CN208261984U - Integrated form cutting processing device - Google Patents
Integrated form cutting processing device Download PDFInfo
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- CN208261984U CN208261984U CN201820234024.7U CN201820234024U CN208261984U CN 208261984 U CN208261984 U CN 208261984U CN 201820234024 U CN201820234024 U CN 201820234024U CN 208261984 U CN208261984 U CN 208261984U
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- guide rail
- saw blade
- mounting groove
- rack
- cylinder
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Abstract
The utility model discloses a kind of integrated form cutting processing devices, include rack (2), the support plate (4), left bias cutter structure and the right bias cutter structure that are mounted on the left of among rack (2).The utility model is by adjusting the flexible of left bias cutter structure and right bias cutter structure, practical 45 degree to profile are cut and V-type is cut function.
Description
Technical field
The utility model relates to a kind of by plurality of devices such as 45 degree of angle cast-cutting saws, an angle of 90 degrees cast-cutting saw, V-groove mouth cast-cutting saws
It integrates, realizes intensive manufacture, and replace the novel device of hand sweeping, artificial loading, artificial blanking
Background technique
Now, in door and window processing, diversification, kind is presented in the type of the profile raw material for splicing or welding
Class is various, and the slit patterns of profile also become more diverse.The notch of outter frame profile has 45 degree of angles, an angle of 90 degrees, V-groove mouth, trapezoidal
Notch etc.；The notch of middle stile's profile has v-notch, trapezoidal cut etc.；
Now equipment in the market it is common the problem is that: every kind of notch needs individual equipment processing, thus can
Cause equipment space occupied very big, there are many manufacturing procedure, and the production cycle is caused to lengthen, and production efficiency is low, time cost and behaviour
Make cost of labor increase.
Summary of the invention
The purpose of the invention of the present invention is to provide a kind of integrated form cutting processing device, may be implemented will be a variety of independent
Integration of equipments together, realizes single station processing kinds of processes, specific installation is intensive, multifunction, and reduction is individually set
Standby space occupied reduces process, saves the production cycle, reduces production cost, improves production efficiency.
The goal of the invention of the utility model is achieved through the following technical solutions:
A kind of integrated form cutting processing device comprising rack 2, is mounted on the support plate 4 in left side, left beveling among rack 2
Cutting mill structure and right bias cutter structure；
Oblique 45 degree of left cross slide way mounting groove 40 is machined on the left of the front end of rack 2, on the right side of the front end of rack 2 processing and
The right cross slide way mounting groove 41 that left cross slide way mounting groove is arranged symmetrically；
Left bias cutter structure includes left horizontal guide rail pair 7, left level board 9, left vertical plate 8, left upright guide rail pair 11, left saw
Piece motor 14, left control cylinder 10, left saw blade 15, left screw component 13 and left servo motor 12；The guide rail of left horizontal guide rail pair 7
It is mounted in left cross slide way mounting groove 40, left 9 bottom surface of level board is machined with left slider mounting groove, the cunning of left horizontal guide rail pair 7
Block is mounted in left slider mounting groove；The ball nut of left screw component 13 is connected on left level board 9, left screw component 13
Input terminal connects left servo motor 12；The top surface of left level board 9 is machined with perpendicular with left 40 direction of cross slide way mounting groove
A left side is transversely mounted slot, and left vertical plate 8 is mounted on a left side and is transversely mounted in slot；The inboard of left vertical plate 8 is machined with left upright guide rail peace
Tankage, the guide rail of left upright guide rail pair 11 are mounted in left upright guide rail mounting groove；Left saw blade motor 14 is mounted on a left side and leads vertically
On the sliding block of rail pair 11；Left control cylinder 10 is mounted on the top of left vertical plate 8, and the piston rod of left control cylinder 10 connects left saw
Piece motor 14；Left saw blade 15 is mounted on the output shaft end of left saw blade motor 14；
Right bias cutter structure include right horizontal guide rail pair 24, right level board 22, right vertical plate 23, right upright guide rail pair 20,
Right saw blade motor 17, right control cylinder 21, right saw blade 16, right screw component 18 and right servo motor 19；Right horizontal guide rail pair 24
Guide rail be mounted in right cross slide way mounting groove 41, right 22 bottom surface of level board is machined with right sliding block mounting groove, right horizontal guide rail
The sliding block of pair 24 is mounted in right sliding block mounting groove；The ball nut of right screw component 18 is connected on right level board 22；Right silk
The input terminal of bar assembly 18 connects right servo motor 19；The top surface of right level board 22 is machined with and right 41 side of cross slide way mounting groove
It is transversely mounted slot to the perpendicular right side, right vertical plate 23 is mounted on a left side and is transversely mounted in slot；The inboard of right vertical plate 23 is machined with
Right upright guide rail mounting groove, the guide rail of right upright guide rail pair 20 are mounted in right upright guide rail mounting groove；Right saw blade motor 17 is pacified
On the sliding block of right upright guide rail pair 20；Right control cylinder 21 is mounted on the top of right vertical plate 23；Right 21 gas of control cylinder
The piston rod of cylinder connects right saw blade motor 17；Right saw blade 16 is mounted on the output shaft end of right saw blade motor 17.
