CN110102823A - 45 degree of sawing centers - Google Patents
45 degree of sawing centers Download PDFInfo
- Publication number
- CN110102823A CN110102823A CN201910520659.2A CN201910520659A CN110102823A CN 110102823 A CN110102823 A CN 110102823A CN 201910520659 A CN201910520659 A CN 201910520659A CN 110102823 A CN110102823 A CN 110102823A
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- Prior art keywords
- feeding
- cutting
- plate
- cylinder
- material folding
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23D—PLANING; SLOTTING; SHEARING; BROACHING; SAWING; FILING; SCRAPING; LIKE OPERATIONS FOR WORKING METAL BY REMOVING MATERIAL, NOT OTHERWISE PROVIDED FOR
- B23D45/00—Sawing machines or sawing devices with circular saw blades or with friction saw discs
- B23D45/14—Sawing machines or sawing devices with circular saw blades or with friction saw discs for cutting otherwise than in a plane perpendicular to the axis of the stock, e.g. for making a mitred cut
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23D—PLANING; SLOTTING; SHEARING; BROACHING; SAWING; FILING; SCRAPING; LIKE OPERATIONS FOR WORKING METAL BY REMOVING MATERIAL, NOT OTHERWISE PROVIDED FOR
- B23D47/00—Sawing machines or sawing devices working with circular saw blades, characterised only by constructional features of particular parts
- B23D47/04—Sawing machines or sawing devices working with circular saw blades, characterised only by constructional features of particular parts of devices for feeding, positioning, clamping, or rotating work
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q7/00—Arrangements for handling work specially combined with or arranged in, or specially adapted for use in connection with, machine tools, e.g. for conveying, loading, positioning, discharging, sorting
- B23Q7/06—Arrangements for handling work specially combined with or arranged in, or specially adapted for use in connection with, machine tools, e.g. for conveying, loading, positioning, discharging, sorting by means of pushers
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Sawing (AREA)
Abstract
The present invention relates to aluminum profile processing technique fields, specially a kind of 45 degree of sawing centers, including rack, process plane, cutting mechanism and cutting agency, the two sides of rack are equipped with upper frame, processing district is formed between the upper frame of two sides, the other side of processing district is equipped with the material folding feeding mechanism for profile to be sent into processing district, material folding feeding mechanism is connected with the protrusive board that can be protruded into processing district close to one end of processing district, one end of processing district is equipped with the partition for being located at same level with protrusive board, the side of partition is equipped with for the disengaging driving assembly with dynamic dividing plate disengaging processing district, the first feeding pressure mechanism is equipped with above partition, the sliding of first feeding pressure mechanism is set on upper frame, the side of upper frame is equipped with the evacuation driving assembly for driving the first feeding pressure mechanism evacuation material folding feeding mechanism.By setting partition, disengaging driving assembly and evacuation driving assembly, protrusive board and processing plane is set to be directly connected to, tailing can be entered largely in processing district and be cut, and reduce the loss of tailing.
Description
Technical field
The present invention relates to aluminum profile processing technique fields, more particularly to a kind of 45 degree of sawing centers.
Background technique
In current aluminum profile manufacture field, aluminum profile is cut into one of most common process.Existing cutter device
When handling tailing, the delivery sheet of feeding mechanism is too long at a distance from processing table top, not can be carried out cutting for shorter tailing
Processing, cannot make full use of tailing, the phenomenon that waste.
Referring to Chinese utility model granted patent, Authorization Notice No. CN206519616U, authorized announcement date is 2017
It 26 days 09 month, specifically discloses a kind of for cutting the Double-edged Incising Saw bed at 45 degree of angles of aluminum profile, including welding stand, bonding machine
Frame side is equipped with electric box, and the control cabinet that can be slided is equipped on welding stand, it is characterized in that: the welding stand end
Fixed head is installed, the movable head that can be slided is installed on welding stand, intermediate bracket is equipped on the inside of movable head, it is living
The end cradle for being installed on welding stand end is equipped on the outside of motivation head.It is certain due to existing between fixed head and movable head
Distance, limited when handling tailing by the distance, the tailing that not can be carried out cutting is longer, causes the waste of profile.
Summary of the invention
It is an object of the invention to be directed to the existing state of the art, a kind of 45 degree of sawing centers are provided.
