CN206718060U - New both-end numerical control tenon milling machine - Google Patents
New both-end numerical control tenon milling machine Download PDFInfo
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- CN206718060U CN206718060U CN201720221505.XU CN201720221505U CN206718060U CN 206718060 U CN206718060 U CN 206718060U CN 201720221505 U CN201720221505 U CN 201720221505U CN 206718060 U CN206718060 U CN 206718060U
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Abstract
The utility model discloses new both-end numerical control tenon milling machine, including frame, the both sides of frame are provided with two material feeding seats, on the inside of each material feeding seat feeding guide is fixed with along feed direction, feed mechanism is slidably fitted with feeding guide, one end of each material feeding seat is provided with the storage rack of storage workpiece, binder fixed mount is provided with above the material feeding seat, in frame on the outside of material feeding seat successively sawing device is provided with along feed direction, milling tenon device and line sawing device, the both-end numerical control tenon milling machine of the structure is realized to workpiece sawing, milling tenon and line sawing process, simplify the structure of tenon milling machine, reduce body space-consuming, feed mechanism can carry out feeding to workpiece simultaneously, travelling workpiece and the process for seeing workpiece off, make the even closer cooperation of manufacturing procedure, save the production time of tenon milling machine, improve production efficiency.
Description
Technical field
Woodworking machinery field is the utility model is related to, especially a kind of new both-end numerical control tenon milling machine.
Background technology
At present, in process, put and the frame of workpiece are similarly horizontal setting, tenon device to existing tenon milling machine
Work back and forth once, one end of same workpiece can only be subjected to milling, behind milling finished piece(s) one end, worker is by workpiece weight
New clothes match somebody with somebody binder, then the milling workpiece other end, and its topology layout is not reasonable, and processing efficiency is low, and function is single, can only
Workpiece is moved respectively to mechanically by corresponding sawing, milling tenon and line sawing process according to manufacturing procedure, can not be realized single
Machinery completes all process steps.
Utility model content
The purpose of this utility model is solve above-mentioned the deficiencies in the prior art, and provides a kind of simple and reasonable for structure
New both-end numerical control tenon milling machine, can solve the problems such as tenon milling machine processing efficiency is low, and function is single.
Technical scheme is used by the utility model solves its technical problem：
New both-end numerical control tenon milling machine, including frame, the both sides of frame are provided with two material feeding seats, each material feeding seat inner side
Feeding guide is fixed with along feed direction, feed mechanism is slidably fitted with feeding guide, one end of each material feeding seat is provided with
The storage rack of workpiece is stored, is provided with binder fixed mount above the material feeding seat, along feeding side in the frame on the outside of material feeding seat
To be successively provided with sawing device, milling tenon device and line sawing device.
The feed mechanism includes the feeding slide plate that is slidably connected with feeding guide, along feed direction spacing on feeding slide plate
Formula is provided with three groups of movable locating devices that workpiece is fixed in feeding process, and every group of movable locating device includes front and rear formula and set
The preceding material folding block and rear material folding block put, the material folding section for being suitable to accept workpiece is formed between preceding material folding block and rear material folding block, it is preceding
Material folding block is driven by vertically disposed preceding material folding cylinder and connect, and material folding block stretches out the top surface of feeding slide plate or is accommodated in feeding cunning before making
In plate, rear material folding block is driven by the rear material folding cylinder set along feed direction accumbency and connect, and rear material folding block is stretched out feeding slide plate
Top surface is accommodated in feeding slide plate, and the both-end numerical control tenon milling machine of the structure is realized to workpiece sawing, milling tenon and line sawing work
Sequence, simplify tenon milling machine structure, reduce body space-consuming, while feed mechanism can to workpiece carry out feeding, travelling workpiece with
And the process for seeing workpiece off, make the even closer cooperation of manufacturing procedure, save the production time of tenon milling machine, improve production efficiency.
Feeding cylinder is fixed with along feed direction on the inside of material feeding seat, the feed ram bar of feeding cylinder, which drives, is connected to connecting plate,
Connecting plate is fixedly connected with feed mechanism, drives feed mechanism to be slided along feeding guide is horizontal by feeding cylinder.
The sawing device includes sawing panoramic table and sawing seat, and sawing seat is arranged on sawing panoramic table, makes sawing seat
Realize and rotate, fracture saw blade motor is installed on sawing seat, is driven in fracture saw blade motor and is connected to fracture saw blade, fracture saw blade side
Binder fixed mount on be vertically installed with sawing press cylinder, the piston rod of sawing press cylinder extends downwardly and is connected with sawing
Binder block, when fracture saw blade is to work pieces process, sawing binder block is by Work-sheet pressing on workpiece positioning section；
The milling tenon device includes milling tenon panoramic table and milling tenon seat, and milling tenon seat is arranged on saw tenon panoramic table, makes milling tenon seat
Realize and rotate, the first milling tenon motor is installed on milling tenon seat, is driven on the first milling tenon motor and is connected to milling cutter, the binder of milling cutter side is consolidated
To determine to be vertically installed with milling tenon press cylinder on frame, the piston rod of milling tenon press cylinder extends downwardly and is connected with milling tenon binder block,
When milling cutter is to work pieces process, milling tenon binder block is by Work-sheet pressing on workpiece positioning section.