Further, integrated form cutting processing device also includes synchronous belt 27, output synchronous pulley and output motor 28, is synchronized
The right middle that is mounted on rack 2 with 27 is simultaneously wound on output synchronous pulley, at horizontally disposed, exports the rotation side of synchronous belt 27
To parallel with rack 2, and it is concordant with the upper surface of support plate 4 to export synchronous belt upper surface；It is same that output motor 28 is mounted on output
Walk the side with 27 right end of component, the output shaft driving output synchronous pulley of output motor.
Further, integrated form cutting processing device also include pressure roller mounting rack 37, a left side hold down assembly 5, left compression cylinder 6,
The right side holds down assembly 26, right compression cylinder 25, press roll component and pressure roller cylinder 36, and pressure roller mounting rack 37 is mounted in rack 2, rack
2 are equipped with left mounting surface 42 and right mounting surface 43, and left compression cylinder 6 is mounted on left mounting surface, the piston of left compression cylinder 6
A bar connection left side holds down assembly 5；Right compression cylinder 25 is mounted on right mounting surface, and the piston rod of right compression cylinder 25 connects right pressure
Tight component 26；Pressure roller cylinder 36 is mounted on pressure roller mounting rack 37, and the piston rod of pressure roller cylinder 36 connects press roll component 35.Pressure
Roll assembly and rear baffle 3 are arranged in parallel.
Further, integrated form cutting processing device also includes rear baffle 3, and rear baffle 3 is mounted on the rear end of support plate 4,
And length direction is parallel with support plate 4, work is set on rear baffle 3 v-notch, the excessively left bias cutter structure of v-notch middle line and the right side
Symmetrical center line between bias cutter structure.
Further, integrated form cutting processing device also includes rear horizontal guide rail pair 31, rear saw blade motor 30,29 and of rear saw blade
The rear end of mobile cylinder 32 afterwards, rack 2 is equipped with the rear rail mounting groove 44 parallel with frame central face, rear horizontal guide rail pair 31
Guide rail be mounted in rear rail mounting groove 44；Saw blade motor 30 is mounted on the sliding block of rear horizontal guide rail pair 31 afterwards；Saw blade afterwards
29 are mounted on the output shaft end of rear saw blade motor 30, saw blade motor 30 after the tailpiece of the piston rod connection of rear mobile cylinder 32.
Further, integrated form cutting processing device also includes the chip space 34 being mounted among 2 bottom of rack.
Further, integrated form cutting processing device also includes the chip removal funnel 33 for being mounted on 2 bottom right of rack.
The utility model has the beneficial effects that: the utility model integrates a variety of specific installations, realize single
Station processes kinds of processes, and specific installation is intensive, multifunction reduces the space occupied of specific installation, reduces process, section
The about production cycle reduces production cost, improves production efficiency.
