CN206599693U - Automatic fillet cutter - Google Patents
Automatic fillet cutter Download PDFInfo
- Publication number
- CN206599693U CN206599693U CN201720227503.1U CN201720227503U CN206599693U CN 206599693 U CN206599693 U CN 206599693U CN 201720227503 U CN201720227503 U CN 201720227503U CN 206599693 U CN206599693 U CN 206599693U
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- Prior art keywords
- fillet
- roller
- charging
- frame
- drive roller
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- Expired - Fee Related
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Abstract
The utility model belongs to Cloth Cutting technical field, more particularly to a kind of automatic fillet cutter, including frame, rack-mounted edge aligning mechanism, feed auxiliary roller group, feed drive roller sets, and it is arranged on station and the work top being fixedly connected with frame after charging drive roller sets, hold-down mechanism is provided with the top of work top, and main beam structure, main beam structure includes and the spaced girder of work top, slide rail is provided with girder, fillet cutting mechanism is installed on slide rail, fillet cutting mechanism is arranged between charging drive roller sets and hold-down mechanism, the pan drive motor that driving fillet cutting mechanism is moved along slide rail is also fixed with girder.Whole cutting process is completed by equipment control, it is only necessary to artificial operation equipment, is replaced manually can accurately controlling the length and radian that cut circular arc with equipment, is solved artificial cutting inefficiency and is cut out the problem of fillet uniformity is poor.
Description
Technical field
The utility model belongs to Cloth Cutting technical field, more particularly to a kind of automatic fillet cutter.
Background technology
Quilting industry is labor-intensive industry, and the fillet technique of quilting industry is generally artificial operation, not only cut
Waste time and energy, and the fillet uniformity effect cut out is bad, and the cutting length of circular arc, fillet radian are difficult to control.
Utility model content
The purpose of this utility model is to provide a kind of automatic fillet cutter, it is intended to the artificial cutting inefficiency of solution,
The problem of fillet uniformity is poor is cut out, can accurately control to cut the length and radian of circular arc.
The utility model is achieved in that a kind of automatic fillet cutter, and the automatic fillet cutter includes frame,
Edge aligning mechanism in the frame, feed auxiliary roller group, charging drive roller sets and be arranged on the charging drive roller sets
Station and the work top being fixedly connected with the frame, hold-down mechanism, Yi Jizhu are provided with the top of the work top afterwards
Girder construction, the main beam structure include with the spaced girder of the work top, on the girder be provided with slide rail, in institute
State and fillet cutting mechanism is installed on slide rail, the fillet cutting mechanism is arranged on the charging drive roller sets and the compacting machine
Between structure, the driven in translation electricity for driving the fillet cutting mechanism to be moved along the slide rail is also fixed with the girder
Machine.
As an improvement, the edge aligning mechanism includes circular shaft, and the gantry rotation of the circular shaft and respective side is connected,
Circular shaft sliding sleeve is provided with the circular shaft；With the square shaft of the circular shaft coaxial line, the frame of the square shaft and respective side is consolidated
Fixed connection, square shaft sliding sleeve is provided with the square shaft, screw thread is fixedly connected with one end of the square shaft in the circular shaft
Bar；The inner and outer tubes being set-located, the first end of said inner tube be set on the square shaft and with the square shaft sliding sleeve
It is fixedly connected, nut is connected with the second end of said inner tube, the threaded rod is connected with the nut thread, the outer tube
Two ends extend respectively to the circular shaft sliding sleeve, at the square shaft sliding sleeve, respectively with the corresponding circular shaft sliding sleeve, the square shaft
Bearing is provided between sliding sleeve；The opposite side motor in the frame is fixed on, the opposite side motor is connected with the circular shaft.
As an improvement, the sidepiece in edge aligning mechanism axial direction is provided with opposite side sensor, and the opposite side sensor is set
There are four, four opposite side sensors are arranged in order, be disposed adjacent positioned at two middle opposite side sensors.
As an improvement, the auxiliary roller group of charging includes the first rotating roller, the second rotating roller be arrangeding in parallel.