The line sawing device includes line sawing panoramic table and line sawing seat, and line sawing seat is arranged on line and sawed
Cut on panoramic table, realize line sawing seat and rotate, line sawing motor is installed on sawing seat of ruling, rule on sawing motor
Drive is connected to line saw blade, and line sawing press cylinder is vertically installed with the binder fixed mount of line saw blade side, sawing of ruling
The piston rod of press cylinder extends downwardly and is connected with line sawing binder block, when line saw blade is to work pieces process, sawing of ruling
Binder block is by Work-sheet pressing on workpiece positioning section.
Using the tenon milling machine of the structure, specifically, during processing, the workpiece on storage rack is delivered to sawing pressure by feed mechanism
Expect between block and workpiece positioning section, positioning section by sawing binder block and workpiece clamp up and down, is then returned by sawing
Turntable and sawing seat drive fracture saw blade motor, fracture saw blade motor is carried out three-dimensional multi-angle regulation（It is sliding including level
Dynamic, vertical lift regulation etc.）, make the fracture saw blade of fracture saw blade motor that the both ends sawing of workpiece is gone out into inclined-plane, and the inclined-plane
Tilt adjustable, adjustable extent is big；Behind the inclined-plane at the good workpiece both ends of sawing, continue to be fed forward by feed mechanism, by work
Part is delivered between milling tenon binder block and workpiece positioning section, and positioning section by milling tenon binder block and workpiece press from both sides up and down
Tightly, the regulation of different angle is then carried out to the first milling tenon motor by milling tenon panoramic table and milling tenon seat, due to milling tenon panoramic table and
Milling tenon seat can carry out three-dimensional multi-angle regulation（Slided including level, horizontal circumferential angle is adjusted, is vertically moved up or down regulation etc.）, make
Milling cutter goes out tenon or blind hole to inclined-plane drilling, depends on processing to need to determine；Then workpiece is continued to be fed forward by feed mechanism,
Workpiece is delivered between line sawing binder block and workpiece positioning section, by ruling, sawing binder block positions section with workpiece
Clamp up and down, then carry out the tune of different angle to line sawing motor by line sawing panoramic table and line sawing seat
Section, three-dimensional multi-angle regulation can be carried out by cutting panoramic table and line sawing seat due to scroll saw（Slided including level, vertical lift is adjusted
Section etc.）, the line saw blade of line sawing motor is cut out the second Bevel saw that the both ends of workpiece are formed after drilling goes out tenon
Processing line, the production process for completing a workpiece uses the numerical control tenon milling machine of the structure, by being provided with sawing in frame both sides
Device, milling tenon device and line sawing device, the both ends of workpiece can be carried out with sawing, milling tenon and line sawing processing,
Because sawing device, milling tenon device and line sawing device can carry out multi-angle rotary, longitudinal sliding motion and oscilaltion,
Regular and irregular tenon structure can be processed, effectively improves the using flexible of product, strengthens prior art numerical control
The feature of tenon milling machine, simple and reasonable for structure, easy to adjust, Milling Accuracy is high.
Material folding cylinder has extended laterally rear material folding piston rod afterwards, and contiguous block is connected with rear material folding piston rod, contiguous block
The other end is connected with rear material folding block by material folding rotating shaft elastic rotation, and making rear material folding block, elastic rotation presses to contiguous block all the time, institute
The front end for stating the top surface of rear material folding block is provided with circular arc end face, simple in construction, can stable holding workpiece.
Movable locating device specific work process：Slided after the workpiece of feed mechanism clamping completes processing toward storage rack direction
When moving and clamping latter piece of workpiece, preceding material folding cylinder driving, material folding block is accommodated in feeding slide plate before driving, makes feed mechanism past
When storage rack direction is slided, preceding material folding block can by slide to the position of latter piece of workpiece below the workpiece that machines, when after folder
When material block reaches latter piece of workpiece, circular arc end face of the latter piece of workpiece along rear material folding block gradually compresses rear material folding block, makes rear material folding
Block is along material folding axis of rotation, until rear material folding block is accommodated in feeding slide plate completely, and passes through the lower section of latter piece of workpiece, rear folder
Expect that block along material folding axis of rotation and stretches out the top surface of feeding slide plate again due to Action of Gravity Field, when the position of latter piece of workpiece is in
During material folding section, preceding material folding cylinder and rear material folding cylinder drive simultaneously, and material folding block stretches out feeding slide plate before preceding material folding cylinder driving
Top, material folding block promotes the end face of workpiece after the driving of rear material folding cylinder, until workpiece is clamped in material folding section completely, now
Feed mechanism is slided, and workpiece is sent into next process or releases material feeding seat.
Wherein a material feeding seat is fixed in frame；
Material feeding seat cross lead screw guideway is horizontally arranged with frame below another material feeding seat, the material feeding seat passes through feeding
Seat transverse slider is slidably connected with material feeding seat cross lead screw guideway, makes the distance between two material feeding seats adjustable, can be according to workpiece
Length movement side material feeding seat, effectively improve the using flexible of product, it is simple and reasonable for structure, it is easy to adjust.
Each material feeding seat bottom level is extended with feeding seat board, and the feeding extended along feed direction is provided with feeding seat board
Seat longitudinal screw mandrel guideway, sawing panoramic table, saw tenon panoramic table and line sawing seat are indulged by longitudinal sliding block and material feeding seat
It is slidably connected to screw mandrel guideway, sawing device, milling tenon device and the line sawing device that can be moved according to the width of workpiece,
The using flexible of product is effectively improved, it is simple and reasonable for structure, it is easy to adjust.