Detailed description of the invention
Fig. 1 is that the part of integrated form cutting processing device forms top view；
Fig. 2 is the front view of integrated form cutting processing device；
Fig. 3 is the left view of integrated form cutting processing device；
Fig. 4 is the right view of integrated form cutting processing device；
Fig. 5 is the structural schematic diagram of rack；
Fig. 6 is left bias cutter structure, right bias cutter structure and the rack-mounted structural schematic diagram of rear straight cutting mechanism；
Fig. 7 is output device, the rack-mounted structural schematic diagram of portion compresses device；
45 notch flow chart of Fig. 8 outter frame profile；
Fig. 9 is middle stile's profile v-notch flow chart.
Specific embodiment
The present invention is described in further detail with reference to the accompanying drawings and examples.
As shown in Figures 1 to 7, integrated form cutting processing device includes rack 2, the support plate 4 for supporting profile, support plate 4
It is mounted on left side among rack 2, in horizontally disposed, the length direction of support plate 4 is parallel with rack 2；On 4 supporting legs of rack 2
Equipped with 4 adjusting lower margins 1.
It cuts to be able to achieve 45 degree and is cut with V-type, integrated form cutting processing device includes that left bias cutter structure and right beveling are cut
Mechanism.
Oblique 45 degree of left cross slide way mounting groove 40 is machined on the left of the front end of rack 2, on the right side of the front end of rack 2 processing and
The right cross slide way mounting groove 41 that left cross slide way mounting groove is arranged symmetrically.
Left bias cutter structure includes left horizontal guide rail pair 7, left level board 9, left vertical plate 8, left upright guide rail pair 11, left saw
Piece motor 14, left control cylinder 10, left saw blade 15, left screw component 13 and left servo motor 12；The guide rail of left horizontal guide rail pair 7
It is mounted in left cross slide way mounting groove 40, left 9 bottom surface of level board is machined with left slider mounting groove, the cunning of left horizontal guide rail pair 7
Block is mounted in left slider mounting groove；The ball nut of left screw component 13 is connected on left level board 9, left screw component 13
Input terminal connects left servo motor 12；The top surface of left level board 9 is machined with perpendicular with left 40 direction of cross slide way mounting groove
A left side is transversely mounted slot, and left vertical plate 8 is mounted on a left side and is transversely mounted in slot；The inboard of left vertical plate 8 is machined with left upright guide rail peace
Tankage, the guide rail of left upright guide rail pair 11 are mounted in left upright guide rail mounting groove；Left saw blade motor 14 is mounted on a left side and leads vertically
On the sliding block of rail pair 11；Left control cylinder 10 is mounted on the top of left vertical plate 8, and the piston rod of left control cylinder 10 connects left saw
Piece motor 14；Left saw blade 15 is mounted on the output shaft end of left saw blade motor 14.
Right bias cutter structure include right horizontal guide rail pair 24, right level board 22, right vertical plate 23, right upright guide rail pair 20,
Right saw blade motor 17, right control cylinder 21, right saw blade 16, right screw component 18 and right servo motor 19；Right horizontal guide rail pair 24
Guide rail be mounted in right cross slide way mounting groove 41, right 22 bottom surface of level board is machined with right sliding block mounting groove, right horizontal guide rail
The sliding block of pair 24 is mounted in right sliding block mounting groove；The ball nut of right screw component 18 is connected on right level board 22；Right silk
The input terminal of bar assembly 18 connects right servo motor 19；The top surface of right level board 22 is machined with and right 41 side of cross slide way mounting groove
It is transversely mounted slot to the perpendicular right side, right vertical plate 23 is mounted on a left side and is transversely mounted in slot；The inboard of right vertical plate 23 is machined with
Right upright guide rail mounting groove, the guide rail of right upright guide rail pair 20 are mounted in right upright guide rail mounting groove；Right saw blade motor 17 is pacified
On the sliding block of right upright guide rail pair 20；Right control cylinder 21 is mounted on the top of right vertical plate 23；Right 21 gas of control cylinder
The piston rod of cylinder connects right saw blade motor 17；Right saw blade 16 is mounted on the output shaft end of right saw blade motor 17.