In order to achieve the above objectives, it the present invention adopts the following technical scheme: a kind of 45 degree sawing centers, including rack, processes
Plane, cutting mechanism and cutting agency, it is characterised in that:
The two sides of the rack are equipped with upper frame, and the processing district for being used for section steel cutting is formed between the upper frame of two sides, and processing is flat
Face is located in processing district, and cutting mechanism is located at the lower section of processing plane, and cutting agency is located at the side of processing district；
The other side of the processing district is equipped with the material folding feeding mechanism for profile to be sent into processing district, material folding feeding mechanism
It is connected with the protrusive board that can be protruded into processing district close to one end of processing district, one end of processing district, which is equipped with, is located at same water with protrusive board
The partition of plane, the side of partition are equipped with for the disengaging driving assembly with dynamic dividing plate disengaging processing district, and the top of partition is equipped with
First feeding pressure mechanism, the sliding of the first feeding pressure mechanism are set on upper frame, and the side of upper frame is equipped with for driving the first feeding pressure mechanism to keep away
Allow the evacuation driving assembly of material folding feeding mechanism.
The disengaging driving group includes that disengaging guide rail, disengaging sliding block and disengaging driving cylinder, partition are set by passing in and out sliding block
In on disengaging guide rail, the extension end of disengaging driving cylinder is connect with partition；
First feeding pressure mechanism includes the first material-pressing rack, the first press cylinder and the first pressing plate, the first press cylinder peace
Mounted in the top of the first material-pressing rack, the first pressing plate is connect with the extension end of the first press cylinder；
The evacuation driving assembly includes evacuation guide rail, evacuation sliding block and evacuation cylinder, and evacuation guide rail is located at two sides upper frame
End face outside, the first material-pressing rack by evacuation sliding block sliding evacuation guide rail on, avoid cylinder extension end and the first binder
Frame connection.
The cutting mechanism includes two groups of cutting assemblies for forming 45 degree and -45 degree with processing plane respectively, two groups of cuttings
Component is connected by mounting plate, and every group of cutting assembly includes cutting motor and the saw blade that is connected on cutting motor.It is installing
Two groups of independent cutting assemblies are arranged in the both ends of plate, reduce because of influence of the distance to section steel cutting length between cutting assembly, real
The demand of the different Cutting Length of existing profile.
Two groups of cutting assemblies are respectively Y- cutting assembly and Z- cutting assembly, and Y- cutting assembly includes Y- cutting motor
With Y- saw blade, Z- cutting assembly includes for Z- cutting motor and Z- saw blade.
Two sides upper frame side is opened there are two the cutting openings to match with saw blade, and described two cutting openings form folder
" V " font that angular upper and angle is 90 degree.
Described two cutting openings are respectively Y cutting openings and Z cutting openings, and Y cutting openings and Y- cutting assembly cooperate,
Z cutting openings and Z- cutting assembly cooperate.
The bottom of the mounting plate is equipped with the cutting driving group for driving saw blade to make in cutting openings round-trip cutting movement
Part, the direction of motion of the saw blade and the moving direction of material folding feeding mechanism are perpendicular.
The inner cavity plate to match with cutting openings is equipped on the inside of the two sides upper frame, the inner cavity plate includes two solid
Fixed board and two movable plates, movable plate are located at close to cutting agency side, the both ends of cutting planes respectively with two fixed plates
One end is fixedly connected.
The second feeding pressure mechanism is connected with above described two movable plates, the second feeding pressure mechanism is slidably mounted on upper frame
On, the side of the second feeding pressure mechanism is equipped with the clutch driving assembly for driving movable plate to make relative to fixed plate back and forth movement.
Second feeding pressure mechanism is provided close to the side of cutting agency, and by setting clutch driving assembly, the profile after making cutting with not
The profile of cutting is totally separated from, and the phenomenon that linking is avoided.
Second feeding pressure mechanism includes the second material-pressing rack, the second press cylinder and the second pressing plate, the second press cylinder peace
Mounted in the top of the second material-pressing rack, the second pressing plate is connect with the extension end of the second press cylinder；
The clutch driving assembly includes that separation rail, separation sliding block and separation cylinder, separation rail are located at two sides upper frame
Upper surface, the second material-pressing rack by separation sliding block sliding on separation rail, separate cylinder extension end and the second material-pressing rack
Connection.
Processing end feeding clip mechanism is connected between described two movable plates, processing end feeding clip mechanism includes placement plate, adds
Work end pusher cylinder and slide plate, processing end pusher cylinder is mounted on the outside of placement plate, and drives slide plate activity in placement plate,
Slide plate connect with the extension end of processing end pusher cylinder, slide plate upper surface equipped with for by profile toward the side of movable plate end face side pressure
Briquetting.Before carrying out cutting processing, for processing end pusher cylinder driving slide plate to when activity plate end face activity, side pressing block is past by profile
Activity plate end face is close to making profile be positioned and be compressed on the basis of activity plate end face.