As an improvement, the auxiliary roller group of charging also includes parallel with first rotating roller, second rotating roller
The 3rd rotating roller, the 3rd rotating roller be located at the edge aligning mechanism top.
As an improvement, the charging drive roller sets include the charging drive roller sets for being separately positioned on the frame both sides
Support, driven roller is provided between the charging drive roller sets support of both sides, is set respectively at the both ends of the driven roller
There is drive gear；Bracket chute is respectively equipped with each charging drive roller sets support, is provided with the bracket chute
The pressure roller sliding block that can be slid along, is provided with each side of the pressure roller sliding block away from the driven roller and is driven with the charging
Roller group support is fixedly connected and the pressure roller folding control cylinder consistent with the bracket chute bearing of trend, the pressure in both sides
Pressure roller is provided between roller slide block, driven gear is provided with the correspondence drive gear on the pressure roller；It is solid in the frame
Surely there is the charging motor being connected with the driven roller.
As an improvement, the hold-down mechanism includes the pressing plate parallel with the work top, is arranged on the work
Lead on table top, the pressing plate is slidably connected and solid with the frame or the main beam structure with the lead
Surely the compression control cylinder connected, the piston rod of the compression control cylinder is fixedly connected with the pressing plate.
As an improvement, the fillet cutting mechanism includes fixed seat, is connected with the one side rotation of the fixed seat
Rotating shaft, cut motor provided with the fillet that be connected with the rotating shaft transmission in the fixed seat, in the rotating shaft and also
Perpendicular swing arm is connected with, fillet is connected with part of the swing arm away from the rotating shaft and the swing arm junction
Electric cutting knife, is additionally provided with conducting slip ring in the rotating shaft, and the fillet electric cutting knife is electrically connected with the conducting slip ring；Described solid
Fixed seat sliding block is provided with the another side of reservation, the fixed seat sliding block is slidably connected with the slide rail.
As an improvement, include in the feed side of the frame provided with hold-down mechanism, the charging hold-down mechanism is fed
Vertically be arranged in parallel first tense chute, second tense chute, it is described first tense chute, second tense chute respectively with
It is fixedly connected at the frame sidepiece of respective side；Tensed described first between chute, the second tension chute provided with drawing
Tight roller, the both ends of the take-up roll are connected with the described first tension chute, the second tension slide respectively.
As an improvement, the automatic fillet cutter also includes PLC, touch-screen and is arranged on described
Supplied materials detection sensor on work top between the charging drive roller sets and the hold-down mechanism, the touch-screen,
The supplied materials detection sensor, the edge aligning mechanism, the charging drive roller sets, the hold-down mechanism, the fillet cutter
Structure, the pan drive motor are electrically connected with the PLC respectively.
By adopting the above-described technical solution, the automatic fillet cutter that the utility model is provided includes frame, it is arranged on
Edge aligning mechanism in frame, feed auxiliary roller group, charging drive roller sets and be arranged on station and and frame after charging drive roller sets
The work top being fixedly connected, hold-down mechanism and main beam structure are provided with the top of work top, and main beam structure includes and work
Make the spaced girder of table top, slide rail is provided with girder, fillet cutting mechanism, fillet cutting mechanism are installed on slide rail
It is arranged between charging drive roller sets and hold-down mechanism, driving fillet cutting mechanism is also fixed with girder and is moved along slide rail
Pan drive motor.When cutting fillet, cloth sequentially passes through edge aligning mechanism, auxiliary roller group is fed, then by charging drive roller sets
Work top is delivered to, cloth is compressed by hold-down mechanism, fillet cutting mechanism, which is started working, cuts fillet, pan drive motor
Fillet cutting mechanism is driven to move cutting straight flange along the slide rail on girder, then fillet cutting mechanism starts again at work and cuts circle
Angle, cuts out required product, and whole cutting process is all to be controlled to complete by equipment, it is only necessary to artificial operation equipment, with setting
It is standby to replace manually accurately controlling the length and radian that cut circular arc, solve artificial cutting inefficiency and cut out fillet
The problem of uniformity is poor.
