CN206405520U - A kind of cutting machine for translating feed - Google Patents
A kind of cutting machine for translating feed Download PDFInfo
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- CN206405520U CN206405520U CN201621084276.3U CN201621084276U CN206405520U CN 206405520 U CN206405520 U CN 206405520U CN 201621084276 U CN201621084276 U CN 201621084276U CN 206405520 U CN206405520 U CN 206405520U
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Abstract
The utility model discloses a kind of cutting machine for translating feed, including body and saw blade, the body includes frame, workbench and backup plate, the workbench is arranged at the front portion of the frame, the backup plate is secured transverse in the frame towards the workbench, the escape groove or breach passed through when being provided with the saw blade feed on the workbench and the backup plate, a longitudinal rail is fixed in the frame, a Mobile base is provided with the guide rail, one connecting portion is set on the Mobile base, one power set set an angle and are connected on the connecting portion, the saw blade is placed on the motor output shaft of the power set or in saw blade rotary shaft, the position of motor output shaft or the saw blade rotary shaft is higher than the table top of the workbench and can forward moved at backup plate at away from one after backup plate, one mobile device is arranged between the Mobile base and the frame.The utility model provides a kind of advanced structure, powerful, the high cutting machine of crudy.
Description
Technical field
The utility model is related to cutting processing device, more particularly to a kind of cutting machine for translating feed.
Background technology
In the equipment of existing cutting aluminium alloy extrusions, mainly there are two kinds of structure types；(1) one is set in frame admittedly
Determine casing, casing top is work top, and backup plate is arranged on the top of casing, the rear portion of workbench, is set at the rear portion of casing
Rotational angle device and swing feed arrangement, the running orbit of saw blade is the upward swing backward out of work top bottom casing
To the escape groove of backup plate, the rotation direction of saw blade is to rotate backward upwards, and because saw blade is that circular arc is rotated, and the axle center of saw blade exists
Under work top, so the last fracture of cutting section bar angle all on preceding, and the rotation direction of saw blade is to be rotated up, because
Clout after this cutting is easy to upward splashing, causes dangerous and noise；Limited in addition, swinging feed arrangement by pendulum radius
System, its cutting section is limited in certain scope, and (2) set forward and backward fulcrum bearing, the work of an angle rotatable in frame
Dynamic casing is supported and fixed by forward and backward fulcrum bearing, and guide rail and Mobile base are set in casing, and mobile device is arranged on casing and movement
Between seat, the front portion of casing is provided with workbench, and the front end face of casing is as backup plate, and saw blade is moved to before backup plate in casing
Face, but saw blade main shaft, because the setting and adjustment of cutting angle must rotate whole casing, causes whole still at the rear portion of backup plate
Individual angle station, positioner and fixture structure it is complicated with it is huge, and the stability of complete machine is not also firm；In addition,
Because saw blade rotary shaft is only in the movement of backup plate rear portion, thus longitudinal depth of its cutting is also restricted.
Utility model content
In view of the shortcomings of the prior art, the purpose of this utility model is to provide a kind of cutting machine for translating feed, and it was both
Part can be simplified without angle station, part can be set up again and includes angle station, mobile device is directly connected not with frame
Need with angle station rotational angle, its angle station is set on the moving body moved horizontally in machine frame inside one, can letter
Cutting angle that is single and neatly arbitrarily changing and fix within the specific limits cutting machine, the feed mode of saw blade is straight line water
Flat motion simultaneously moves forward to work top by the rear portion of backup plate, and the rotation direction of saw blade is rotates down forward, when selection saw
When disk rotating shaft is higher than work top, the last fracture for being cut section bar is, in front lower place, to be particularly conducive to solve to be cut material
The unsafe problems that the clout of material splashes, and it is high and narrow material to be adapted to cutting cross section, when selection saw blade rotary shaft is low
When work top, due to the length of guide rail and longitudinal depth of work top can be increased without restriction, cutting is adapted to again horizontal
Section short material to be wide.
To achieve these goals, the technical solution of the utility model is：A kind of cutting machine for translating feed, including body
And saw blade, the body includes frame, workbench and backup plate, and the workbench is arranged at the front portion of the frame, the backup plate
It is secured transverse to towards the workbench in the frame, when being provided with the saw blade feed on the workbench and the backup plate
The escape groove or breach passed through, fixes a longitudinal rail in the frame, a Mobile base is provided with the guide rail, described
One connecting portion is set, and a power set set an angle and are connected on the connecting portion, the saw blade placement on Mobile base
In on the motor output shaft of the power set or in saw blade rotary shaft, the position of motor output shaft or the saw blade rotary shaft is high
In the workbench table top and can be from away from move to forward at backup plate at backup plate, a mobile device is arranged at the shifting
Move between seat and the frame.
As a kind of improvement of the present utility model, the power set set an angle by a cantilever and are connected to the shifting
On the connecting portion of dynamic seat.
As it is of the present utility model it is a kind of improve, set one perpendicular to the workbench on the Mobile base and parallel to
The vertical elevation of backup plate, sets a shaft hole in the vertical elevation, and a rotary corner plate is arranged on the rotating shaft by a rotating shaft
It is connected on hole and with the vertical elevation, a cantilever is connected on the rotary corner plate, the vertical elevation dorsad workbench, or
Towards workbench, when dorsad the workbench is set vertical elevation the Mobile base provided with the avoidance hole for avoiding the cantilever or
Breach.