The material folding feeding mechanism includes delivery sheet, feeding side material folding component, feeding side binder component and feeding driving group
Part, protrusive board are located at the side close to processing district and connect with delivery sheet, and feeding side material folding component is located on delivery sheet, feeding side pressure
Material component is located at the top of delivery sheet, and the side of delivery sheet is arranged in feeding driving assembly；
The feeding side material folding component includes material folding support plate, fixed block, material folding plate and material folding cylinder, if fixed block is equipped with
It does a and is evenly arranged in material folding support plate, material folding support plate is arranged on delivery sheet, it is provided with sliding slot among material folding support plate,
Material folding cylinder is located at one end of sliding slot, and pushes material folding plate to reciprocatingly slide in sliding slot by material folding cylinder, material folding plate be equipped with
The material folding block that fixed block is used cooperatively；
The feeding side binder component is provided with two groups comprising feeding side press cylinder and feeding end clamp plate, feeding side
Pressing plate is connect with the extension end of feeding side press cylinder；
The feeding driving assembly includes feeding guide, feeding driving motor, feeding slide and feeding screw mandrel, feeding guide
Set on the two sides of rack and consistent with the activity direction of delivery sheet, delivery sheet is movably arranged on feeding guide and sliding with feeding
Seat connection, feeding driving motor are connect by shaft coupling with feeding screw mandrel.
The cutting agency includes advancing and clamping the take-off assembly of machined profile to processing district and by take-off assembly
The profile of clamping releases the pushing material component at 45 degree of sawing centers.
The take-off assembly includes forward drive unit and catching unit, and forward drive unit is located at the upper of catching unit
Side, catching unit include clamping bracket, fixing clamp, clamping plate and clamping cylinder, and the bottom of clamping bracket, folder is arranged in fixing clamp
The bottom surface of bracket is taken to be provided with clamping notch, in clamping notch, clamping board bottom portion is equipped with to be matched with fixing clamp for clamping plate activity
The activity folder used, the side of clamping cylinder setting clamping plate and the inside for being mounted on clamping bracket, the extension end of clamping cylinder
It is connect with clamping plate；
The forward drive unit includes chassis, forward drive guide rail, advance sliding block and preceding inlet casing, and chassis is located at clamping
The outside of bracket, the inside both ends of the surface for clamping bracket are movably arranged on forward drive guide rail by advance sliding block, preceding inlet casing
Extension end is connect with clamping bracket；
The lower section of the fixing clamp be equipped with for carry process after profile loading floor, pushing material component is located at loading floor
Side, pushing material component includes blanking pusher cylinder and blanking push plate, and blanking push plate is connect with the extension end of blanking pusher cylinder,
The lower section of loading floor is equipped with the lifting cylinder for driving loading floor to be gone up and down between fixing clamp and blanking push plate, rises
The extension end of sending down abnormally ascending cylinder is connect with loading floor.
The beneficial effects of the present invention are: by the way that partition and driving partition disengaging is arranged in the processing district that two sides upper frame is formed
The disengaging driving assembly of processing district, and the evacuation that setting the first feeding pressure mechanism of driving avoids material folding feeding mechanism drive
Component enables the protrusive board connecting with material folding feeding mechanism and processing plane to be directly connected to, and profile can enter as much as possible to be added
It is cut in work area, reduces the loss of tailing.
Detailed description of the invention
Fig. 1 is the stereoscopic schematic diagram one at 45 degree of sawing centers.
Fig. 2 is the stereoscopic schematic diagram two at 45 degree of sawing centers.
Fig. 3 is the enlarged drawing in Fig. 2 at A.
Fig. 4 is the structural schematic diagram one of material folding feeding mechanism.
Fig. 5 is the structural schematic diagram two of material folding feeding mechanism.
Fig. 6 is the top view of processing district.
Fig. 7 is the structural schematic diagram one of processing district.
Fig. 8 is the structural schematic diagram two of processing district.
Fig. 9 is the structural schematic diagram three of processing district.
Figure 10 is the schematic diagram of upper frame, inner cavity plate.
Figure 11 is the second feeding pressure mechanism and the structural schematic diagram one for processing end feeding clip mechanism.
Figure 12 is the second feeding pressure mechanism and the structural schematic diagram two for processing end feeding clip mechanism.