In order to realize the carrying to profile, integrated form cutting processing device also includes output device, and output device includes same
Step band 27, output synchronous pulley and output motor 28, synchronous belt 27 are mounted on the right middle of rack 2 and are wound on output synchronous belt
On wheel, at horizontally disposed, the rotation direction for exporting synchronous belt 27 is parallel with rack 2, and output synchronous belt upper surface and support plate
4 upper surface is concordant；Output motor 28 is mounted on the side of output 27 right end of synchronous belt component, the output shaft driving of output motor
Export synchronous pulley.
In order to realize during to section steel cutting, compress to profile, integrated form cutting processing device also includes pressure
Tight device, pressing device include that hold down assembly 5, left compression cylinder 6, the right side of pressure roller mounting rack 37, a left side holds down assembly 26, right compression gas
Cylinder 25, press roll component and pressure roller cylinder 36, pressure roller mounting rack 37 are mounted in rack 2, and rack 2 is equipped with left mounting surface 42 and the right side
Mounting surface 43, left compression cylinder 6 are mounted on left mounting surface, and the piston rod of a left compression cylinder 6 connection left side holds down assembly 5；Right pressure
Tight cylinder 25 is mounted on right mounting surface, and the piston rod connection right side of right compression cylinder 25 holds down assembly 26；Pressure roller cylinder 36 is installed
On pressure roller mounting rack 37, the piston rod of pressure roller cylinder 36 connects press roll component 35.Press roll component and rear baffle 3 are arranged in parallel.
In order to realize when a left side holds down assembly 5 compression profile, blocks profile and do not move backward, integrated form cutting processing
Device also includes rear baffle 3, and rear baffle 3 is mounted on the rear end of support plate 4, and length direction is parallel with support plate 4, rear baffle
Work is set on 3 v-notch, the symmetrical center line between the excessively left bias cutter structure of v-notch middle line and right bias cutter structure.
It is rear straight in order to realize that integrated form cutting processing device also includes rear straight cutting mechanism in 90 degree of cuttings to profile
Cutting mechanism includes mobile cylinder 32 after rear horizontal guide rail pair 31, rear saw blade motor 30, rear saw blade 29, and the rear end of rack 2 is equipped with
The guide rail of the rear rail mounting groove 44 parallel with frame central face, rear horizontal guide rail pair 31 is mounted in rear rail mounting groove 44；
Saw blade motor 30 is mounted on the sliding block of rear horizontal guide rail pair 31 afterwards；Saw blade 29 is mounted on the output shaft of rear saw blade motor 30 afterwards
End, saw blade motor 30 after the tailpiece of the piston rod connection of rear mobile cylinder 32.The fixed part of mobile cylinder 32 is mounted in rack 2 afterwards.
The clast cut down is recycled in order to realize, integrated form cutting processing device also includes to be mounted on rack 2
Chip space 34 among bottom, and it is mounted on the chip removal funnel 33 of 2 bottom right of rack, the upper opening of funnel is located at synchronous belt
27 side.
Each cylinder, motor, screw component in the present embodiment are controlled by the operating system run on PLC.
Reset condition: as shown in Figure 1 and Figure 2, left saw blade motor 14 is moved to lower left position, left control by left screw component 13
Left saw blade motor 14 is promoted to extreme higher position (initial position) by cylinder 10 processed, and right screw component 18 is mobile by right saw blade motor 17
Right saw blade motor 17 is promoted to extreme higher position (initial position) to bottom-right location, right control cylinder 19；Mobile cylinder 32 is received afterwards
Contracting, is moved to upper position (initial position) for rear saw blade motor 30；Left saw blade motor, right saw blade motor, rear saw blade motor stop.