As it is of the present utility model it is a kind of improve, in the vertical elevation of the avoidance hole or the indentation, there dorsad workbench
Opposing face, i.e., towards on the facade of the workbench, a shred holding up plate is close to the facade and is connected with cantilever and turning with cantilever
Move and rotational angle, rising prevents that sawdust from polluting Mobile base avoidance hole or breach and rotary corner plate is close to the contact surface of vertical elevation.
As a kind of improvement of the present utility model, the cantilever is simple cantilever or power set and cantilever；It is described simple
Cantilever is an elongated parts, and its is anterior with the motor connection, the connecting portion connection of its rear portion and Mobile base or with not perforating
Rotary corner plate connection；The power set and cantilever are the framework parts of a belt length arm, and the saw blade is set in its front portion
Rotary shaft, one motor of portion's setting, connects a belt, the power set behind between the saw blade rotary shaft and the motor
And the rear portion of cantilever is fixed on perforation or notched rotary corner plate.
As a kind of improvement of the present utility model, the rotary corner plate is the plate body parts with axle center hole, passes through axle center hole
Around the axis of rotation angle, including two kinds with the connected mode of cantilever：One kind is direct to be connected with simple cantilever；It is another to be
Perforation or breach is set to be connected with power set and cantilever on the rotary corner plate, between the rotary corner plate and the Mobile base
One angle station and one group of angle positioning device are set, the angle after rotary corner plate is rotated also is fixed by a device for fastening.
As a kind of improvement of the present utility model, the rotating shaft is the parts of cylinder, and its one end is vertically disposed at shifting
In the vertical elevation of dynamic seat, the other end is connected with rotary corner plate, and rotary corner plate connects around axis of rotation angle, or rotating shaft with rotary corner plate
Reconnected after connecing on Mobile base.
As a kind of improvement of the present utility model, the power set are simple electric machine or motor belt transmission dress
Put；In the simple electric machine, the saw blade is set directly on the output shaft of motor, is driven and is filled in the motor belt
In putting, in the anterior placement saw blade rotary shaft of power set and cantilever, and rear portion sets motor, and the motor turns with the saw blade
Belt is connected between moving axis, the saw blade is arranged in the saw blade rotary shaft.
As a kind of improvement of the present utility model, the angle station is manual angle station, pneumatic corner device or number
Control one kind in angle station；The manual angle station is that worm and wormwheel structure, spanner pull one kind in structure, the snail
Worm and wormwheel structure includes worm screw, worm gear, worm seat, rocking handle, and the worm gear is arranged on the rotary corner plate by the center of circle of the rotating shaft
On, the worm screw is arranged on the Mobile base by the worm seat and engaged with the worm gear, and rocking handle is arranged on the snail
One end of bar, the spanner, which pulls structure, includes spanner, spanner jack, and the spanner jack is set on the rotary corner plate, will
The spanner is injected in the spanner jack；The pneumatic corner device is one in Standard Cylinder device, convolution air cylinder device
Kind, the Standard Cylinder device includes swing clamp cylinder, swing clamp cylinder connector, and the swing clamp cylinder connector is separately positioned on institute
State on Mobile base and rotary corner plate, the two ends of the swing clamp cylinder are separately positioned between the swing clamp cylinder connector, described time
Revolving air cylinder device includes convolution cylinder, convolution cylinder block, gear, arc rack, and the arc rack is the outer rack of circular arc or circle
One kind in arc inner rack, the periphery pulled in the corner sets the arc rack, on the output shaft of the convolution cylinder
The gear is connected, the convolution cylinder is connected on Mobile base by the convolution cylinder block, the gear and the circular arc
Rack is engaged；The numerical control intersection angle device is one kind in reducer arrangement, worm and wheel device, the reducer arrangement bag
Servomotor, decelerator, decelerator connecting seat, gear, arc rack are included, the arc rack is in the outer rack of circular arc or circular arc
One kind in rack, the arc rack is arranged on the rotary corner plate, and the servomotor is connected with the decelerator, described
Decelerator is connected with the gear and is engaged through decelerator connecting seat with arc rack and do not put on the Mobile base, the snail
Worm and wheel device includes servomotor, servo motor seat, worm screw, worm seat, worm gear, and the worm gear is arranged on the rotary corner plate
On, the worm screw is arranged on the Mobile base by worm seat and engaged with the worm gear, and the servomotor passes through described
Servo motor seat is arranged on the Mobile base and is connected with the worm screw, can within the specific limits more by numerical control intersection angle device
Convenient adjustment any angle.
As a kind of improvement of the present utility model, the device for fastening includes manual device for fastening or pneumatic device for fastening；
The manual device for fastening is arranged at towards workbench for the vertical elevation or rotary corner plate that rotary corner plate is arranged at dorsad workbench
One kind in vertical elevation：The manual device for fastening that the rotary corner plate is arranged at the dorsad vertical elevation of workbench includes Mobile base
Screwed hole, rotary corner plate housing pin escape groove, housing pin, are avoided in the Mobile base relative to the rotary corner plate housing pin
The Mobile base screwed hole is set on the position of groove, the housing pin through the housing pin escape groove on the rotary corner plate with
The Mobile base screwed hole connection；The manual device for fastening that the rotary corner plate is arranged at towards the vertical elevation of workbench includes turning
Gusset screwed hole, Mobile base housing pin escape groove, housing pin, in the rotary corner plate relative to the Mobile base housing pin
The rotary corner plate screwed hole is set on the position of escape groove, the housing pin through the Mobile base housing pin escape groove with
The rotary corner plate screwed hole connection；The pneumatic device for fastening includes compression cylinder, clamp nut, screw, clamp nut
Escape groove, external screw thread and internal thread are provided with the outer end of the compression cylinder output shaft, and the output shaft of the compression cylinder is relative
It is fixed in the position of the rotary corner plate clamp nut escape groove on the Mobile base, the clamp nut and the compression cylinder
Output shaft on external screw thread connection, the screw is connected with the internal thread on the output shaft of the compression cylinder；Or,
Clamp nut escape groove, position of the output shaft relative to Mobile base clamp nut escape groove of compression cylinder are set on Mobile base
It is fixed on rotary corner plate.