Figure 13 is the structural schematic diagram one of cutting mechanism.
Figure 14 is the structural schematic diagram two of cutting mechanism.
Figure 15 is the main view of cutting agency.
Figure 16 is the perspective view of cutting agency.
Figure 17 is the schematic diagram of catching unit.
In figure: 1, rack, 2, processing plane, 3, cutting mechanism, 4, cutting agency, 1-1, stock support, 1-2, cutting branch
Frame, 1-3, feed end, 1-4, discharge end, 5, upper frame, 6, processing district, 7, material folding feeding mechanism, 71, delivery sheet, 72, feeding side folder
Material component, 721, material folding support plate, 722, fixed block, 723, material folding plate, 724, material folding cylinder, 725, sliding slot, 726, material folding block,
73, feeding side binder component, 731, feeding side press cylinder, 732, feeding end clamp plate, 74, feeding driving assembly, 741, feeding
Guide rail, 742, feeding driving motor, 743, feeding slide, 744, feeding screw mandrel, 8, protrusive board, 9, disengaging driving assembly, 91, disengaging
Guide rail, 92, disengaging sliding block, 93, disengaging driving cylinder, the 10, first feeding pressure mechanism, the 101, first material-pressing rack, the 102, first binder
Cylinder, the 103, first pressing plate, 11, evacuation driving assembly, 111, evacuation guide rail, 112, evacuation sliding block, 113, evacuation cylinder, 12,
Mounting plate, 13, waste material inclined plate, 14, cutting openings, 141, Y cutting openings, 142, Z cutting openings, 15, Y- cutting assembly, 151,
Y- cutting motor, 152, Y- saw blade, 16, Z- cutting assembly, 161, Z- cutting motor, 162, Z- saw blade, 17, cutting driving group
Part, 171, cutting guide rail, 172, cutting driving motor, 173, cutting screw rod, 174, flexible planker, 18, inner cavity plate, 181, fixed
Plate, 182, movable plate, the 19, second feeding pressure mechanism, the 191, second material-pressing rack, the 192, second press cylinder, the 193, second pressing plate,
20, clutch driving assembly, 201, separation rail, 202, separation sliding block, 203, separation cylinder, 21, processing end feeding clip mechanism, 211,
Placement plate, 212, processing end pusher cylinder, 213, slide plate, 214, side pressing block, 22, partition, 41, forward drive unit, 411, bottom
Frame, 412, forward drive guide rail, 413, advance sliding block, 414, preceding inlet casing, 42, catching unit, 421, clamping bracket, 422, solid
Clamp, 423, clamping plate, 424, clamping cylinder, 425, clamping notch, 426, activity folder, 427, step, 43, pushing material component,
431, blanking pusher cylinder, 432, blanking push plate, 44, loading floor, 45, lifting cylinder.
Specific embodiment
Below in conjunction with the accompanying drawings and embodiment the invention will be further described:
It please refers to shown in Fig. 1-Fig. 3, the present invention discloses a kind of 45 degree of sawing centers, including rack 1, processing plane 2, cutting
Mechanism 3 and cutting agency 4, rack 1 include the stock support 1-1 and cutting support 1-2 being arranged in a mutually vertical manner, stock support 1-1
Be respectively equipped with feed end 1-3 and discharge end 1-4 on cutting support 1-2, feed end 1-3, processing plane 2 and discharge end 1-4 match
Conjunction forms profile conveyor surface.
As shown in Fig. 4-Figure 10, the two sides of rack 1 are equipped with upper frame 5, are formed between two sides upper frame 5 for section steel cutting
Processing district 6, processing plane 2 are located in processing district 6, and cutting mechanism 3 is located at the lower section of processing plane 2, and cutting agency 4 is located at processing
The side in area 6.
The other side of processing district 6 is equipped with the material folding feeding mechanism 7 for profile to be sent into processing district 6, material folding feeding mechanism 7
It is connected with the protrusive board 8 that can be protruded into processing district 6 close to one end of processing district 6, material folding feeding mechanism 7 includes delivery sheet 71, send
Expect that end material folding component 72, feeding side binder component 73 and feeding driving assembly 74, protrusive board 8 are located at the side of close processing district 6 simultaneously
It is connect with delivery sheet 71, feeding side material folding component 72 is located on delivery sheet 71, and feeding side binder component 73 is located at delivery sheet 71
The side of delivery sheet 71 is arranged in top, feeding driving assembly 74.