Brief description of the drawings
Fig. 1 is the dimensional structure diagram of the automatic fillet cutter of the utility model（One）；
Fig. 2 is the dimensional structure diagram of the automatic fillet cutter of the utility model（Two）；
Fig. 3 is the dimensional structure diagram of the fillet cutting mechanism of the automatic fillet cutter of the utility model；
Fig. 4 is the cross section structure diagram of the edge aligning mechanism of the automatic fillet cutter of the utility model；
Wherein, 10, frame, 11, work top, 12a, first tense chute, and 12b, second tense chute, and 13, take-up roll,
20th, edge aligning mechanism, 201, circular shaft, 202, square shaft, 203, circular shaft sliding sleeve, 204, square shaft sliding sleeve, 205, threaded rod, 206, inner tube,
207th, nut, 208, outer tube, 209, square shaft fixed seat, 210, circular shaft fixed seat, 211, follower, 212, opposite side motor, 30, enter
Expect auxiliary roller group, the 31, first rotating roller, the 32, second rotating roller, the 33, the 3rd rotating roller, 40, charging drive roller sets, 41, charging drives
Dynamic roller group support, 42, driven roller, 43, pressure roller, 44, bracket chute, 45, pressure roller sliding block, 50, main beam structure, 51, girder, 52,
Girder support, 53, slide rail, 54, pan drive motor, 60, fillet cutting mechanism, 61, fixed seat, 62, fillet cut driving electricity
Machine, 63, rotating shaft, 64, swing arm, 65, fillet cut-off knife support, 66, fillet electric cutting knife, 67, fixed seat sliding block, 68, conducting slip ring,
70th, hold-down mechanism, 71, pressing plate, 72, lead, 80, edge electric cutting knife.
Embodiment
In order that the purpose of this utility model, technical scheme and advantage are more clearly understood, below in conjunction with accompanying drawing and implementation
Example, the utility model is further elaborated.It should be appreciated that specific embodiment described herein is only to explain
The utility model, is not used to limit the utility model.
From Fig. 1 to Fig. 4, before the side for entering cloth is, after the side for going out cloth is, the automatic fillet cutter includes
Frame 10, installed in the edge aligning mechanism 20 of the lower front of frame 10, the auxiliary roller group 30 of charging, charging installed in the top of frame 10 are driven
Dynamic roller group 40, and station and the work top 11 being fixedly connected with frame 10 after charging drive roller sets 40 are arranged on, in work
The top of table top 11 includes and workbench provided with hold-down mechanism 70 and main beam structure 50, in the present embodiment, main beam structure 50
The spaced girder 51 in face 11, is respectively equipped with girder support 52, on girder 51 between the two ends of girder 51 and frame 10
Provided with slide rail 53, fillet cutting mechanism is installed on slide rail 53, the fillet cutting mechanism be arranged on charging drive roller sets 40 with
Between hold-down mechanism 70, the pan drive motor that driving fillet cutting mechanism is moved along slide rail 53 is also fixed with girder 51
54；Also include PLC, touch-screen and be arranged on work top 11 to be located at charging drive roller sets 40 and hold-down mechanism
Supplied materials detection sensor between 70, touch-screen, supplied materials detection sensor, edge aligning mechanism 20, charging drive roller sets 40, compacting machine
Structure 70, fillet cutting mechanism, pan drive motor 54 are electrically connected with PLC respectively.
When cutting fillet, cloth sequentially passes through edge aligning mechanism 20, feeds auxiliary roller group 30, then defeated by charging drive roller sets 40
Work top 11 is delivered to, cloth is compressed by hold-down mechanism 70, fillet cutting mechanism, which is started working, cuts fillet, driven in translation electricity
Machine 54 drives fillet cutting mechanism to move cutting straight flange along the slide rail 53 on girder 51, and then fillet cutting mechanism starts again at work
Make cutting fillet, cut out required product, whole cutting process is all to be controlled to complete by equipment, it is only necessary to which manually operation equipment is
Can, replaced manually can accurately controlling the length and radian that cut circular arc with equipment, solve artificial cutting inefficiency and sanction
Cut the problem of fillet uniformity is poor.