The sawing that sawing seat includes being fixedly mounted at the top of sawing panoramic table slides dovetail mount, and sawing slides to hang down on dovetail mount
The straight sawing that is slidably fitted with slides coattail board, and sawing is slided and slidably connects sawing support base on coattail board, and sawing support base is set
There is sawing slide rail, fracture saw blade motor, which is slidably mounted on sawing support base and driven by sawing slide rail elevation-type, connects material breaking saw
Piece, is provided with sawing cylinder at the top of sawing support base, and fracture saw blade is driven by sawing cylinder to be connect fracture saw blade motor and realize
Lower lifting, by being slidably matched for dovetail configuration, is connected firmly, and slip noise is small, compact-sized.
Milling tenon seat includes being fixedly mounted on the first sliding seat on milling tenon panoramic table, and vertical sliding motion is provided with the first sliding seat
Second sliding seat, milling tenon support base is fixedly connected with the second sliding seat, the second milling tenon electricity is installed at the top of milling tenon support base
Machine, the lower section of the second milling tenon motor, which is driven, is connected to milling tenon down-feed screw guideway, the first milling tenon motor by milling tenon vertical slipper with
Milling tenon down-feed screw guideway is slidably connected, and the first milling tenon motor driven milling cutter is realized oscilaltion, carry out multi-angle rotary,
Longitudinal sliding motion and oscilaltion, regular and irregular tenon structure can be processed, effectively improve product uses spirit
Activity.
Dovetail mount is slided in the line that line sawing seat includes being fixedly mounted at the top of line sawing panoramic table, and swallow is slided in line
Vertical sliding motion is provided with line and slides coattail board on tailstock, and line is slided and slidably connects line support base on coattail board, rules
The side of support base slidably connects lifter slide in lift, is slided on lifter slide in horizontal and is connected with horizontal cunning
Plate, it is in the line cylinder slided up and down that lifter slide top, which is provided with and drives water receiving flat runner, and horizontal slide plate is provided with line slide rail,
Line sawing motor is slidably mounted on horizontal slide plate by slide rail of ruling, and by being slidably matched for dovetail configuration, is connected firmly,
Slip noise is small, compact-sized.
The sawing slides dovetail mount and sawing slides and sawing screw mandrel is separately installed with coattail board, and sawing slides dovetail
Seat, sawing slide coattail board and sawing support base and realize relative motion by the driving of sawing screw mandrel, and screw mandrel driving structure can subtract
Few vibrations, and displacement can be precisely controlled, it is ensured that machining accuracy.
The first screw mandrel slide rail pair and the second screw mandrel slide rail pair are separately installed with first sliding seat and the second sliding seat,
One end of first screw mandrel slide rail pair and the second screw mandrel slide rail pair is driven by belt pulley be connected to the first motor and the second motor respectively, the
One sliding seat, the second sliding seat and milling tenon support base drive the first screw mandrel slide rail pair and the by the first motor and the second motor
Two screw mandrel slide rail pairs realize relative motion, and by being slidably matched for motor and screw mandrel, quickly milling cutter flexibly can be driven,
Milling tenon is accurate.
Dovetail mount is slided in the line and line is slided and line screw mandrel is separately installed with coattail board, and dovetail is slided in line
Seat, line slide coattail board and line support base and realize relative motion by screw mandrel driving of ruling, and screw mandrel driving structure can subtract
Few vibrations, and displacement can be precisely controlled, it is ensured that machining accuracy.
The beneficial effects of the utility model are：
A kind of new both-end numerical control tenon milling machine of the present utility model, the both-end numerical control tenon milling machine of the structure are realized to workpiece
Sawing, milling tenon and line sawing process, simplify the structure of tenon milling machine, reduce body space-consuming, while feed mechanism is to workpiece
Feeding, travelling workpiece and the process for seeing workpiece off are carried out, makes the even closer cooperation of manufacturing procedure, when saving the production of tenon milling machine
Between, improve production efficiency.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is partial structural diagram one of the present utility model.
Fig. 3 is movable locating device structural representation of the present utility model.
Fig. 4 is partial structural diagram two of the present utility model.
Fig. 5 is sawing apparatus structure schematic diagram of the present utility model.
Fig. 6 is milling tenon apparatus structure schematic diagram of the present utility model.
Fig. 7 is line sawing apparatus structure schematic diagram of the present utility model.
Fig. 8 is Workpiece structure schematic diagram of the present utility model.
Fig. 9 is working state schematic representation one of the present utility model.
Figure 10 is working state schematic representation two of the present utility model.