As a kind of improvement of the present utility model, the mobile device includes air cylinder structure and screw structure, air cylinder structure
Including mobile cylinder, connector, connector is fixed on Mobile base, and the two ends of mobile cylinder are connected to frame and connector
Between, screw structure includes screw mandrel, screw rodb base, nut, motor, and screw mandrel is fixed in frame by screw rodb base, nut and screw mandrel
It is connected to after engagement on Mobile base, motor is fixed in frame after being connected with screw mandrel.
As a kind of improvement of the present utility model, provided with a sealing dress between the inwall and the Mobile base of the body
Put, the sealing device includes elastic sealing element, fixed screw, on the Mobile base and the body, the generation of left and right inwall
The elastic sealing element is connected by the fixed screw on the neighboring in gap, during the Mobile base movement, the elasticity
The inwall sliding contact of seal and the body.
Another technical scheme of the present utility model is：A kind of cutting machine for translating feed, including body and saw blade, the machine
Body includes frame, workbench and backup plate, and the workbench is arranged at the front portion of the frame, and the backup plate is towards the workbench
Be secured transverse in the frame, when the saw blade feed is provided with the workbench and the backup plate escape groove that passes through or
Breach, fixes a longitudinal rail in the frame, and a Mobile base is provided with the guide rail, it is characterised in that moved described
One is set on dynamic seat perpendicular to the workbench and parallel to the vertical elevation of backup plate, a rotating shaft is set in the vertical elevation
Hole a, rotary corner plate is arranged on the shaft hole by a rotating shaft and is connected with the vertical elevation, and a cantilever is connected to described
On rotary corner plate, a power set are arranged on the cantilever, and the saw blade is placed on the motor output shaft of the power set
Or in saw blade rotary shaft, the position of motor output shaft or the saw blade rotary shaft less than the workbench table top and from backup plate it
Under the table top that the workbench before the backup plate is moved to before backward, a mobile device is arranged at the Mobile base and the machine
Between frame.
The guide rail includes the selection of various section material guide rails, tongue and groove, the axis of rolling, bearing guide rod etc., and guide rail is for saw blade
Rotary shaft is relatively short higher than the structure of work top, and relatively long less than the structure of work top for saw blade rotary shaft.
Compared with prior art, the cutting machine of the utility model translation feed include saw blade rotary shaft higher than work top and
Saw blade rotary shaft is less than the structure type of work top, also includes the structure shape of manual corner and pneumatic corner and numerical control intersection angle
Formula, mobile device be directly connected with frame need not with angle station rotational angle, device for fastening include manual device for fastening and
The vertical elevation or rotary corner plate that pneumatic device for fastening, also rotary corner plate are arranged at dorsad workbench are arranged at hanging down towards workbench
The selection of vertical surface, and the structure type that saw blade is directly driven by motor and saw blade is driven by belt, belt pulley and motor,
Both certain angle can be selected to immobilize, and can arbitrarily changes different angles within the specific limits again, reach cutting machine
It is rational in infrastructure, use the higher purpose of safety, processing efficiency.
Brief description of the drawings
With reference to the accompanying drawings and detailed description, structure of the present utility model and its advantageous effects are carried out detailed
Explanation.
Fig. 1 is that the saw blade of embodiment one is fixed on 45 degree of right views for being retracted into backup plate rear belt section.
Fig. 2 is that the saw blade of embodiment one is fixed on the right view with section on 45 degree of feed to workbench.
Fig. 3 is the front view with section when the saw blade of embodiment one is fixed on 45 degree.
Fig. 4 is that the saw blade of embodiment one is fixed on the elevation view that 45 degree of feeds are watched to workbench from preceding upper left side.
Fig. 5 is the elevation view that embodiment one watches Mobile base from preceding upper right side.
Fig. 6 is the elevation view of the simple cantilever of viewing above rear left of embodiment one.
Fig. 7 is the right view with section on the saw blade corner of embodiment two to 90 degree of feed to workbench.
Fig. 8 is the saw blade corner of embodiment two to 90 degree of right views for being retracted into backup plate rear belt section.
Fig. 9 is the saw blade corner of embodiment two to 90 degree of front views with section.
Figure 10 is the saw blade corner of embodiment two to 90 degree of rearviews with section.
Figure 11 is the elevation view that the saw blade corner of embodiment two is watched to 90 degree of feeds to workbench from preceding upper left side.
Figure 12 is the elevation view that embodiment two watches Mobile base from upper left back.
Figure 13 is the elevation view that embodiment two watches rotary corner plate from upper left back.
Figure 14 is that embodiment two watches the elevation view that simple cantilever is connected with motor, saw blade from upper left front.
Figure 15 is the right view with section on the saw blade corner of embodiment three to 90 degree of feed to workbench.
Figure 16 is the saw blade corner of embodiment three to 90 degree of right views for being retracted into backup plate rear belt section.
Figure 17 is the saw blade corner of embodiment three to the rearview with section at 90 degree.