From Fig. 2 and Fig. 4, edge aligning mechanism 20 includes circular shaft 201, and circular shaft sliding sleeve 203 is provided with circular shaft 201；With circle
The square shaft 202 of the coaxial line of axle 201, is provided with square shaft sliding sleeve 204, in circular shaft 201 on one end of square shaft 202 on square shaft 202
It is fixedly connected with threaded rod 205；The inner tube 206 and outer tube 208 being set-located, the first end of the inner tube 206 are set in square shaft
It is fixedly connected on 202 and with square shaft sliding sleeve 204, nut 207, threaded rod 205 and spiral shell is connected with the second end of inner tube 206
Mother 207 is threadedly coupled, and the two ends of the outer tube 208 extend respectively to circular shaft sliding sleeve 203, at square shaft sliding sleeve 204, respectively with it is corresponding
Bearing is provided between circular shaft sliding sleeve 203, square shaft sliding sleeve 204；The opposite side motor 212 in frame 10 is fixed on, the opposite side motor 212
It is connected with circular shaft 201.
Sidepiece in the axial direction of edge aligning mechanism 20 is provided with opposite side sensor, in the present embodiment in, the opposite side sensor is set
Have four, four opposite side sensors are arranged in order, be disposed adjacent positioned at middle two, four opposite side sensors respectively with
PLC is electrically connected, and when cloth edge is located at the outside of four opposite side sensors, four opposite side sensors do not have feedback letter
Number, PLC rotates it to the signal of opposite side motor 212, drives cloth edge to be moved to the side of four opposite side sensors,
Until when cloth edge is moved between middle two adjacent opposed edges sensor, PLC is according to the feedback letter of opposite side sensor
Number control opposite side motor 212 stops operating；When cloth all blocks four opposite side sensors, PLC is according to four
The feedback signal control opposite side motor 212 of opposite side sensor is rotated backward, and cloth edge is thought remote four opposite side sensors
Side is moved, and when between cloth edge is moved to middle two adjacent opposed edges sensor, PLC is according to opposite side sensor
Feedback signal control opposite side motor 212 stop operating；When cloth edge is located at middle two adjacent opposed edges sensor and outside
When between opposite side sensor, PLC can control opposite side motor 212 to carry out phase according to the feedback signal of four opposite side sensors
The rotation answered, makes cloth edge be moved between middle two adjacent opposed edges sensor, realizes the function of automatic edge-adjusting.
In the present embodiment, circular shaft 201 is rotated with the side of frame 10 and is connected, and specifically, is provided with frame 10
Circular shaft fixed seat 210, is provided with bearing between circular shaft 201 and circular shaft fixed seat 210；Square shaft 202 and the opposite side of frame 10 are consolidated
Fixed connection, is that square shaft fixed seat 209 is provided with frame 10, square shaft 202 is fixedly connected with square shaft fixed seat 209 specifically
Together；On circular shaft 201 provided with follower 211, on the output shaft of opposite side motor 212 be provided with driving wheel, driving wheel with
Belt is provided between follower 211, drives circular shaft 201 to rotate by opposite side motor 212, threaded rod 205 is fixed with circular shaft 201 to be connected
Connect, follow circular shaft 201 to rotate together, threaded rod 205 coordinates with the screw thread of nut 207, when threaded rod 205 is rotated, the meeting of nut 207
Threadingly so as to drive inner tube 206, threadingly bar 205 is moved the movement of bar 205, due to first end and the square shaft sliding sleeve of inner tube 206
204 are fixedly connected, and square shaft sliding sleeve 204 can follow inner tube 206 to move together, and the two ends of outer tube 208 are located by connecting on circular shaft respectively
At sliding sleeve 203, square shaft sliding sleeve 204, then outer tube 208 can follow inner tube 206 to move together simultaneously, so as to realize cloth edge certainly
The function of dynamic opposite side.
From Fig. 1 and Fig. 2, the first rotating roller 31, the second rotating roller 32 that auxiliary roller group 30 includes be arrangeding in parallel are fed, when
So, threeth rotating roller 33 parallel with the first rotating roller 31, the second rotating roller 32 can also be set, and the 3rd rotating roller 33 is located at pair
The top of side mechanism 20, can so ensure that cloth is substantially at vertically, be easy to smoothly feed cloth.