Feeding side material folding component 72 includes material folding support plate 721, fixed block 722, material folding plate 723 and material folding cylinder 724, Gu
Block 722 is determined equipped with several and is evenly arranged in material folding support plate 721, and material folding support plate 721 is arranged on delivery sheet 71, folder
Sliding slot 725 is provided among material support plate 721, material folding cylinder 724 is located at one end of sliding slot 725, and is pushed and pressed from both sides by material folding cylinder 724
Flitch 723 reciprocatingly slides in sliding slot 725, and material folding plate 723 is equipped with the material folding block 726 being used cooperatively with fixed block 722, material folding
Block 726 and fixed block 722 press the two sides of profile jointly, realize the clamping toward profile two sides when 6 feeding of processing district.
Feeding side binder component 73 is provided with two groups comprising feeding side press cylinder 731 and feeding end clamp plate 732 are sent
Material end clamp plate 732 is connect with the extension end of feeding side press cylinder 731.
Feeding driving assembly 74 includes feeding guide 741, feeding driving motor 742, feeding slide 743 and feeding screw mandrel
744, feeding guide 741 is set to the two sides of rotary shafts 1 and consistent with the activity direction of delivery sheet 71, and 71 activity of delivery sheet is set
It sets on feeding guide 741 and is connect with feeding slide 743, feeding driving motor 742 is connected by shaft coupling and feeding screw mandrel 744
It connects.
When feeding, first profile to be processed is put in material folding support plate 721, and be put into material folding block 726 and fixed block
Between 722, pushes material folding plate 723 to promote toward the direction far from material folding cylinder 724 by material folding cylinder 724, make 726 He of material folding block
Fixed block 722 cooperates the two sides for pressing profile jointly, passes through feeding side press cylinder 731 and drives 732 compacting pressing of feeding end clamp plate
The upper surface of material, then feeding side material folding component 72 and feeding side binder component 73 keep the state pressed, by feeding driving group
Part 74 drives delivery sheet 71 to do reciprocal feeding campaign on feeding guide 741.
One end of processing district 6 is equipped with the partition 22 for being located at same level with protrusive board 8, and the side of partition 22, which is equipped with, is used for band
Dynamic dividing plate 22 pass in and out processing district 6 disengaging driving assembly 9, disengaging driving assembly 9 include disengaging guide rail 91, disengaging sliding block 92 and into
Out drive cylinder 93, partition 22 by disengaging sliding block 92 be set to disengaging guide rail 91 on, disengaging driving cylinder 93 extension end with every
Plate 22 connects.
The top of partition 22 is equipped with the first feeding pressure mechanism 10, and the sliding of the first feeding pressure mechanism 10 is set on upper frame 5, the first binder
Mechanism 10 includes the first material-pressing rack 101, the first press cylinder 102 and the first pressing plate 103, and the first press cylinder 102 is mounted on the
The top of one material-pressing rack 101, the first pressing plate 103 are connect with the extension end of the first press cylinder 102.
The side of upper frame 5 is equipped with the evacuation driving assembly for driving the first feeding pressure mechanism 10 evacuation material folding feeding mechanism 7
11.Avoiding driving assembly 11 includes evacuation guide rail 111, evacuation sliding block 112 and evacuation cylinder 113, and evacuation guide rail 111 is located at two sides
The end face outside of upper frame 5, the first material-pressing rack 101 on evacuation guide rail 111, avoid cylinder 113 by the sliding of evacuation sliding block 112
Extension end is connect with the first material-pressing rack 101.
As shown in Figure 13-Figure 14, cutting mechanism 3 includes two groups of cuttings for forming 45 degree and-45 degree with processing plane 2 respectively
Component, two groups of cutting assemblies are connected by mounting plate 12, and every group of cutting assembly includes cutting motor and be connected to cutting motor
On saw blade.Mounting plate 12 both ends be arranged two groups of independent cutting assemblies, reduce because between cutting assembly distance to profile
The demand of the different Cutting Length of profile is realized in the influence of Cutting Length.Processing district 6 is equipped with close to the lower section of discharge end 1-4 and uses
The waste material inclined plate 13 outside fertilizer device for transferring generated when will cut.
Upper frame 5 side in two sides is opened there are two the cutting openings 14 to match with saw blade, and two cutting openings 14 form angle
Upwards and angle is 90 degree " V " font, for the operating principle convenient for elaboration cutting mechanism 3, by two of composition " V " font
Cutting openings 14 are respectively designated as Y cutting openings 141 and Z cutting openings 142, and pass through Y cutting openings 141 and Z cutting
The cutting assembly of opening 142 is respectively designated as Y- cutting assembly 15 and Z- cutting assembly 16, and corresponding Y- cutting assembly 15 includes Y-
Cutting motor 151 and Y- saw blade 152, corresponding Z- cutting assembly 16 includes for Z- cutting motor 161 and Z- saw blade 162.