Figure 18 is the saw blade corner of embodiment three to the rearview with section at 45 degree.
Figure 19 is the elevation view that the saw blade corner of embodiment three is watched to 90 degree of feeds to workbench from preceding upper left side.
Figure 20 is the elevation view that the saw blade corner of embodiment three is watched to 45 degree of feeds to workbench from preceding upper left side.
Figure 21 is the elevation view that embodiment three watches Mobile base from upper left back.
Figure 22 is the elevation view that embodiment three watches rotary corner plate from upper left back.
Figure 23 is that embodiment three watches the elevation view that cantilever is connected with motor, saw blade from upper left back.
Figure 24 is a kind of rearview of convolution air cylinder device in pneumatic corner device.
Figure 25 is a kind of rearview of reducer arrangement in numerical control intersection angle device.
Embodiment
Fig. 1 to Fig. 6 is referred to, embodiment one is that motor output shaft is filled higher than work top, power set for simple motor
Put by simple cantilever be connected to vertical elevation be towards on the Mobile base of workbench, cutting angle be set in 45 degree of cutting
Machine.Body 1 is made up of frame 1A, workbench 1B, backup plate 1C etc., and cylindrical guide 2 is flatly placed in the inside of body 1, mobile
Seat 3 be placed in by axle sleeve hole 3A on cylindrical guide 2 and can be front and rear slide, 45 degree of the rear portion 4B of cantilever 4 selection is connected to shifting
On the vertical elevation 3B of dynamic seat 3, the simple motor 5 of the anterior 4A connecting power devices of cantilever 4, in the motor output shaft of motor 5
Saw blade 6 is connected on 5A, it will be seen from figure 1 that the motor output shaft 5A of motor 5 is higher than workbench 1B, the connector 7 of mobile device
Be connected on Mobile base 3, one end of mobile cylinder 8 is placed on frame 1A, and the other end is connected with connector 7, oil storage cylinder 9 be for
Improve the stable oil storage of mobile cylinder 8 to set, 45 degree of backup plate is provided with backup plate 1C and goes out knife escape groove 10 and workbench
Going out knife escape groove 11 is used for feed and the withdrawing of saw blade, and vertical eccentric swage 12 and horizontal eccentric swage 13 are used for being cut material
Fixed, pneumatic valve console 14 and motor switch console 15 are used for the operation and control of cutting machine, and protective cover 16 is used to prevent
The gas of sawdust splashes.
Fig. 7 to Figure 14 is referred to, embodiment two is that motor output shaft is higher than work top, cutting angle in 90 degree and 45 degree
Switching, Mobile base vertical elevation are avoidance hole of the dorsad workbench provided with avoidance cantilever, band shred holding up plate, simple cantilever, simple electricity
Machine device, manual corner are worm and wheel structure, the cutting machine of manual device for fastening.Body 21 is by frame 21A, workbench
21B, backup plate 21C etc. are constituted, and cylindrical guide 22 is flatly placed in the inside of body 21, and Mobile base 23 is pacified by axle sleeve hole 23A
Put on cylindrical guide 22 and can be front and rear slide, Mobile base shaft hole 23B, rotating shaft are set on Mobile base vertical elevation 23C
24 are placed on Mobile base shaft hole 23B perpendicular to vertical elevation 23C, and rotary corner plate 25 is close to hang down by rotary corner plate axle center hole 25A
Vertical surface 23C is connected in rotating shaft 24, and the cantilever of rear portion 26B through the Mobile base 23 of cantilever 26 avoids hole 23D and rotary corner plate 25
Connection, shred holding up plate 27 is close to Mobile base avoidance hole face and is connected to the facade 23F of workbench on the rear portion 26B of cantilever, cantilever 26
Anterior 26A and the motors 28 of power set connect, motor 28 is connected with saw blade 29, from figure 7 it can be seen that the motor of motor 28
Output shaft 28A is higher than workbench 21B, and the worm screw 30 of angle station is placed on vertical elevation 23C by worm seat 32, worm gear 31
It is placed in after being engaged with worm screw 30 with rotating shaft 24 for axle center on rotary corner plate 25, rocking handle 33 is releasably placed in the outer of worm screw 30
End, the connector 35 of mobile device is placed on Mobile base 23, and the one end of mobile cylinder 34 is placed on frame 21A, the other end with
Connector 35 is connected, and the housing pin 36 of device for fastening is connected to movement through the housing pin escape groove 25B on rotary corner plate 25
On seat screwed hole 23E, locator 37 is spacing after the rotational angle of rotary corner plate 25, and oil storage cylinder 38 runs to improve mobile cylinder 34
Stable oil storage is set, be provided with backup plate 21C 90 degree of backup plate go out knife escape groove 39 and 45 degree of backup plate go out knife escape groove 40 and
Workbench, which goes out knife escape groove 41, is used for feed and the withdrawing of saw blade, and vertical eccentric swage 42 and horizontal eccentric swage 43 are used for being cut
The fixation of material, pneumatic valve console 44 and motor switch console 45 are used for the operation and control of cutting machine, and protective cover 46 is used
Splashed in preventing the gas of sawdust.