Left compression cylinder 6, right compression cylinder 25 piston rod shrink, a left side 5, right side that holds down assembly holds down assembly and 26 locates respectively
In lower-left, bottom-right location；(see Fig. 1)
The piston rod of pressure roller cylinder 36 is shunk, and press roll component 35 is in a high position；(see Fig. 3)
When work: operating system issues command adapted thereto, 38 clamping section 39 of manipulator, then from left side to 2 center of rack
Position is mobile (see Fig. 2), and after reaching designated position, manipulator 38 stops movement；Left compression cylinder 6, right compression cylinder 25
Piston rod stretches out, and the left side connecting with the piston rod 5, right side that holds down assembly is held down assembly 26 releases, when a left side holds down assembly 5, right compression
After component 26 is contacted with profile 39, left compression cylinder 6,25 stopping of right compression cylinder movement；The piston rod of pressure roller cylinder 36 stretches out,
The press roll component 35 controlled is released downwards, after press roll component 35 and the contact of profile 39, pressure roller cylinder stopping movement；At this time
Profile is secured in a press.Following process is exemplified below:
Example 1: outter frame profile processes 45 degree of notch (see Fig. 8): operating system issues instruction, and right saw blade motor 17 starts, band
It moves right saw blade 16 to rotate, right servo motor 19 obtains signal and starts turning, and drives right screw component 18 to rotate, to push right water
Plate 22 moves inwards along 45 degree of directions, namely right vertical plate 23, right saw blade motor 17, right saw blade 16 is pushed to move inwards；
After reaching maximum distance, right servo motor 19 stops operating, and right saw blade 16 is located at left the half of the v-notch of rear baffle 3 at this time
In notch；Then, the piston rod of right control cylinder 21 stretches out, and pushes right saw blade motor 17 and right saw blade 16 to move down, with this
Meanwhile right saw blade 16 starts to cut profile 39, postpones when reaching lowermost position, at this time cuts off profile 39, it is right to complete profile
The processing of the 45 degree of notch in side；Then right servo motor 19 starts to invert, while the piston rod of right control cylinder 21 starts to shrink, when
Stop after reaching initial position, completes the process of the 45 degree of notch in right side；Subsequently, manipulator 38 holds the continuation of profile 39
It moves right, after reaching designated position, manipulator 38 stops movement；Then the processed of 45 degree of left side notch is similarly carried out
Journey；When profile arranged on left and right sides 45 degree of notch all after the completion of, output motor 28 starts turning, to drive 27 turns of synchronous belt
It is dynamic, the profile that processing is completed is transferred out, processing is completed.
Example 2: middle stile's shape extrusion v-notch (see Fig. 9): operating system issues instruction, and right saw blade motor 17 starts, band
It moves right saw blade 16 to rotate, right servo motor 19 obtains signal and starts turning, and drives right screw component 18 to rotate, to push right water
Plate 22 moves inwards along 45 degree of directions, namely right vertical plate 23, right saw blade motor 17, right saw blade 16 is pushed to move inwards；
After reaching maximum distance, right servo motor 19 stops operating, and right saw blade 16 is located at left the half of the v-notch of rear baffle 3 at this time
In notch；Then, the piston rod of right control cylinder 21 stretches out, and pushes right saw blade motor 17 and right saw blade 16 to move down, with this
Meanwhile right saw blade 16 starts to cut profile 39, postpones when reaching lowermost position, at this time cuts off profile 39；Then right servo
Motor 19 starts to invert, while the piston rod of right control cylinder 21 starts to shrink, and stops after reaching initial position；Then mechanical
Hand 38 holds profile 39 and retreats a small distance to the left, equal to the half of middle stile's profile width, after reaching position, manipulator 38
Stop movement, then similarly carries out cutting of the left saw blade to profile；After left saw blade is completed to cut, at this time in stile profile right end
The notch of a V-type is had, completes the processing of centering stile profile right end at this time；Subsequently, manipulator 38 hold profile 39 after
Continuous to move right, after reaching designated position, manipulator 38 stops movement, similarly carries out v-notch to the left end of profile
Processing, after left and right end is completed at the same time, output motor 28 is started turning, so that synchronous belt 27 be driven to rotate, processing will be completed
Profile transfer out, complete processing.
The clast that cuts away because gravity and under fall in chip space 34, the clast conveyed on synchronous belt 27 will be insufflated dress
It sets and blows in chip removal funnel 33, then collected by other garbage recovery device.
