctional cutting machine according to claim 1, which is characterized in that total in the lifting guide holder and the power
Elastic force apparatus is also set up between holding, the elastic force apparatus is pressure spring device or gas storage spring arrangement；The compression spring dress
It sets including compression spring, shaft, housing, the compression spring is placed on outside the shaft, and the housing is placed on the compression spring
One or both ends；The gas storage spring arrangement includes gas storage spring, connecting screw, and the gas storage spring passes through the connection spiral shell
Silk is vertically connected between the lifting guide holder and the power assembly.
3. multifunctional cutting machine according to claim 1, which is characterized in that also set in the rack and the elevating mechanism
There is a swinging mechanism, the swinging mechanism includes pivot angle axis, pivot angle power device, pivot angle power device connector, in the machine
It is vertically arranged the pivot angle axis by the pivot angle center of circle of setting in frame, one balance staff hole is set in the lifting guide holder and by described
Balance staff hole and the pivot angle axis connection, the pivot angle power device are connected to the machine by the pivot angle power device connector
Between frame and the lifting guide holder, the elevating mechanism is around the pivot angle axis swing angle.
4. multifunctional cutting machine according to claim 1, which is characterized in that the power assembly includes power assembly master
Body, saw blade main shaft, motor, motor pulley, saw blade spindle pulley, belt are arranged one in the power assembly body front part
Saw blade spindle hole, the saw blade main shaft are arranged in the saw blade spindle hole, described in the outboard end setting of the saw blade main shaft
Simultaneously the saw blade spindle pulley is arranged in inner end in saw blade, and the motor is arranged at the rear portion of the power assembly main body,
The motor pulley is set on the output shaft of the motor, and the belt is connected to the saw blade spindle pulley and the electricity
Between machine belt pulley.
5. multifunctional cutting machine according to claim 1, which is characterized in that the power assembly includes power assembly master
Body, saw blade main shaft, the first spur gear, the second spur gear, motor, motor pulley, gear shaft pulley, belt, described dynamic
Power assembly body front part is equipped with a saw blade spindle hole, and the saw blade main shaft is arranged in the saw blade spindle hole, and the saw blade is set
It sets in the inside of the saw blade main shaft, first spur gear is set in the saw blade main shaft, after the saw blade spindle hole
Second spur gear, second spur gear and first spur gear is arranged in the gear shaft in setting one gear shaft in side's
Engagement connects the gear shaft pulley in the outboard end of the gear shaft, described in power assembly back body setting
Motor, is arranged the motor pulley on the output shaft of the motor, the belt be connected to the gear shaft pulley with
Between the motor pulley.
6. multifunctional cutting machine according to claim 1, which is characterized in that the power assembly includes power assembly master
Body, saw blade main shaft, gear shaft, the first spur gear, the second spur gear, the first bevel gear, the second bevel gear, motor, described dynamic
Power assembly body front part is equipped with a saw blade spindle hole, and the saw blade main shaft is arranged in the saw blade spindle hole, and the saw blade is set
It sets in the inside of the saw blade main shaft, first spur gear is set in the saw blade main shaft, after the saw blade spindle hole
The gear shaft is arranged in side, and second spur gear, second spur gear and first straight-tooth is arranged in the gear shaft
Wheel engagement, is connected with first bevel gear in the outboard end of the gear shaft, is equipped with a right angle at the rear of the gear shaft
Seat, is arranged the motor on the right angle seat, is arranged second bevel gear on the output shaft of the motor, and described second
Bevel gear passes through the right angle seat and engages with first bevel gear.
7. multifunctional cutting machine according to claim 3, which is characterized in that the power assembly, the saw blade, the liter
Descending mechanism, the swinging mechanism quantity be two, two elevating mechanisms pass through respectively two swinging mechanisms with
The rack connection.