The bottom of mounting plate 12 is equipped with the cutting driving group for driving saw blade to make in cutting openings 14 round-trip cutting movement
Part 17, cutting driving assembly 17 include cutting guide rail 171, cutting driving motor 172, cutting slide and cutting screw rod 173, cutting
Set on the two sides of cutting support 1-2 and consistent with the activity direction of saw blade, mounting plate 12 is movably arranged on cutting and leads guide rail 171
It is connect on rail 171 and with cutting slide, cutting driving motor 172 is connect by shaft coupling with cutting screw rod 173, the movement of saw blade
Direction and the moving direction of material folding feeding mechanism 7 are perpendicular.The outside for cutting driving assembly 17 is equipped with flexible planker 174, stretches
Planker 174 is stretched with moving for slide of cutting and can play the role of protection.
The center that flexible planker 174 is located at cutting guide rail 171 is zero-bit, and when being cut, processing sequence is as follows:
(1) cutting driving motor 172 drives Y- cutting assembly 15 to move from zero-bit to processing district 6, and from Y cutting openings
141 are pierced by, while Y- cutting motor 151 rotates 45 degree of moldings that Y- saw blade 152 completes first profile one end；
(2) the quick return-to-zero position of Y- cutting assembly 15；
(3) material folding feeding mechanism 7 cut driving motor 172 to 6 feeding of processing district and drive according to length needed for profile
Dynamic Z- cutting assembly 16 is transmitted to processing district 6, and is pierced by from Z cutting openings 142, while Z- cutting motor 161 rotates Z- saw blade
162 complete 45 degree of moldings of first profile other end；
(4) the quick return-to-zero position of Z- cutting assembly 16；
(5) circulation cutting profile is carried out according to the sequence of (1)-(4).
The inside of two sides upper frame 5 is equipped with the inner cavity plate 18 to match with cutting openings 14, and inner cavity plate 18 includes two solid
Fixed board 181 and two movable plates 182, movable plate 182 are located at close to 4 side of cutting agency, and the both ends of cutting planes are respectively with two
One end of a fixed plate 181 is fixedly connected.
As shown in Figure 11-Figure 12, the top of two movable plates 182 is connected with the second feeding pressure mechanism 19, the second swager
Structure 19 is slidably mounted on upper frame 5, and the side of the second feeding pressure mechanism 19 is equipped with for driving movable plate 182 relative to fixed plate
181 make the clutch driving assembly 20 of back and forth movement.Second feeding pressure mechanism 19 is provided close to the side of cutting agency 4, and by setting
Clutch driving assembly 20 is set, the profile after making cutting is totally separated from uncut profile, avoids the phenomenon that linking.
Second feeding pressure mechanism 19 includes the second material-pressing rack 191, the second press cylinder 192 and the second pressing plate 193, the second binder
Cylinder 192 is mounted on the top of the second material-pressing rack 191, and the second pressing plate 193 is connect with the extension end of the second press cylinder 192.
Clutch driving assembly 20 includes separation rail 201, separates sliding block 202 and separate cylinder 203, and separation rail 201
In the upper surface of two sides upper frame 5, the second material-pressing rack 191 on separation rail 201, separates cylinder by the separation sliding of sliding block 202
203 extension end is connect with the second material-pressing rack 191.
Processing end feeding clip mechanism 21 is connected between two movable plates 182, processing end feeding clip mechanism 21 includes placement plate
211, end pusher cylinder 212 and slide plate 213 are processed, processing end pusher cylinder 212 is mounted on the outside of placement plate 211, and drives
213 activity of slide plate is in placement plate 211, and slide plate 213 is connect with the extension end of processing end pusher cylinder 212,213 upper surface of slide plate
Equipped with for the side pressing block 214 by profile toward 182 end face side pressure of movable plate.Before carrying out cutting processing, end pusher cylinder is processed
212 driving slide plates 213 are to when 182 end face activity of movable plate, and side pressing block 214 is by profile toward 182 end face of movable plate close to making profile
It is positioned and is compressed on the basis of 182 end face of movable plate.