It, can according to the technique and scheme of the present invention and its hair it is understood that for those of ordinary skills
Bright design is subject to equivalent substitution or change, and all these changes or replacement all should belong to the guarantor of appended claims of the invention
Protect range.
Claims (7)
1. a kind of integrated form cutting processing device includes rack (2), the support plate (4) for being mounted on the intermediate left side of rack (2), a left side
Bias cutter structure and right bias cutter structure, it is characterised in that:
Oblique 45 degree of left cross slide way mounting groove (40), processing on the right side of the front end of rack (2) are machined on the left of the front end of rack (2)
The right cross slide way mounting groove (41) being arranged symmetrically with left cross slide way mounting groove；
The left bias cutter structure includes left horizontal guide rail secondary (7), left level board (9), left vertical plate (8), left upright guide rail pair
(11), left saw blade motor (14), left control cylinder (10), left saw blade (15), left screw component (13) and left servo motor (12)；
The guide rail of left horizontal guide rail secondary (7) is mounted in left cross slide way mounting groove (40), and left level board (9) bottom surface is machined with left slider
The sliding block of mounting groove, left horizontal guide rail secondary (7) is mounted in left slider mounting groove；The ball nut of left screw component (13) connects
To on left level board (9), the input terminal of left screw component (13) connects left servo motor (12)；The top surface of left level board (9) adds
Work has a left side perpendicular with left cross slide way mounting groove (40) direction to be transversely mounted slot, and left vertical plate (8) is mounted on left laterally peace
In tankage；The inboard of left vertical plate (8) is machined with left upright guide rail mounting groove, and the guide rail of left upright guide rail secondary (11) is mounted on a left side
In upright guide rail mounting groove；Left saw blade motor (14) is mounted on the sliding block of left upright guide rail secondary (11)；Left control cylinder (10)
It is mounted on the top of left vertical plate (8), the piston rod of left control cylinder (10) connects left saw blade motor (14)；Left saw blade (15) peace
Output shaft end mounted in left saw blade motor (14)；
The right bias cutter structure includes right horizontal guide rail secondary (24), right level board (22), right vertical plate (23), right upright guide rail
Secondary (20), right saw blade motor (17), right control cylinder (21), right saw blade (16), right screw component (18) and right servo motor
(19)；The guide rail of right horizontal guide rail secondary (24) is mounted in right cross slide way mounting groove (41), right level board (22) bottom surface processing
There is right sliding block mounting groove, the sliding block of right horizontal guide rail secondary (24) is mounted in right sliding block mounting groove；The rolling of right screw component (18)
Pearl nut is connected on right level board (22)；The input terminal of right screw component (18) connects right servo motor (19)；Right level board
(22) top surface is machined with the right side perpendicular with right cross slide way mounting groove (41) direction and is transversely mounted slot, right vertical plate (23) peace
It is transversely mounted in slot mounted in a left side；The inboard of right vertical plate (23) is machined with right upright guide rail mounting groove, and right upright guide rail is secondary (20)
Guide rail be mounted in right upright guide rail mounting groove；Right saw blade motor (17) is mounted on the sliding block of right upright guide rail secondary (20)；
Right control cylinder (21) is mounted on the top of right vertical plate (23)；The piston rod of right control cylinder (21) cylinder connects right saw blade electricity
Machine (17)；Right saw blade (16) is mounted on the output shaft end of right saw blade motor (17).
2. a kind of integrated form cutting processing device according to claim 1, it is characterised in that also include synchronous belt (27), defeated
Synchronous pulley and output motor (28) out, synchronous belt (27) are mounted on the right middle of rack (2) and are wound on output synchronous pulley
On, at horizontally disposed, the rotation direction for exporting synchronous belt (27) is parallel with rack (2), and exports synchronous belt upper surface and support
The upper surface of plate (4) is concordant；The output shaft driving output synchronous pulley of output motor (28).