As shown in Figure 1, charging drive roller sets 40 include being separately positioned on the charging drive roller sets support 41 of the both sides of frame 10,
Driven roller 42 is provided between the charging drive roller sets support 41 of both sides, sliding tooth is respectively equipped with the both ends of driven roller 42
Wheel；Bracket chute 44 is respectively equipped with each charging drive roller sets support 41, being provided with bracket chute 44 can slide along support
The pressure roller sliding block 45 that groove 44 is slided, is provided with side of the pressure roller sliding block 45 away from driven roller 42 and consolidates with charging drive roller sets support 41
Fixed connection and the pressure roller folding control cylinder consistent with the bearing of trend of bracket chute 44（Not shown in figure）, the pressure roller cunning in both sides
Pressure roller 43 is provided between block 45, driven gear is provided with correspondence drive gear on pressure roller 43；It is fixed with and drives in frame 10
The charging motor that dynamic roller 42 is connected, charging motor, the magnetic valve difference being connected with pressure roller folding control cylinder
Electrically connected with PLC.Cloth through when feeding drive roller sets 40, pressure is controlled by pressure roller folding control cylinder by operator
Roller 43, to the side away from driven roller 42, is gap increase between the two, after cloth is passed through, by pressure roller folding control cylinder control
Pressure roller 43 processed is moved to the side of driven roller 42, driven gear is engaged with drive gear, and pressure roller 43 will with driven roller 42
Cloth is compressed, and drives driven roller 42 to rotate by charging motor, pressure roller 43 is engaged with driven roller 42 by gear, and both are opposite
Rotate and convey cloth toward the side of work top 11.
As shown in Figure 1, hold-down mechanism 70 includes the pressing plate 71 parallel with work top 11, is arranged on work top 11
Lead 72, the compression control that pressing plate 71 is slidably connected with lead 72 and is fixedly connected with frame 10 or main beam structure 50
Cylinder processed, the piston rod of compression control cylinder is fixedly connected with pressing plate 71, with compressing magnetic valve and PLC that control cylinder is connected
Control electrical connection.In the present embodiment, hold-down mechanism 70 is arranged between girder 51 and work top 11, compress control cylinder with
Girder support 52 is fixedly connected.Compress control cylinder promote pressing plate 71 fall by cloth presser pressing plate 71 and work top 11 it
Between, the cloth between charging drive roller sets 40 and hold-down mechanism 70 is just laid on work top 11, moves fillet cutting mechanism
During cutting cloth will not fold, be easy to cut.
From the figure 3, it may be seen that the fillet cutting mechanism 60 includes fixed seat 61, rotates turn being connected with the one side of fixed seat 61
Axle 63, the fillet being connected with rotating shaft 63 is provided with fixed seat 61 and cuts motor 62, is also associated with rotating shaft 63
Perpendicular swing arm 64, fillet electric cutting knife 66 is connected with the part of swing arm 64 away from rotating shaft 63 with the junction of swing arm 64,
The fillet electric cutting knife 66, fillet cut motor 62 and electrically connected respectively with PLC.
In the present embodiment, for the ease of install fillet electric cutting knife 66, control fillet electric cutting knife 66 and work top 11 it
Between distance, fillet cut-off knife support 65 is fixedly connected with swing arm 64, fillet electric cutting knife 66 is fixedly installed on fillet cut-off knife branch
On frame 65.
In the present embodiment, it is provided with rotating shaft 63 provided with belt pulley, on the output shaft of fillet cutting motor 62
Belt pulley, therebetween provided with belt.
In the present embodiment, conducting slip ring 68 is additionally provided with rotating shaft 63, fillet electric cutting knife 66 is electrically connected with conducting slip ring 68
Connect, can prevent rotate during wire be intertwined influence rotate.
In the present embodiment, fixed seat sliding block 67 is provided with the another side of fixed seat 61, the fixed seat sliding block 67
It is slidably connected with slide rail 53, the belt set along slide rail 53 is installed on girder 51, fixed seat 61 is fixedly connected with belt, is put down
Move motor 54 to be connected with belt transmission, specifically, belt pulley is installed on the output shaft of pan drive motor 54,
Side of the girder 51 away from pan drive motor 54 is provided with rotates another belt pulley being connected, the ring on two belt pulleys with girder 51
Provided with belt.Pan drive motor 54 drives belt to rotate, and is moved by belt drive fixed seat 61 along girder 51, so as to realize circle
Angle cutting mechanism 60 moves back and forth along girder 51.