As shown in Figure 15-Figure 17, cutting agency 4 include to processing district 6 advance and clamp machined profile take-off assembly,
And the profile of take-off assembly clamping is released to the pushing material component 43 at 45 degree of sawing centers.
Take-off assembly includes forward drive unit 41 and catching unit 42, and forward drive unit 41 is located at catching unit 42
Top, catching unit 42 include clamping bracket 421, fixing clamp 422, clamping plate 423 and clamping cylinder 424, and fixing clamp 422 is arranged
In the bottom of clamping bracket 421, the bottom surface of clamping bracket 421 is provided with clamping notch 425, and 423 activity of clamping plate is in clamping notch
In 425, clamping 423 bottom of plate is equipped with the activity folder 426 being used in combination with fixing clamp 422, the setting clamping plate of clamping cylinder 424
The extension end of 423 side and the inside for being mounted on clamping bracket 421, clamping cylinder 424 is connect with clamping plate 423, clamps plate
423 under the drive of clamping cylinder 424, keeps activity folder 426 close to 422 direction of fixing clamp and presses jointly with fixing clamp 422
The clamping to profile after processing is realized in the two sides of profile after processing.
Fixing clamp 422 and activity folder 426 match, and fixing clamp 422 and activity folder 426 are close to the one of processing district 6
End is equipped with the step 427 being close with profile height, convenient for the profile after clamping processing.
Forward drive unit 41 includes chassis 411, forward drive guide rail 412, advance sliding block 413 and preceding inlet casing 414, bottom
Frame 411 is located at the outside of clamping bracket 421, and the inside both ends of the surface of clamping bracket 421 are movably arranged at advance by advance sliding block 413
It drives on guide rail 412, the extension end of preceding inlet casing 414 is connect with clamping bracket 421, drives clamping branch by preceding inlet casing 414
Sliding of the frame 421 on forward drive guide rail 412 realizes that the clamping to profile after processing acts.
The lower section of fixing clamp 422 be equipped with for carry processing after profile loading floor 44, pushing material component 43 be located at carry
The side of table top 44, pushing material component 43 include blanking pusher cylinder 431 and blanking push plate 432, blanking push plate 432 and blanking pusher
The extension end of cylinder 431 connects, and the lower section of loading floor 44 is equipped with for driving loading floor 44 to push away in fixing clamp 422 and blanking
The extension end of the lifting cylinder 45 gone up and down between plate 432, lifting cylinder 45 is connect with loading floor 44, so that realizing will press from both sides
Profile after taking pushes away 45 degree of sawing centers by blanking push plate 432.In actual operation, often in blanking pusher cylinder 431
Opposite side setting for the profile after processing to be transported the conveyer belt of subsequent processing.
When blanking, loading floor 44 is ejected by lifting cylinder 45, makes upper surface and the fixing clamp 422 of loading floor 44
Lower end surface is located at same level, drives clamping bracket 421 mobile to 6 direction of processing district by preceding inlet casing 414, then clamps
424 drive activity of cylinder presss from both sides 426 to the movement of 422 direction of fixing clamp, and clamping adds under the cooperation of activity folder 426 and fixing clamp 422
Profile after work, then 414 backhaul of preceding inlet casing, 424 backhaul of clamping cylinder, the profile after processing from activity folder 426 and are fixed
The gap of folder 422 is poured on loading floor 44,45 backhaul of lifting cylinder, and loading floor 44 declines and arrives at the one of pushing material component 43
Side, blanking pusher cylinder 431 eject blanking push plate 432, the profile after processing are pushed down conveyer belt.
Using 45 degree of sawing centers of the invention, principle and processing sequence are as follows:
(1) feeding side material is fixed: profile to be processed being put into material folding support plate 721, and is put into 726 He of material folding block
Between fixed block 722, pushes material folding plate 723 to promote toward the direction far from material folding cylinder 724 by material folding cylinder 724, make material folding
Block 726 and fixed block 722 cooperate the two sides for pressing profile jointly, pass through feeding side press cylinder 731 and drive feeding end clamp plate 732
Press the upper surface of profile, then feeding side material folding component 72 and feeding side binder component 73 keep the state pressed；
(2) processing end material is fixed: the holding of partition 22 is protruded into processing district 6, delivery sheet 71, partition 22, processing 2 and of plane
The placement plate 211 of processing end feeding clip mechanism 21 is located in same level, and processing end pusher cylinder 212 drives slide plate 213 to work
The activity of 182 end face of movable plate, side pressing block 214 is by profile toward 182 end face of movable plate close to making profile with 182 end face base of movable plate
Standard is positioned and is compressed, while the first feeding pressure mechanism 10 and the second feeding pressure mechanism 19 compress the upper surface of profile respectively, dual
Under pressing, realize that processing end material is fixed；
(3) cutting processing: Y- cutting assembly 15 and Z- cutting assembly 16 are according to processing sequence progress section steel cutting processing；
(4) profile separates: after the completion of cutting, the second feeding pressure mechanism 19 and processing end feeding clip mechanism 21 keep the shape pressed
State, second feeding pressure mechanism of the driving of clutch driving assembly 20 19 and processing end feeding clip mechanism 21 are mobile toward the direction far from processing district 6,
Profile after making cutting is totally separated from uncut profile, avoids the phenomenon that linking；
(5) cutting of material: the profile after processing carries out blanking under the action of cutting agency 4.