Figure 15 to Figure 23 is referred to, embodiment three is that saw blade rotary shaft is less than work top, cutting angle at 90 degree and 45
Degree switching, Mobile base guide pin bushing are that linear bearing and vertical elevation are avoidance hole of the dorsad workbench provided with avoidance cantilever, corner
Avoidance hole that strip cantilever passes through, cantilever are power set and cantilever, band shred holding up plate, power set are motor belt transmission dress
Put, pneumatic corner structure, pneumatic device for fastening contain pneumatic check device cutting machine.Body 51 by frame 51A, workbench 51B,
Backup plate 51C etc. is constituted, and cylindrical guide 52 is flatly placed in the inside of body 51, and linear bearing is installed in the bottom of Mobile base 53
53A coordinates as guide pin bushing with cylindrical guide 52, Mobile base 53 is slid back and forth under the guiding of guide rail 52, is vertically stood in Mobile base
Mobile base shaft hole 53B is set on the 53C of face, and rotating shaft 54 is placed on Mobile base shaft hole 53B perpendicular to vertical elevation 53C, turned
Gusset 55 is close to vertical elevation 53C by rotary corner plate axle center hole 55A and is connected in rotating shaft 54, and the rear portion 56B of cantilever 56, which is passed through, to be moved
Dynamic seat cantilever avoids hole 53D and rotary corner plate cantilever avoids hole 55C and is connected with rotary corner plate 55, and shred holding up plate 57 is close to Mobile base and avoids hole
Facade 53I towards workbench is connected to cantilever 56 on the position at rear portion, and motor 58 is disposed on the 56B of cantilever rear portion,
Motor output shaft belt pulley 58B, cantilever front portion 56A placement saw blade rotary shaft 59A are disposed on motor output shaft 58A, is turned in saw blade
Dispose saw blade to rotate shaft pulley 59B on moving axis 59A, motor output shaft belt pulley 58B and saw blade rotate shaft pulley 59B it
Between dispose belt 56C, the other end for disposing belt pulley 59B in saw blade rotary shaft 59A disposes saw blade 59, it can be seen from fig. 15 that
The motor output shaft 58A of motor 58 is less than workbench 51B, and the Mobile base swing clamp cylinder seat 60 of angle station is placed in Mobile base and turned
On the cylinder block connection position 53F of angle, rotary corner plate swing clamp cylinder connector 62 is connected to rotary corner plate swing clamp cylinder connector connection position 55F
On, swing clamp cylinder 61 is connected between Mobile base swing clamp cylinder seat 60 and rotary corner plate swing clamp cylinder connector 62, device for fastening
The compression cylinder output shaft 63A of compression cylinder 63 outer end threading and internal thread, compression cylinder 63 is placed in Mobile base
The vertical elevation 53C back side, clamp nut escape groove 55Bs and compression spiral shell of its compression cylinder output shaft 63A through rotary corner plate 55
Mother 64 is connected, and the outer end of clamp nut 64 is fixed by screw 65, and the non-return cylinder 66 of check device passes through non-return cylinder block
67 are placed on Mobile base non-return cylinder connection position 53G, and after the output shaft of non-return cylinder is connected with non-return pin 68, the latter acts on
The non-return latch recess 55D of rotary corner plate, plays cutting machine and sheds angle after source of the gas to prevent variation, the positioning of positioner is touched
Touch part 69 to be placed on rotary corner plate positioning touching part connection position 55E, it is rotary corner plate 55 that locator 70, which acts on positioning touching part 69,
Spacing after rotational angle, the connector 72 of mobile device is placed on Mobile base 53, and mobile cylinder 71 is placed in connector 72
Between frame 51A, oil storage cylinder 73 is set to improve the stable oil storage of mobile cylinder 71, and backup plate is provided with backup plate 51C
90 degree go out knife escape groove 74 and 45 degree of backup plate go out knife escape groove 75 and workbench go out knife escape groove 76 be used for saw blade feed and
Withdrawing, vertical eccentric swage 77 and horizontal eccentric swage 78 are used for the fixation to being cut material, and protective cover cylinder 80 is arranged on protection
On cover cylinder block 79, protective cover 81 is used to prevent the gas of sawdust from splashing by the folding of protective cover cylinder.
Figure 24 is circle round in a kind of pneumatic corner device rearview of air cylinder device, including Mobile base 85, rotary corner plate 86, circle
Arc rack 87, gear 88, convolution cylinder block 89, convolution cylinder 90.
Figure 25 is a kind of rearview of reducer arrangement in numerical control intersection angle device, including Mobile base 92, rotary corner plate 93, circular arc
Rack 94, gear 95, decelerator connecting seat 96, slow down and clamor 97, servomotor 98.
In addition to the implementation, the utility model can also have implementation below：1. as saw blade rotary shaft is higher than work
The structure that table top, cantilever are power set and cantilever, angle station are pneumatic corner device or numerical control intersection angle device；2. saw blade turns
Moving axis is less than work top, the structure that cantilever is simple cantilever, angle station is pneumatic corner device or numerical control intersection angle device；③
Two corners translation cutting machines are side-by-side, wherein the structure of a double-headed cutting machine that can be moved in frame；4. exist
On same body dispose two sets corner translation mechanisms, divide or so the fit double-headed cutting machine of opposite direction rotational angle structure.
Although the utility model is described the embodiment for combining the above, utility model is not limited to the above and taken off
The embodiment shown, and modification, equivalent combinations that the various essence according to embodiment are carried out should be covered.
Claims (20)
1. a kind of cutting machine for translating feed, including body and saw blade, the body include frame, workbench and backup plate, described
Workbench is arranged at the front portion of the frame, and the backup plate is secured transverse in the frame towards the workbench, described
Workbench and the backup plate are provided with the escape groove passed through during the saw blade feed or breach, and a longitudinal direction is fixed in the frame
Guide rail, is provided with a Mobile base on the guide rail, and a connecting portion is set on the Mobile base, and a power set set one jiao
Degree is connected on the connecting portion, and the saw blade is placed on the motor output shaft of the power set or saw blade rotary shaft
On, it is characterised in that the position of motor output shaft or the saw blade rotary shaft higher than the workbench table top and can be from remote
After backup plate one at move to forward at the backup plate, a mobile device is arranged between the Mobile base and the frame.