Embodiment
The utility model is further illustrated with reference to the accompanying drawings and examples：
As shown in Figures 1 to 8, new both-end numerical control tenon milling machine, including frame 1, the both sides of frame 1 are provided with two feedings
Seat 2, each inner side of material feeding seat 2 are fixed with feeding guide 3 along feed direction, feed mechanism 4 are slidably fitted with feeding guide 3,
One end of each material feeding seat 2 is provided with the storage rack 6 of storage workpiece 5, and the top of material feeding seat 2 is provided with binder fixed mount 7,
Sawing device 8, milling tenon device 9 and line sawing device are successively provided with the frame 1 in the outside of material feeding seat 2 along feed direction
10。
The feed mechanism 4 includes the feeding slide plate 11 that is slidably connected with feeding guide 3, along feeding side on feeding slide plate 11
Three groups of movable locating devices 12 for fixing in feeding process workpiece 5, every group of movable locating device 12 are installed to space type
The preceding material folding block 13 and rear material folding block 14 set including front and rear formula, formed between preceding material folding block 13 and rear material folding block 14 and be suitable to accept
The material folding section 15 of workpiece 5, preceding material folding block 13 are driven by vertically disposed preceding material folding cylinder 16 and connect, and material folding block 13 stretches out before making
The top surface of feeding slide plate 11 is accommodated in feeding slide plate 11, and rear material folding block 14 passes through the rear material folding that is set along feed direction accumbency
Cylinder 17 drives and connect, and rear material folding block 14 is stretched out the top surface of feeding slide plate 11 or is accommodated in feeding slide plate 11, the both-end of the structure
Numerical control tenon milling machine realizes the structure for workpiece sawing, milling tenon and line sawing process, simplifying tenon milling machine, and it is empty to reduce body occupancy
Between, while feed mechanism 4 can carry out feeding, travelling workpiece and the process for seeing workpiece off to workpiece 5, manufacturing procedure is more stepped up
Close fit, save the production time of tenon milling machine, improve production efficiency；
The inner side of material feeding seat 2 is fixed with feeding cylinder 401 along feed direction, and the feed ram bar 402 of feeding cylinder 401, which drives, to be connect
There is connecting plate 403, connecting plate 403 is fixedly connected with feed mechanism 4, drives feed mechanism 4 to be led along feeding by feeding cylinder 401
Rail 3 is horizontal to be slided.
Material-pulling device 404 is installed close to the side of line sawing device 10 on feeding slide plate 11, material-pulling device includes pushing away
Expect that block 404a, expeller 404a are driven by vertically disposed pusher cylinder 404b and connect, expeller 404a is stretched out feeding slide plate 11
Top surface or be accommodated in feeding slide plate 11.
The sawing device 8 includes sawing panoramic table 18 and sawing seat 19, and sawing seat 19 is arranged on sawing panoramic table 18,
Realize sawing seat 19 to rotate, fracture saw blade motor 20 is installed on sawing seat 19, is driven in fracture saw blade motor 20 and is connected to fracture
Saw blade 21, sawing press cylinder 22 is vertically installed with the binder fixed mount 7 of the side of fracture saw blade 21, sawing press cylinder 22
Piston rod 2201 extends downwardly and is connected with sawing binder block 2202, when fracture saw blade 21 is processed to workpiece 5, sawing binder block
2202 are pressed on workpiece 5 on workpiece positioning section 23；
The milling tenon device 9 includes milling tenon panoramic table 24 and milling tenon seat 25, and milling tenon seat 25 is arranged on saw tenon panoramic table 24,
Realize milling tenon seat 25 to rotate, the first milling tenon motor 26 is installed on milling tenon seat 25, is driven on the first milling tenon motor 26 and is connected to milling cutter
27, milling tenon press cylinder 28, the piston rod of milling tenon press cylinder 28 are vertically installed with the binder fixed mount 7 of the side of milling cutter 27
2801 extend downwardly and are connected with milling tenon binder block 2802, and when milling cutter 27 is processed to workpiece 5, milling tenon binder block 2802 is by workpiece 5
It is pressed on workpiece positioning section 23.
The line sawing device 10 includes line sawing panoramic table 29 and line sawing seat 30, and line sawing seat 30 is installed
On line sawing panoramic table 29, realize line sawing seat 30 and rotate, line sawing motor is installed on line sawing seat 30
31, drive on line sawing motor 31 and be connected to line saw blade 32, be vertically installed with and draw on the binder fixed mount 7 of line saw blade 32 side
Scroll saw cuts press cylinder 33, and the piston rod 3301 of line sawing press cylinder 33 extends downwardly and is connected with line sawing binder block
3302, when line saw blade 32 is processed to workpiece 5, workpiece 5 is pressed on workpiece positioning section 23 by line sawing binder block 3302.
Using the tenon milling machine of the structure, specifically, during processing, the workpiece 5 on storage rack 6 is delivered to saw by feed mechanism 4
Cut between binder block 2202 and workpiece positioning section 23, positioning section 23 with workpiece by sawing binder block 2202 press from both sides up and down
Tightly, fracture saw blade motor 20 is then driven by sawing panoramic table 18 and sawing seat 19, fracture saw blade motor 20 is carried out three
Tie up multi-angle regulation（Slided including level, be vertically moved up or down regulation etc.）, make the fracture saw blade 21 of fracture saw blade motor 20 by workpiece 5
Both ends sawing go out inclined-plane 501, and the tilt adjustable on the inclined-plane 501, adjustable extent are big；The good both ends of workpiece 5 of sawing
Behind inclined-plane 501, continue to be fed forward by feed mechanism 4, workpiece 5 is delivered into milling tenon binder block 2802 positions section 23 with workpiece
Between, section 23 is positioned with workpiece by milling tenon binder block 2802 and clamp up and down, then by milling tenon panoramic table 24 and milling tenon
25 pair of first milling tenon motor 26 of seat carries out the regulation of different angle, because milling tenon panoramic table 24 and milling tenon seat 25 are three-dimensional more to carry out
Angular adjustment（Slided including level, horizontal circumferential angle is adjusted, is vertically moved up or down regulation etc.）, make milling cutter 27 to the drilling of inclined-plane 501
Go out tenon 502 or blind hole, depend on processing to need to determine；Then workpiece 5 is continued to be fed forward by feed mechanism 4, and workpiece 5 is defeated
Deliver between line sawing binder block 3302 and workpiece positioning section 23, pass through sawing binder block 3302 and the workpiece positioning area of ruling
Between 23 clamp up and down, then carry out difference by 30 pairs of line sawing motors 31 of line sawing panoramic table 29 and line sawing seat
The regulation of angle, three-dimensional multi-angle regulation can be carried out by cutting panoramic table 29 and line sawing seat 30 due to scroll saw（It is sliding including level
Dynamic, vertical lift regulation etc.）, make the line saw blade 32 of line sawing motor 31 by the both ends of workpiece 5 after drilling goes out tenon 502
The sawing of the second inclined-plane 503 formed goes out processing line 504, the production process of a workpiece is completed, using the numerical control mill tenon of the structure
Machine, can be to the two of workpiece 5 by being provided with sawing device 8, milling tenon device 9 and line sawing device 10 in the both sides of frame 1
End carries out sawing, milling tenon and line sawing processing, because sawing device 8, milling tenon device 9 and line sawing device 10 can be with
Multi-angle rotary, longitudinal sliding motion and oscilaltion are carried out, regular and irregular tenon structure can be processed, effectively carried
The using flexible of high product, strengthen the feature of prior art numerical control tenon milling machine, simple and reasonable for structure, easy to adjust, milling
Precision is high.