8. multifunctional cutting machine according to claim 3, which is characterized in that the power assembly, the saw blade, the liter
The quantity of descending mechanism is two, and the quantity of the swinging mechanism is one, wherein the first elevating mechanism passes through the swinging mechanism
It is connect with the rack, the second elevating mechanism passes through a linkage and the first elevating mechanism clutch connection, the linkage
Including interlocking cantilever, linkage cylinder, linkage cylinder butt joint base, the gearing cantilever includes base end and cantilever end, the gearing
Cylinder butt joint base is equipped with the transverse groove for docking the linkage cylinder, the linkage cylinder butt joint base setting with the first elevator
In the corresponding power assembly main body of structure, and in the power assembly main body corresponding with the second elevating mechanism described in setting
The linkage cylinder is arranged in the cantilever end for interlocking cantilever in the base end for interlocking cantilever.
9. multifunctional cutting machine according to claim 2, which is characterized in that the quantity of the power assembly and the saw blade
It is two, the quantity of the elevating mechanism is one, also sets up lifter plate on the top of the lifting guide pillar, the lifting is dynamic
Power device, the elastic force apparatus are arranged between the lifting guide holder and the lifter plate or are arranged in the rack and institute
It states between lifter plate, two power assemblies are arranged on the lifter plate.
10. multifunctional cutting machine according to claim 9, which is characterized in that in the top of the lifter plate, setting is centripetal
Device, the centripetal device include Circular Sliding device or upper outstanding turning gear；The Circular Sliding device include arc guide groove,
The arc guide groove is arranged on the top of the lifter plate in circular arc slide, and the circular arc slide is arranged in a manner of being slidably matched
On the arc guide groove；The upper outstanding turning gear includes suspension, suspension shaft, shaft linking arm, the lower part of the suspension
It is fixed on the rear portion of the lifter plate, crosses the top of the power assembly in the middle part of the suspension, at the top of the suspension
In the top of the shaft linking arm, the lower part of the shaft linking arm is connect with the power assembly, the shaft linking arm
Top it is hinged by the suspension shaft and the top of the suspension.
11. multifunctional cutting machine according to claim 10, which is characterized in that be arranged on the arc guide groove a pair of left
Right symmetrical circular arc slide, described two power assemblies are separately positioned on the pair of circular arc slide, on the lifter plate
Guide groove in one point is set on middle line along longitudinal direction, a sliding nut is arranged in described point on guide groove in which can slide back and forth, and one
Lower inside or the pair of power that the sliding nut and the pair of circular arc slide are symmetrically hinged on to connecting rod are total
Between the lower inside held, a screw rodb base, one end of the screw rod and the sliding is arranged in the rear portion of guide groove in described point
Nut connection, the other end is placed on the screw hole of the screw rodb base in such a way that rotatable and front and back limits, in the screw rod
The rear portion of seat is equipped with the handwheel or numerical-control motor for connecting the screw rod.
12. multifunctional cutting machine according to claim 1, which is characterized in that be arranged in the front of the workbench longitudinal
Cutter device, the longitudinal cutting device include translation feed arrangement and swing feed arrangement, and the translation feed arrangement includes
Translational power head, guide pillar seat, translational guide column, guided in translation body, flat-removing air cyclinder, cylinder ear, the translational guide column are led by described
Column base is arranged in the rack below the workbench, and the guided in translation body is arranged after connecting with the translational power head in institute
State in translational guide column, the cylinder ear is connected on the translational power head, the flat-removing air cyclinder be connected to the guide pillar seat with
Between the cylinder ear；The swing feed arrangement includes swinging power head, swinging support arm, gantry pillars, swinging axle, swing gas
Cylinder, swings power head linking arm at oscillating cylinder seat, the swing support arm is arranged in the rack below the workbench, in institute
It states to swing and the swing seat is set on power head, the swing seat is arranged on the swing support arm by the swinging axle,
The swing power head linking arm is set on the swing power head, the swing is set in the rack below the workbench
Cylinder block, the oscillating cylinder are arranged between the oscillating cylinder seat and the swing power head linking arm.
13. multifunctional cutting machine according to claim 8, which is characterized in that further include a height locating device, the height
Spending positioning device includes positioning cylinder, positioning cylinder seat, fastening screw, lifting guide pillar pin hole, in the elevating mechanism
The lifting guide pillar pin hole is set in lifting guide pillar, the positioning cylinder seat is set on the lifting guide holder, it is described fixed
Position cylinder is arranged on the positioning cylinder seat after connecting with the fastening screw and is in the fastening screw described in insertion
On the going-back position of lifting guide pillar pin hole, when the lifting guide pillar pin hole is parked in the corresponding position of the fastening screw,
The fastening screw injects in the lifting guide pillar pin hole under the action of positioning cylinder.