2. the cutting machine of translation feed according to claim 1, it is characterised in that the power set are set by a cantilever
A fixed angle is connected on the connecting portion of the Mobile base.
3. the cutting machine of translation feed according to claim 1, it is characterised in that setting one is vertical on the Mobile base
In the workbench and parallel to the vertical elevation of backup plate, a shaft hole is set in the vertical elevation, a rotary corner plate passes through
One rotating shaft is arranged on the shaft hole and is connected with the vertical elevation, and a cantilever is connected on the rotary corner plate, described to hang down
Vertical surface when dorsad the workbench is set the Mobile base provided with the avoidance hole or breach for avoiding the cantilever.
4. the cutting machine of translation feed according to claim 3, it is characterised in that：The avoidance hole or indentation, there towards
On the facade of the workbench, a shred holding up plate be close to the facade be connected with cantilever and with cantilever rotation and rotational angle.
5. the cutting machine of the translation feed according to Claims 2 or 3, it is characterised in that：The cantilever be simple cantilever or
Power set and cantilever；The simple cantilever is an elongated parts, and its is anterior with described motor connection, its rear portion and Mobile base
Connecting portion is connected or is connected with imperforate rotary corner plate；The power set and cantilever are the framework parts of a belt length arm,
The rotary shaft of the saw blade is set in its front portion, portion sets a motor behind, between the saw blade rotary shaft and the motor
A belt is connected, the rear portion of the power set and cantilever is fixed on perforation or notched rotary corner plate.
6. the cutting machine of translation feed according to claim 3, it is characterised in that the rotary corner plate is the plate with axle center hole
Shape body parts, by axle center hole around the axis of rotation angle, including two kinds with the connected mode of cantilever：One kind be it is direct with it is single
Pure cantilever connection；Another is to set perforation or breach to be connected with power set and cantilever on the rotary corner plate, at described turn
One angle station and an angle positioning device are set between gusset and the Mobile base, rotary corner plate is also fixed by a device for fastening
Angle after rotation.
7. the cutting machine of translation feed according to claim 1, it is characterised in that the power set fill for simple motor
Put or motor belt transmission device；In the simple electric machine, the saw blade is set directly on the output shaft of motor,
In the motor belt transmission device, in the anterior placement saw blade rotary shaft of power set and cantilever, and rear portion sets motor, institute
State and belt is connected between motor and the saw blade rotary shaft, the saw blade is arranged in the saw blade rotary shaft.
8. the cutting machine of translation feed according to claim 6, it is characterised in that：The angle station fills for manual corner
Put, one kind in pneumatic corner device or numerical control intersection angle device；The manual angle station is worm and wormwheel structure, spanner is pulled
One kind in structure, the worm and wormwheel structure includes worm screw, worm gear, worm seat, rocking handle, and the worm gear is using the rotating shaft as circle
The heart is arranged on the rotary corner plate, and the worm screw is arranged on the Mobile base by the worm seat and connect with the worm gear
Close, rocking handle is arranged on one end of the worm screw, and the spanner, which pulls structure, includes spanner, spanner jack, on the rotary corner plate
The spanner jack is set, the spanner is injected in the spanner jack；The pneumatic corner device be Standard Cylinder device,
One kind in convolution air cylinder device, the Standard Cylinder device includes swing clamp cylinder, swing clamp cylinder connector, the swing clamp cylinder
Connector is separately positioned on the Mobile base and rotary corner plate, and the two ends of the swing clamp cylinder are separately positioned on the swing clamp cylinder
Between connector, the convolution air cylinder device includes convolution cylinder, convolution cylinder block, gear, arc rack, is pulled in the corner
Periphery the arc rack is set, connect the gear on the output shaft of the convolution cylinder, the convolution cylinder passes through
The convolution cylinder block is connected on Mobile base, and the gear is engaged with the arc rack；The numerical control intersection angle device is to subtract
One kind in fast device device, worm and wheel device, the reducer arrangement includes servomotor, decelerator, decelerator connection
Seat, gear, arc rack, the arc rack are arranged on the rotary corner plate, and the servomotor is connected with the decelerator,
The decelerator is connected with the gear and is engaged through decelerator connecting seat with arc rack and is arranged on the Mobile base, institute
Stating worm and wheel device includes servomotor, servo motor seat, worm screw, worm seat, worm gear, and the worm gear is arranged on described turn
On gusset, the worm screw is arranged on the Mobile base by worm seat and engaged with the worm gear, and the servomotor passes through
The servo motor seat is arranged on the Mobile base and is connected with the worm screw.