Material folding cylinder 17 has extended laterally rear material folding piston rod 1701 afterwards, and contiguous block is connected with rear material folding piston rod 1701
1702, the other end of contiguous block 1702 is connected with rear material folding block 14 by the elastic rotation of material folding rotating shaft 1703, makes rear material folding block 14
All the time elastic rotation presses to contiguous block 1702, and the front end of the top surface of the rear material folding block 14 is provided with circular arc end face 1401, structure letter
It is single, can stable holding workpiece 5.
The specific work process of movable locating device 12：Toward storage rack 6 after the workpiece 5 that feed mechanism 4 clamps completes processing
When direction is slided and clamps latter piece of workpiece 5, preceding material folding cylinder 16 drives, and material folding block 13 is accommodated in feeding slide plate 11 before driving
It is interior, make feed mechanism 4 toward the direction of storage rack 6 slide when, preceding material folding block 13 can be slided to latter by the lower section of the workpiece that machines 5
The position of block workpiece 5, when rear material folding block 14 reaches latter piece of workpiece 5, circular arc end face of the latter piece of workpiece 5 along rear material folding block 14
1401 gradually compress rear material folding block 14, rear material folding block 14 is rotated along material folding rotating shaft 1703, until rear material folding block 14 is stored completely
In feeding slide plate 11, and by the lower section of latter piece of workpiece 5, rear material folding block 14 is because Action of Gravity Field is again along material folding rotating shaft
1703 rotate and stretch out the top surface of feeding slide plate 11, when the position of latter piece of workpiece 5 is in material folding section 15, preceding material folding cylinder
16 and rear material folding cylinder 17 drive simultaneously, material folding block 13 stretches out the top of feeding slide plate 11, rear folder before preceding material folding cylinder 16 drives
Expect cylinder 17 drive after material folding block 14 promote the end face of workpiece 5, until workpiece 5 is clamped in material folding section 15 completely, now send
Material mechanism 4 is slided, and workpiece 5 is sent into next process or releases material feeding seat 2.
Wherein a material feeding seat 2 is fixed in frame 1；
Material feeding seat cross lead screw guideway 201 is horizontally arranged with the frame 1 of another lower section of material feeding seat 2, the material feeding seat 2 is logical
Cross material feeding seat transverse slider 202 to be slidably connected with material feeding seat cross lead screw guideway 201, make the distance between two material feeding seats 2 can
Adjust, the material feeding seat 2 of side can be moved according to the length of workpiece 5, effectively improves the using flexible of product, it is simple and reasonable for structure,
It is easy to adjust.
Each bottom level of material feeding seat 2 is extended with feeding seat board 203, is provided with along feed direction and prolongs on feeding seat board 203
The material feeding seat longitudinal screw mandrel guideway 204 stretched, sawing panoramic table 18, saw tenon panoramic table 24 and line sawing seat 30 are by vertical
Be slidably connected to sliding block 205 and material feeding seat longitudinal screw mandrel guideway 204, can according to the width of workpiece move sawing device 8, milling
Tenon device 9 and line sawing device 10, effectively improve the using flexible of product, simple and reasonable for structure, easy to adjust.
The sawing that sawing seat 19 includes being fixedly mounted on the top of sawing panoramic table 18 slides dovetail mount 1901, and sawing slides swallow
Vertical sliding motion is provided with sawing and slides coattail board 1902 on tailstock 1901, and sawing slides and slidably connects sawing on coattail board 1902
Support base 1903, sawing support base 1903 are provided with sawing slide rail 1904, and fracture saw blade motor 20 is lifted by sawing slide rail 1904
Formula, which is slidably mounted on sawing support base 1903 and driven, connects fracture saw blade 21, and the top of sawing support base 1903 is provided with sawing gas
Cylinder 1905, fracture saw blade 21 connect fracture saw blade motor 20 by the drive of sawing cylinder 1905 and realize oscilaltion, pass through dovetail configuration
Be slidably matched, be connected firmly, slip noise is small, compact-sized.