In the present embodiment, in order to more facilitate and accurately feed, charging compacting machine is provided with the feed side of frame 10
Structure, the charging hold-down mechanism includes the first tension chute 12a, the second tension chute 12b vertically be arrangeding in parallel, first drawing
Tight chute 12a, the second tension chute 12b are fixedly connected with the sidepiece of frame 10 of respective side, and are arranged on the first drawing respectively
Take-up roll 13 between tight chute 12a, the second tension chute 12b, the both ends of the take-up roll 13 tense chute with first respectively
12a, the second tension chute 12b are slidably connected, and specifically, a roller, two are respectively equipped with the both ends of take-up roll 13
The roller of side is separately positioned in the first tension chute 12a, the second tension chute 12b.
In the present embodiment, feeding between auxiliary roller group 30 and charging drive roller sets 40 provided with the side being fixedly connected with frame 10
Edge electric cutting knife 80, the edge electric cutting knife 80 is set close to the side edge of frame 10, and the edge electric cutting knife 80 is electrically connected with PLC
Connect, the leftover pieces being had more on cloth side can be cut away.
Preferred embodiment of the present utility model is the foregoing is only, it is all at this not to limit the utility model
Any modifications, equivalent substitutions and improvements made within the spirit and principle of utility model etc., should be included in the utility model
Protection domain within.
Claims (10)
1. automatic fillet cutter, it is characterised in that including frame, edge aligning mechanism, the auxiliary roller of charging in the frame
Group, charging drive roller sets and it is arranged on station and the workbench that is fixedly connected with the frame after the charging drive roller sets
Face, hold-down mechanism and main beam structure are provided with the top of the work top, and the main beam structure includes and the workbench
The spaced girder in face, slide rail is provided with the girder, fillet cutting mechanism, the fillet are provided with the slide rail
Cutting mechanism is arranged between the charging drive roller sets and the hold-down mechanism, and driving institute is also fixed with the girder
State the pan drive motor that fillet cutting mechanism is moved along the slide rail.
2. automatic fillet cutter according to claim 1, it is characterised in that the edge aligning mechanism includes circular shaft, described
Circular shaft and the gantry rotation of respective side are connected, and circular shaft sliding sleeve is provided with the circular shaft；With the side of the circular shaft coaxial line
Axle, the square shaft is fixedly connected with the frame of respective side, and square shaft sliding sleeve is provided with the square shaft, close in the circular shaft
Threaded rod is fixedly connected with one end of the square shaft；The inner and outer tubes being set-located, the first end of said inner tube is arranged
It is fixedly connected on the square shaft and with the square shaft sliding sleeve, nut, the spiral shell is connected with the second end of said inner tube
Rasp bar is connected with the nut thread, and the two ends of the outer tube extend respectively to the circular shaft sliding sleeve, at the square shaft sliding sleeve, point
Bearing is provided with not between the corresponding circular shaft sliding sleeve, the square shaft sliding sleeve；It is fixed on the opposite side motor in the frame, institute
Opposite side motor is stated to be connected with the circular shaft.
3. automatic fillet cutter according to claim 2, it is characterised in that the sidepiece in edge aligning mechanism axial direction is set
There is opposite side sensor, the opposite side sensor is provided with four, and four opposite side sensors are arranged in order, positioned at middle two
The opposite side sensor is disposed adjacent.
4. automatic fillet cutter according to claim 1, it is characterised in that the auxiliary roller group of charging includes be arrangeding in parallel
The first rotating roller, the second rotating roller.
5. automatic fillet cutter according to claim 4, it is characterised in that the auxiliary roller group of charging also include with it is described
The 3rd parallel rotating roller of first rotating roller, second rotating roller, the 3rd rotating roller is located at the upper of the edge aligning mechanism
Side.