9. the cutting machine of translation feed according to claim 6, it is characterised in that：The device for fastening includes manual fastening
Device or pneumatic device for fastening；The manual device for fastening is the vertical elevation or rotary corner plate that rotary corner plate is arranged at dorsad workbench
It is arranged at towards one kind in the vertical elevation of workbench：The rotary corner plate is arranged at the manual of the dorsad vertical elevation of workbench
Device for fastening includes Mobile base screwed hole, rotary corner plate housing pin escape groove, housing pin, in the Mobile base relative to described
The Mobile base screwed hole is set on the position of rotary corner plate housing pin escape groove, and the housing pin is passed through on the rotary corner plate
Housing pin escape groove be connected with the Mobile base screwed hole；The rotary corner plate is arranged at towards the vertical elevation of workbench
Manual device for fastening include rotary corner plate screwed hole, Mobile base housing pin escape groove, housing pin, the rotary corner plate relative to
The rotary corner plate screwed hole is set on the position of the Mobile base housing pin escape groove, and the housing pin passes through the movement
Seat housing pin escape groove is connected with the rotary corner plate screwed hole；The pneumatic device for fastening include compression cylinder, clamp nut,
Screw, clamp nut escape groove, external screw thread and internal thread, the compression are provided with the outer end of the compression cylinder output shaft
The output shaft of cylinder is fixed on the Mobile base relative to the position of the rotary corner plate clamp nut escape groove, the compression spiral shell
Female external screw thread with the output shaft of the compression cylinder is connected, on the output shaft of the screw and the compression cylinder
Internal thread is connected；Or, clamp nut escape groove is set on Mobile base, and the output shaft of compression cylinder is compressed relative to Mobile base
The position of nut escape groove is fixed on rotary corner plate.
10. the cutting machine of translation feed according to claim 1, it is characterised in that the mobile device includes cylinder knot
Structure and screw structure, air cylinder structure include mobile cylinder, connector, and connector is fixed on Mobile base, the two ends of mobile cylinder
It is connected between frame and connector, screw structure includes screw mandrel, screw rodb base, nut, motor, screw mandrel is solid by screw rodb base
It is scheduled in frame, nut is connected on Mobile base after being engaged with screw mandrel, motor is fixed in frame after being connected with screw mandrel.
11. it is according to claim 1 translation feed cutting machine, it is characterised in that the body inwall with it is described
A sealing device is provided between Mobile base, the sealing device includes elastic sealing element, fixed screw, in the Mobile base and institute
State on body, left and right inwall is produced by the fixed screw connection elastic sealing element on the neighboring in gap, described
When Mobile base is moved, the inwall sliding contact of the elastic sealing element and the body.
12. a kind of cutting machine for translating feed, including body and saw blade, the body include frame, workbench and backup plate, described
Workbench is arranged at the front portion of the frame, and the backup plate is secured transverse in the frame towards the workbench, described
Workbench and the backup plate are provided with the escape groove passed through during the saw blade feed or breach, and a longitudinal direction is fixed in the frame
Guide rail, is provided with a Mobile base on the guide rail, it is characterised in that one is set on the Mobile base perpendicular to the workbench
And parallel to the vertical elevation of backup plate, a shaft hole is set in the vertical elevation, a rotary corner plate is arranged on by a rotating shaft
It is connected on the shaft hole and with the vertical elevation, a cantilever is connected on the rotary corner plate, a power set are arranged on institute
State on cantilever, the saw blade is placed on the motor output shaft of the power set or in saw blade rotary shaft, the motor output
The position of axle or saw blade rotary shaft is less than the table top of the workbench and moved to forward before the backup plate after backup plate
Under the table top of workbench, a mobile device is arranged between the Mobile base and the frame.
13. the cutting machine of translation feed according to claim 12, it is characterised in that the vertical elevation dorsad work
Make Mobile base during platform setting provided with the avoidance hole or breach for avoiding the cantilever, in the avoidance hole or indentation, there towards institute
State on the facade of workbench, a shred holding up plate be close to the facade be connected with cantilever and with cantilever rotation and rotational angle.
14. the cutting machine of translation feed according to claim 12, it is characterised in that：The cantilever is simple cantilever or dynamic
Power apparatus and cantilever；The simple cantilever is an elongated parts, its anterior and described motor connection, the company of its rear portion and Mobile base
The connection of socket part position is connected with imperforate rotary corner plate；The power set and cantilever are the framework parts of a belt length arm,
Its front portion sets the rotary shaft of the saw blade, and portion sets a motor behind, connects between the saw blade rotary shaft and the motor
A belt is connect, the rear portion of the power set and cantilever is fixed on perforation or notched rotary corner plate.
15. the cutting machine of translation feed according to claim 12, it is characterised in that the rotary corner plate is with axle center hole
Plate body parts, by axle center hole around the axis of rotation angle, including two kinds with the connected mode of cantilever：One kind be directly with
Simple cantilever connection；Another is to set perforation or breach to be connected with power set and cantilever on the rotary corner plate, described
One angle station and one group of angle positioning device are set between rotary corner plate and the Mobile base, is also fixed and turned by a device for fastening
Angle after gusset rotation.
16. the cutting machine of translation feed according to claim 12, it is characterised in that the power set are simple motor
Device or motor belt transmission device；In the simple electric machine, the saw blade is set directly on the output shaft of motor,
In the motor belt transmission device, in the anterior placement saw blade rotary shaft of power set and cantilever, and rear portion sets motor,
Belt is connected between the motor and the saw blade rotary shaft, the saw blade is arranged in the saw blade rotary shaft.