Milling tenon seat 25 includes being fixedly mounted on the first sliding seat 2501 on milling tenon panoramic table 24, is hung down on the first sliding seat 2501
The second sliding seat 2502 directly is slidably fitted with, milling tenon support base 2503, the support of milling tenon are fixedly connected with the second sliding seat 2502
The top of seat 2503 is provided with the second milling tenon motor 2504, and the lower section drive of the second milling tenon motor 2504 is connected to milling tenon down-feed screw and led
Rail pair 2505, the first milling tenon motor 26 are slidably connected by milling tenon vertical slipper 2506 and milling tenon down-feed screw guideway 2505,
Make the first milling tenon motor 26 drive milling cutter 27 to realize oscilaltion, carry out multi-angle rotary, longitudinal sliding motion and oscilaltion, can
To process regular and irregular tenon structure, the using flexible of product is effectively improved.
Dovetail mount 3001 is slided in the line that line sawing seat 30 includes being fixedly mounted on the top of line sawing panoramic table 29, draws
Line slides vertical sliding motion on dovetail mount 3001 and is provided with line slip coattail board 3002, and the company of slip on coattail board 3002 is slided in line
Line support base 3003 is connected to, the side for support base 3003 of ruling slidably connects lifter slide 3004 in lift, and lifting is slided
Slided on plate 3004 in horizontal and be connected with horizontal slide plate 3005, the top of lifter slide 3004, which is provided with, drives water receiving flat runner
3005 in the line cylinder 3006 slided up and down, and horizontal slide plate 3005 is provided with line slide rail 3007, and line sawing motor 31 is logical
Cross line slide rail 3007 to be slidably mounted on horizontal slide plate 3005, by being slidably matched for dovetail configuration, be connected firmly, slip is made an uproar
Sound is small, compact-sized.
The sawing slides dovetail mount 1901 and sawing slides in coattail board 1902 and is separately installed with sawing screw mandrel 1906, saws
Cut and slide dovetail mount 1901, sawing slides coattail board 1902 and sawing support base 1903 and drives realization by sawing screw mandrel 1906
Relative motion, screw mandrel driving structure can reduce vibrations, and can be precisely controlled displacement, it is ensured that machining accuracy.
The first screw mandrel slide rail pair 2507 and are separately installed with the sliding seat 2502 of first sliding seat 2501 and second
One end of two screw mandrel slide rail pairs 2508, the first screw mandrel slide rail pair 2507 and the second screw mandrel slide rail pair 2508 passes through belt pulley respectively
2509 drives are connected to the first motor 2510 and the second motor 2511, the first sliding seat 2501, the second sliding seat 2502 and milling tenon branch
Support seat 2503 and first screw mandrel slide rail pair 2507 and the second screw mandrel slide rail pair are driven by the first motor 2510 and the second motor 2511
2508 realize relative motion, and by being slidably matched for motor and screw mandrel, quickly milling cutter flexibly can be driven, milling tenon essence
It is accurate.
Dovetail mount 3001 is slided in the line and line is slided and line screw mandrel 3008 is separately installed with coattail board 3002, draws
Line slides dovetail mount 3001, coattail board 3002 is slided in line and line support base 3003 is realized by the driving of screw mandrel 3008 of ruling
Relative motion, screw mandrel driving structure can reduce vibrations, and can be precisely controlled displacement, it is ensured that machining accuracy.
Numerical control mill tenon machine specific work process is as shown in Fig. 9 to Figure 10：Workpiece A is to have completed all process steps product, workpiece B
To complete sawing, milling tenon and line sawing process, for workpiece C to complete sawing, milling tenon process, workpiece D is to complete sawing process, work
Part E is workpiece to be processed, now opposite directions of movable locating device 12 clamping workpiece C, D, the E of feed mechanism 4 to storage rack 6
Slide, workpiece E is moved into sawing device 8 carries out sawing process, while workpiece C, D are moved respectively into milling tenon device 9 and drawn
Scroll saw turning device 10 carries out milling tenon and line sawing process, and now workpiece B is released line sawing device 10 simultaneously by expeller 404a
Slided to workpiece A directions, until workpiece A skids off material feeding seat 2, slided by 4 continuous horizontal reciprocating of feed mechanism, realize workpiece 5
Remove storage rack, workpiece 5 is moved to next process, workpiece 5 removes the process journeys such as material feeding seat 2.
Particular embodiments described above, only the utility model preferred embodiment, such as according to the utility model
The equivalent arrangements that claim is done, it should be technology of the present utility model and covered.