6. automatic fillet cutter according to claim 1, it is characterised in that the charging drive roller sets include setting respectively
The charging drive roller sets support in the frame both sides is put, provided with driving between the charging drive roller sets support of both sides
Roller, drive gear is respectively equipped with the both ends of the driven roller；Set respectively on each charging drive roller sets support
There is bracket chute, provided with the pressure roller sliding block that can be slid along in the bracket chute, in each pressure roller sliding block away from institute
State driven roller side be provided with it is described charging drive roller sets support be fixedly connected and consistent with the bracket chute bearing of trend
Pressure roller folding control cylinder, pressure roller is provided between the pressure roller sliding block of both sides, the correspondence driving on the pressure roller
Driven gear is provided with gear；The charging motor being connected with the driven roller is fixed with the frame.
7. automatic fillet cutter according to claim 1, it is characterised in that the hold-down mechanism includes and the work
The parallel pressing plate of table top, the lead being arranged on the work top, the pressing plate and the lead be slidably connected and
The compression control cylinder being fixedly connected with the frame or the main beam structure, the piston rod of the compression control cylinder and institute
Pressing plate is stated to be fixedly connected.
8. automatic fillet cutter according to claim 1, it is characterised in that the fillet cutting mechanism includes fixing
Seat, the rotating shaft being connected with the one side rotation of the fixed seat, are provided with what is be connected with the rotating shaft transmission in the fixed seat
Fillet cut motor, perpendicular swing arm is also associated with the rotating shaft, the swing arm away from the rotating shaft with
Fillet electric cutting knife is connected with the part of the swing arm junction, conducting slip ring, the fillet electricity are additionally provided with the rotating shaft
Cut-off knife is electrically connected with the conducting slip ring；Fixed seat sliding block, the fixed seat are provided with the another side of the fixed seat
Sliding block is slidably connected with the slide rail.
9. automatic fillet cutter according to claim 1, it is characterised in that be provided with charging in the feed side of the frame
Hold-down mechanism, what the charging hold-down mechanism included vertically be arrangeding in parallel first tenses chute, second tenses chute, described the
One tension chute, the second tension chute are fixedly connected with the frame sidepiece of respective side respectively；Tense and slide described first
Take-up roll is provided between groove, the second tension chute, the both ends of the take-up roll tense chute, institute with described first respectively
State the connection of the second tension slide.
10. the automatic fillet cutter according to any one of claim 1 to 9, it is characterised in that the automatic fillet is cut
Machine also includes PLC, touch-screen and is arranged on the work top to be located at the charging drive roller sets and the pressure
Supplied materials detection sensor between tight mechanism, the touch-screen, the supplied materials detection sensor, the edge aligning mechanism, it is described enter
Expect drive roller sets, the hold-down mechanism, the fillet cutting mechanism, the pan drive motor respectively with the PLC
Electrical connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720227503.1U CN206599693U (en) | 2017-03-09 | 2017-03-09 | Automatic fillet cutter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720227503.1U CN206599693U (en) | 2017-03-09 | 2017-03-09 | Automatic fillet cutter |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206599693U true CN206599693U (en) | 2017-10-31 |
Family
ID=60147876
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720227503.1U Expired - Fee Related CN206599693U (en) | 2017-03-09 | 2017-03-09 | Automatic fillet cutter |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206599693U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108589248A (en) * | 2018-07-09 | 2018-09-28 | 拓卡奔马机电科技有限公司 | cutting |
| CN110303289A (en) * | 2019-07-30 | 2019-10-08 | 江苏特威机床制造有限公司 | A kind of charging and discharging mechanism of light pole joint close bonding machine |
-
2017
- 2017-03-09 CN CN201720227503.1U patent/CN206599693U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108589248A (en) * | 2018-07-09 | 2018-09-28 | 拓卡奔马机电科技有限公司 | cutting |
| CN108589248B (en) * | 2018-07-09 | 2024-01-30 | 拓卡奔马机电科技有限公司 | Cutting bed |
| CN110303289A (en) * | 2019-07-30 | 2019-10-08 | 江苏特威机床制造有限公司 | A kind of charging and discharging mechanism of light pole joint close bonding machine |
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