17. the cutting machine of translation feed according to claim 15, it is characterised in that：The angle station is manual corner
One kind in device, pneumatic corner device or numerical control intersection angle device；The manual angle station is worm and wormwheel structure, spanner is pulled
One kind in dynamic structure, the worm and wormwheel structure includes worm screw, worm gear, worm seat, rocking handle, the worm gear using the rotating shaft as
The center of circle is arranged on the rotary corner plate, and the worm screw is arranged on the Mobile base by the worm seat and connect with the worm gear
Close, rocking handle is arranged on one end of the worm screw, and the spanner, which pulls structure, includes spanner, spanner jack, on the rotary corner plate
The spanner jack is set, the spanner is injected in the spanner jack；The pneumatic corner device be Standard Cylinder device,
One kind in convolution air cylinder device, the Standard Cylinder device includes swing clamp cylinder, swing clamp cylinder connector, the swing clamp cylinder
Connector is separately positioned on the Mobile base and rotary corner plate, and the two ends of the swing clamp cylinder are separately positioned on the swing clamp cylinder
Between connector, the convolution air cylinder device includes convolution cylinder, convolution cylinder block, gear, arc rack, is pulled in the corner
Periphery the arc rack is set, connect the gear on the output shaft of the convolution cylinder, the convolution cylinder passes through
The convolution cylinder block is connected on Mobile base, and the gear is engaged with the arc rack；The numerical control intersection angle device is to subtract
One kind in fast device device, worm and wheel device, the reducer arrangement includes servomotor, decelerator, decelerator connection
Seat, gear, arc rack, the arc rack are arranged on the rotary corner plate, and the servomotor is connected with the decelerator,
The decelerator is connected with the gear and is engaged through decelerator connecting seat with arc rack and is arranged on the Mobile base, institute
Stating worm and wheel device includes servomotor, servo motor seat, worm screw, worm seat, worm gear, and the worm gear is arranged on described turn
On gusset, the worm screw is arranged on the Mobile base by worm seat and engaged with the worm gear, and the servomotor passes through
The servo motor seat is arranged on the Mobile base and is connected with the worm screw.
18. the cutting machine of translation feed according to claim 15, it is characterised in that：The device for fastening includes solid manually
Tight device or pneumatic device for fastening；The manual device for fastening is the vertical elevation or corner that rotary corner plate is arranged at dorsad workbench
Plate is arranged at towards one kind in the vertical elevation of workbench：The rotary corner plate is arranged at the hand of the dorsad vertical elevation of workbench
Dynamic device for fastening includes Mobile base screwed hole, rotary corner plate housing pin escape groove, housing pin, in the Mobile base relative to institute
The Mobile base screwed hole is set on the position for stating rotary corner plate housing pin escape groove, and the housing pin passes through the rotary corner plate
On housing pin escape groove be connected with the Mobile base screwed hole；The rotary corner plate is arranged at the vertical elevation towards workbench
Manual device for fastening include rotary corner plate screwed hole, Mobile base housing pin escape groove, housing pin, it is relative in the rotary corner plate
In setting the rotary corner plate screwed hole on the position of the Mobile base housing pin escape groove, the housing pin is moved through described
Dynamic seat housing pin escape groove is connected with the rotary corner plate screwed hole；The pneumatic device for fastening includes compression cylinder, compresses spiral shell
Mother, screw, clamp nut escape groove, external screw thread and internal thread are provided with the outer end of the compression cylinder output shaft, described
The output shaft of compression cylinder is fixed on the Mobile base relative to the position of the rotary corner plate clamp nut escape groove, the pressure
Tight nut is connected with the external screw thread on the output shaft of the compression cylinder, the screw and the output shaft of the compression cylinder
On internal thread connection；Or, clamp nut escape groove is set on Mobile base, and the output shaft of compression cylinder is relative to Mobile base
The position of clamp nut escape groove is fixed on rotary corner plate.
19. the cutting machine of translation feed according to claim 12, it is characterised in that the mobile device includes cylinder knot
Structure and screw structure, air cylinder structure include mobile cylinder, connector, and connector is fixed on Mobile base, the two ends of mobile cylinder
It is connected between frame and connector, screw structure includes screw mandrel, screw rodb base, nut, motor, screw mandrel is solid by screw rodb base
It is scheduled in frame, nut is connected on Mobile base after being engaged with screw mandrel, motor is fixed in frame after being connected with screw mandrel.
20. it is according to claim 12 translation feed cutting machine, it is characterised in that the body inwall with it is described
A sealing device is provided between Mobile base, the sealing device includes elastic sealing element, fixed screw, in the Mobile base and institute
State on body, left and right inwall is produced by the fixed screw connection elastic sealing element on the neighboring in gap, described
When Mobile base is moved, the inwall sliding contact of the elastic sealing element and the body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621084276.3U CN206405520U (en) | 2016-09-27 | 2016-09-27 | A kind of cutting machine for translating feed |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621084276.3U CN206405520U (en) | 2016-09-27 | 2016-09-27 | A kind of cutting machine for translating feed |
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| Publication Number | Publication Date |
|---|---|
| CN206405520U true CN206405520U (en) | 2017-08-15 |
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ID=59548102
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621084276.3U Active CN206405520U (en) | 2016-09-27 | 2016-09-27 | A kind of cutting machine for translating feed |
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| Country | Link |
|---|---|
| CN (1) | CN206405520U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107414181A (en) * | 2017-09-29 | 2017-12-01 | 辽宁忠旺机械设备制造有限公司 | A kind of sawing device |
| CN109014402A (en) * | 2018-08-24 | 2018-12-18 | 安徽铭海通科技有限公司 | A kind of handware cutting machine with clamping function |
-
2016
- 2016-09-27 CN CN201621084276.3U patent/CN206405520U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107414181A (en) * | 2017-09-29 | 2017-12-01 | 辽宁忠旺机械设备制造有限公司 | A kind of sawing device |
| CN109014402A (en) * | 2018-08-24 | 2018-12-18 | 安徽铭海通科技有限公司 | A kind of handware cutting machine with clamping function |
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