Claims (10)
1. new both-end numerical control tenon milling machine, including frame（1）, frame（1）Both sides be provided with two material feeding seats（2）, each send
Expect seat（2）Inner side is fixed with feeding guide along feed direction（3）, feeding guide（3）On be slidably fitted with feed mechanism（4）, often
Individual material feeding seat（2）One end storage workpiece is installed（5）Storage rack（6）, it is characterised in that：The material feeding seat（2）Top
It is provided with binder fixed mount（7）, material feeding seat（2）The frame in outside（1）On along feed direction successively be provided with sawing device（8）、
Milling tenon device（9）And line sawing device（10）;
The feed mechanism（4）Including with feeding guide（3）The feeding slide plate being slidably connected（11）, feeding slide plate（11）Send on upper edge
Material direction space type is provided with three groups and workpiece is fixed in feeding process（5）Movable locating device（12）, every group of activity determine
Position device（12）The preceding material folding block set including front and rear formula（13）With rear material folding block（14）, preceding material folding block（13）With rear material folding block
（14）Between form be suitable to accept workpiece（5）Material folding section（15）, preceding material folding block（13）Pass through vertically disposed preceding material folding
Cylinder（16）Drive connects, material folding block before making（13）Stretch out feeding slide plate（11）Top surface or be accommodated in feeding slide plate（11）It is interior, rear folder
Expect block（14）Pass through the rear material folding cylinder set along feed direction accumbency（17）Drive connects, and makes rear material folding block（14）Stretch out feeding slide plate
（11）Top surface or be accommodated in feeding slide plate（11）It is interior；
The sawing device（8）Including sawing panoramic table（18）With sawing seat（19）, sawing seat（19）Installed in sawing panoramic table
（18）On, make sawing seat（19）Realize and rotate, sawing seat（19）On fracture saw blade motor is installed（20）, fracture saw blade motor
（20）Upper drive is connected to fracture saw blade（21）, fracture saw blade（21）The binder fixed mount of side（7）On be vertically installed with sawing binder
Cylinder（22）, sawing press cylinder（22）Piston rod（2201）Extend downwardly and be connected with sawing binder block（2202）, fracture
Saw blade（21）To workpiece（5）During processing, sawing binder block（2202）By workpiece（5）It is pressed on workpiece positioning section（23）On；
The milling tenon device（9）Including milling tenon panoramic table（24）With milling tenon seat（25）, milling tenon seat（25）Installed in saw tenon panoramic table
（24）On, make milling tenon seat（25）Realize and rotate, milling tenon seat（25）On the first milling tenon motor is installed（26）, the first milling tenon motor
（26）Upper drive is connected to milling cutter（27）, milling cutter（27）The binder fixed mount of side（7）On be vertically installed with milling tenon press cylinder（28）,
Milling tenon press cylinder（28）Piston rod（2801）Extend downwardly and be connected with milling tenon binder block（2802）, milling cutter（27）To workpiece
（5）During processing, milling tenon binder block（2802）By workpiece（5）It is pressed on workpiece positioning section（23）On;
The line sawing device（10）Including sawing panoramic table of ruling（29）With line sawing seat（30）, sawing seat of ruling（30）
Installed in line sawing panoramic table（29）On, make line sawing seat（30）Realize and rotate, sawing seat of ruling（30）On be provided with draw
Scroll saw cuts motor（31）, sawing motor of ruling（31）Upper drive is connected to line saw blade（32）, saw blade of ruling（32）The binder of side is consolidated
Determine frame（7）On be vertically installed with line sawing press cylinder（33）, sawing press cylinder of ruling（33）Piston rod（3301）To
It is lower to extend and be connected with line sawing binder block（3302）, saw blade of ruling（32）To workpiece（5）During processing, sawing binder block of ruling
（3302）By workpiece（5）It is pressed on workpiece positioning section（23）On.
2. new both-end numerical control tenon milling machine according to claim 1, it is characterised in that：Material folding cylinder afterwards（17）Extend laterally
There is rear material folding piston rod（1701）, rear material folding piston rod（1701）On be connected with contiguous block（1702）, contiguous block（1702）It is another
One end passes through material folding rotating shaft（1703）Elastic rotation is connected with rear material folding block（14）, make rear material folding block（14）All the time elastic rotation pressure
To contiguous block（1702）, the rear material folding block（14）The front end of top surface be provided with circular arc end face（1401）.
3. new both-end numerical control tenon milling machine according to claim 1, it is characterised in that：A wherein material feeding seat（2）It is fixed on
Frame（1）On；
Another material feeding seat（2）The frame of lower section（1）On be horizontally arranged with material feeding seat cross lead screw guideway（201）, the material feeding seat
（2）Pass through material feeding seat transverse slider（202）With material feeding seat cross lead screw guideway（201）It is slidably connected, makes two material feeding seats（2）It
Between distance it is adjustable.
4. new both-end numerical control tenon milling machine according to claim 1, it is characterised in that：Each material feeding seat（2）Bottom level
It is extended with feeding seat board（203）, feeding seat board（203）On be provided with along feed direction extend material feeding seat longitudinal screw mandrel guideway
（204）, sawing panoramic table（18）, saw tenon panoramic table（24）And line sawing seat（30）Pass through longitudinal sliding block（205）With sending
Expect seat longitudinal screw mandrel guideway（204）It is slidably connected.
5. new both-end numerical control tenon milling machine according to claim 1, it is characterised in that：Sawing seat（19）Including being fixedly mounted
In sawing panoramic table（18）The sawing at top slides dovetail mount（1901）, sawing slip dovetail mount（1901）Upper vertical sliding motion installation
There is sawing to slide coattail board（1902）, sawing slip coattail board（1902）On slidably connect sawing support base（1903）, sawing
Support base（1903）Provided with sawing slide rail（1904）, fracture saw blade motor（20）Pass through sawing slide rail（1904）Lift slides peace
Mounted in sawing support base（1903）Go up and drive and connect fracture saw blade（21）, sawing support base（1903）Top sawing cylinder is installed
（1905）, fracture saw blade（21）Pass through sawing cylinder（1905）Drive connects fracture saw blade motor（20）Realize oscilaltion.
6. new both-end numerical control tenon milling machine according to claim 1, it is characterised in that：Milling tenon seat（25）Including being fixedly mounted
In milling tenon panoramic table（24）Upper first sliding seat（2501）, the first sliding seat（2501）Upper vertical sliding motion is provided with the second sliding seat
（2502）, the second sliding seat（2502）On be fixedly connected with milling tenon support base（2503）, milling tenon support base（2503）Top peace
Equipped with the second milling tenon motor（2504）, the second milling tenon motor（2504）Lower section drive be connected to milling tenon down-feed screw guideway
（2505）, the first milling tenon motor（26）Pass through milling tenon vertical slipper（2506）With milling tenon down-feed screw guideway（2505）The company of slip
Connect, make the first milling tenon motor（26）Drive milling cutter（27）Realize oscilaltion.