3. a kind of integrated form cutting processing device according to claim 1, it is characterised in that also include pressure roller mounting rack
(37), a left side holds down assembly (5), left compression cylinder (6), the right side hold down assembly (26), right compression cylinder (25), press roll component and pressure roller
Cylinder (36), pressure roller mounting rack (37) are mounted on rack (2), and rack (2) is equipped with left mounting surface (42) and right mounting surface
(43), left compression cylinder (6) is mounted on left mounting surface, and a piston rod connection left side for left compression cylinder (6) holds down assembly (5)；It is right
Compression cylinder (25) is mounted on right mounting surface, and the piston rod connection right side of right compression cylinder (25) holds down assembly (26)；Pressure roller gas
Cylinder (36) is mounted on pressure roller mounting rack (37), and the piston rod of pressure roller cylinder (36) connects press roll component (35).
4. a kind of integrated form cutting processing device according to claim 1, it is characterised in that also include rear baffle (3), institute
It states rear baffle (3) to be mounted on the rear end of support plate (4), and length direction is parallel with support plate (4), rear baffle sets work on (3)
There are v-notch, the symmetrical center line between the excessively left bias cutter structure of v-notch middle line and right bias cutter structure.
5. a kind of integrated form cutting processing device according to claim 1, it is characterised in that also include rear horizontal guide rail pair
(31), the rear end of rear saw blade motor (30), rear saw blade (29) and rear mobile cylinder (32), rack (2) is equipped with and frame central face
The guide rail of parallel rear rail mounting groove (44), rear horizontal guide rail secondary (31) is mounted in rear rail mounting groove (44)；Saw blade afterwards
Motor (30) is mounted on the sliding block of rear horizontal guide rail secondary (31)；Saw blade (29) is mounted on the output shaft of rear saw blade motor (30) afterwards
End, saw blade motor (30) after the tailpiece of the piston rod connection of rear mobile cylinder (32).
6. a kind of integrated form cutting processing device according to claim 1, it is characterised in that also comprising being mounted on rack (2)
Chip space (34) among bottom.
7. a kind of integrated form cutting processing device according to claim 1, it is characterised in that also comprising being mounted on rack (2)
The chip removal funnel (33) of bottom right.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820234024.7U CN208261984U (en) | 2018-02-09 | 2018-02-09 | Integrated form cutting processing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820234024.7U CN208261984U (en) | 2018-02-09 | 2018-02-09 | Integrated form cutting processing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208261984U true CN208261984U (en) | 2018-12-21 |
Family
ID=64675306
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820234024.7U Expired - Fee Related CN208261984U (en) | 2018-02-09 | 2018-02-09 | Integrated form cutting processing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208261984U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110732725A (en) * | 2019-11-22 | 2020-01-31 | 济南华信铝塑门窗设备有限公司 | Section bar saw cuts device |
| CN111390273A (en) * | 2020-05-09 | 2020-07-10 | 济南华信铝塑门窗设备有限公司 | Saw cutting center equipment |
| CN117798419A (en) * | 2024-02-29 | 2024-04-02 | 山东美筑新型材料有限公司 | Cutting device of special-shaped structure metal heat-insulation composite board |
-
2018
- 2018-02-09 CN CN201820234024.7U patent/CN208261984U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110732725A (en) * | 2019-11-22 | 2020-01-31 | 济南华信铝塑门窗设备有限公司 | Section bar saw cuts device |
| CN110732725B (en) * | 2019-11-22 | 2024-06-04 | 济南华信铝塑门窗设备有限公司 | Profile sawing device |
| CN111390273A (en) * | 2020-05-09 | 2020-07-10 | 济南华信铝塑门窗设备有限公司 | Saw cutting center equipment |
| CN117798419A (en) * | 2024-02-29 | 2024-04-02 | 山东美筑新型材料有限公司 | Cutting device of special-shaped structure metal heat-insulation composite board |
| CN117798419B (en) * | 2024-02-29 | 2024-04-30 | 山东美筑新型材料有限公司 | Cutting device of special-shaped structure metal heat-insulation composite board |
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Granted publication date: 20181221 Termination date: 20200209 |