14. multifunctional cutting machine according to claim 1, which is characterized in that horizontal binder is arranged on the workbench
Device, the horizontal material pressing device include horizontal press cylinder, horizontal press cylinder seat, horizontal binder sliding push arm, horizontal pressure
Expect lifting nut, horizontal binder connector, the horizontal press cylinder seat, the horizontal pressure are set in the rear facade of the workbench
Expect that cylinder is arranged on the horizontal press cylinder seat, a guide groove, the level are set on the horizontal press cylinder seat
Binder sliding push arm is arranged in the guide groove in which can slide back and forth, the rear portion of the horizontal binder sliding push arm and the water
A lifting groove, the horizontal binder is arranged in the front of the horizontal binder sliding push arm in the output axis connection of flat press cylinder
Lifting nut is arranged in the lifting groove, and the horizontal binder connector is connected on the horizontal binder lifting nut.
15. multifunctional cutting machine according to claim 1, which is characterized in that it is externally provided with a blade shroud in the saw blade,
One vertical material pressing device is set in the blade shroud, and the vertical material pressing device includes translation vertical material pressing device and swing
Vertical material pressing device；The translation vertical material pressing device includes shield translation slot, translates press cylinder, flat-removing air cyclinder seat, described
Translation press cylinder can be fixed on to oscilaltion on the translation press cylinder seat, and the flat-removing air cyclinder seat is horizontally moveablely
It is fixed on the shield translation slot；The swing vertical material pressing device includes swinging binder support, swinging binder swing arm, swing
Press cylinder, pressure head, the swing binder support are arranged in the blade shroud, and the swing binder swing arm is swingably set
It sets on the swing binder support, the swing press cylinder is liftably fixed in the swing binder swing arm, when flat
When moving press cylinder or swinging press cylinder work, the pressure head for being connected to translation press cylinder or swinging in press cylinder can be made to hang down
Directly material is compressed in work top.
16. multifunctional cutting machine according to claim 1, which is characterized in that a clout is arranged in the workbench and falls
Time-delay mechanism, clout whereabouts time-delay mechanism are U-shaped including swinging working plate, swing workbench branch free bearing, swing workbench
Linking arm swings workbench branch hinged shaft, swings workbench cylinder, and the swing working plate is set in the workbench,
The swing workbench branch free bearing is arranged in the workbench lower part, and the branch hinge end for swinging the U-shaped linking arm of workbench passes through institute
It states and swings workbench branch stud connection on the swing workbench branch free bearing, the connection for swinging the U-shaped linking arm of workbench
End is connect with the swings working plate, swing workbench cylinder be connected to work top before, lower part and swing workbench it is U-shaped
Between linking arm.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810802971.6A CN109226881A (en) | 2018-07-18 | 2018-07-18 | A kind of multifunctional cutting machine |
| DE102019119433.4A DE102019119433A1 (en) | 2018-07-18 | 2019-07-17 | Multifunctional cutting machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810802971.6A CN109226881A (en) | 2018-07-18 | 2018-07-18 | A kind of multifunctional cutting machine |
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| CN109226881A true CN109226881A (en) | 2019-01-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810802971.6A Pending CN109226881A (en) | 2018-07-18 | 2018-07-18 | A kind of multifunctional cutting machine |
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| CN (1) | CN109226881A (en) |
| DE (1) | DE102019119433A1 (en) |
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| CN207223090U (en) * | 2017-07-21 | 2018-04-13 | 中国铁建重工集团有限公司 | A kind of magnetic floats sleeper and cuts saw equipment and cut saw control system |
| CN209407560U (en) * | 2018-07-18 | 2019-09-20 | 翟秋朗 | A kind of multifunctional cutting machine |
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| CN115302293B (en) * | 2022-09-22 | 2024-04-05 | 陈远杰 | Integral angle bead cutting continuous feeder |
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| CN117123850B (en) * | 2023-10-25 | 2023-12-19 | 福建华电邵武能源有限公司 | Auxiliary pipeline installation device |
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