7. new both-end numerical control tenon milling machine according to claim 1, it is characterised in that：Line sawing seat（30）Including fixation
Installed in line sawing panoramic table（29）Dovetail mount is slided in the line at top（3001）, line slip dovetail mount（3001）It is upper vertical
It is slidably fitted with line and slides coattail board（3002）, line slip coattail board（3002）On slidably connect line support base
（3003）, support base of ruling（3003）Side slidably connect lifter slide in lift（3004）, lifter slide（3004）
Upper slided in horizontal is connected with horizontal slide plate（3005）, lifter slide（3004）Top, which is provided with, drives water receiving flat runner
（3005）In the line cylinder slided up and down（3006）, horizontal slide plate（3005）It is provided with line slide rail（3007）, sawing of ruling
Motor（31）Pass through slide rail of ruling（3007）It is slidably mounted on horizontal slide plate（3005）On.
8. new both-end numerical control tenon milling machine according to claim 5, it is characterised in that：The sawing slides dovetail mount
（1901）Coattail board is slided with sawing（1902）Inside it is separately installed with sawing screw mandrel（1906）, sawing slip dovetail mount（1901）、
Sawing slides coattail board（1902）And sawing support base（1903）Pass through sawing screw mandrel（1906）Relative motion is realized in driving.
9. new both-end numerical control tenon milling machine according to claim 6, it is characterised in that：First sliding seat（2501）With
Second sliding seat（2502）Inside it is separately installed with the first screw mandrel slide rail pair（2507）With the second screw mandrel slide rail pair（2508）, first
Bar slide rail pair（2507）With the second screw mandrel slide rail pair（2508）One end pass through belt pulley respectively（2509）Drive is connected to the first motor
（2510）With the second motor（2511）, the first sliding seat（2501）, the second sliding seat（2502）And milling tenon support base（2503）
Pass through the first motor（2510）With the second motor（2511）Drive the first screw mandrel slide rail pair（2507）With the second screw mandrel slide rail pair
（2508）Realize relative motion.
10. new both-end numerical control tenon milling machine according to claim 7, it is characterised in that：Dovetail mount is slided in the line
（3001）Coattail board is slided with line（3002）Inside it is separately installed with line screw mandrel（3008）, line slip dovetail mount（3001）、
Coattail board is slided in line（3002）And line support base（3003）Pass through screw mandrel of ruling（3008）Relative motion is realized in driving.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720221505.XU CN206718060U (en) | 2017-03-08 | 2017-03-08 | New both-end numerical control tenon milling machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720221505.XU CN206718060U (en) | 2017-03-08 | 2017-03-08 | New both-end numerical control tenon milling machine |
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| CN206718060U true CN206718060U (en) | 2017-12-08 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106891392A (en) * | 2017-03-08 | 2017-06-27 | 佛山市顺德区俊联鸿徽机械制造有限公司 | A kind of new both-end numerical control tenon milling machine |
| CN109808002A (en) * | 2019-03-22 | 2019-05-28 | 安阳市涵缘机械设备有限公司 | The multiple main axle machine tool and its processing method of a kind of dowel wood fourth of the twelve Earthly Branches batch machining |
-
2017
- 2017-03-08 CN CN201720221505.XU patent/CN206718060U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106891392A (en) * | 2017-03-08 | 2017-06-27 | 佛山市顺德区俊联鸿徽机械制造有限公司 | A kind of new both-end numerical control tenon milling machine |
| CN109808002A (en) * | 2019-03-22 | 2019-05-28 | 安阳市涵缘机械设备有限公司 | The multiple main axle machine tool and its processing method of a kind of dowel wood fourth of the twelve Earthly Branches batch machining |
| CN109808002B (en) * | 2019-03-22 | 2023-10-03 | 安阳市涵缘机械设备有限公司 | Method for batch processing of wood mortise and tenon |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right |
Denomination of utility model: Novel double-end numerical control milling-tenoning machine Effective date of registration: 20200701 Granted publication date: 20171208 Pledgee: Shunde Guangdong rural commercial bank Limited by Share Ltd. Daliang branch Pledgor: FOSHAN SHUNDE JUNLIAN HONGHUI MACHINERY MANUFACTURE Co.,Ltd. Registration number: Y2020980003701 |
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| PE01 | Entry into force of the registration of the contract for pledge of patent right | ||
| PC01 | Cancellation of the registration of the contract for pledge of patent right |
Date of cancellation: 20210729 Granted publication date: 20171208 Pledgee: Shunde Guangdong rural commercial bank Limited by Share Ltd. Daliang branch Pledgor: FOSHAN SHUNDE JUNLIAN HONGHUI MACHINERY MANUFACTURE Co.,Ltd. Registration number: Y2020980003701 |
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| PC01 | Cancellation of the registration of the contract for pledge of patent right | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right |
Denomination of utility model: New double end CNC tenon milling machine Effective date of registration: 20210729 Granted publication date: 20171208 Pledgee: Guangdong Shunde Rural Commercial Bank Co.,Ltd. science and technology innovation sub branch Pledgor: FOSHAN SHUNDE JUNLIAN HONGHUI MACHINERY MANUFACTURE Co.,Ltd. Registration number: Y2021980007099 |
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| PE01 | Entry into force of the registration of the contract for pledge of patent right |