When tailing processing:
(1) avoid: partition 22 exits processing district 6 under the action of passing in and out driving assembly 9, and the first feeding pressure mechanism 10 is avoiding
It is mobile to the direction of the second feeding pressure mechanism 19 under the action of driving assembly 11；
(2) protrusive board 8 enter processing district 6: material folding feeding mechanism 7 toward processing district 6 carry out feeding, and protrusive board 8 proceed to plus
In work area 6, and it is connect with processing plane 2；
(3) drum to be added binder: is carried out by material folding feeding mechanism 7, the second feeding pressure mechanism 19 and processing end feeding clip mechanism 21
The fixation of material；
(4) cutting processing: Y- cutting assembly 15 and Z- cutting assembly 16 are according to processing sequence progress section steel cutting processing；
(5) profile separates: after the completion of cutting, the second feeding pressure mechanism 19 and processing end feeding clip mechanism 21 keep the shape pressed
State, second feeding pressure mechanism of the driving of clutch driving assembly 20 19 and processing end feeding clip mechanism 21 are mobile toward the direction far from processing district 6,
Profile after making cutting is totally separated from uncut profile, avoids the phenomenon that linking；
(6) cutting of material: the profile after processing carries out blanking under the action of cutting agency 4.
By the way that partition is arranged in the processing district that two sides upper frame is formed and drives the disengaging driving assembly of partition disengaging processing district,
And the evacuation driving assembly that setting the first feeding pressure mechanism of driving avoids material folding feeding mechanism, make and material folding feeding mechanism
The protrusive board of connection can and be processed plane and is directly connected to, and profile can be entered in processing district as much as possible and be cut, and reduce tail
The loss of material.
The foregoing is merely presently preferred embodiments of the present invention, is not intended to limit the invention, it is all in spirit of the invention and
Made any modifications, equivalent replacements and improvements within principle, should all fall within the scope and spirit of the invention.
Claims (10)
1. a kind of 45 degree of sawing centers, including rack, processing plane, cutting mechanism and cutting agency, it is characterised in that:
The two sides of the rack are equipped with upper frame, form the processing district for being used for section steel cutting between the upper frame of two sides, process plane position
In in processing district, cutting mechanism is located at the lower section of processing plane, and cutting agency is located at the side of processing district；
The other side of the processing district is equipped with the material folding feeding mechanism for profile to be sent into processing district, and material folding feeding mechanism is close
One end of processing district is connected with the protrusive board that can be protruded into processing district, and one end of processing district, which is equipped with, is located at same level with protrusive board
Partition, the side of partition is equipped with for the disengaging driving assembly with dynamic dividing plate disengaging processing district, and the top of partition is equipped with first
Feeding pressure mechanism, the sliding of the first feeding pressure mechanism are set on upper frame, and the side of upper frame is equipped with for driving the first feeding pressure mechanism evacuation folder
Expect the evacuation driving assembly of feeding mechanism.
2. 45 degree of sawing centers according to claim 1, it is characterised in that: the disengaging driving assembly includes that disengaging is led
Rail, disengaging sliding block and disengaging driving cylinder, partition are set on disengaging guide rail by disengaging sliding block, the extension end of disengaging driving cylinder
It is connect with partition；
First feeding pressure mechanism includes the first material-pressing rack, the first press cylinder and the first pressing plate, and the first press cylinder is mounted on
The top of first material-pressing rack, the first pressing plate are connect with the extension end of the first press cylinder；
The evacuation driving assembly includes evacuation guide rail, evacuation sliding block and evacuation cylinder, and evacuation guide rail is located at the outer of two sides upper frame
Side end face, through the sliding of evacuation sliding block on evacuation guide rail, the extension end and the first material-pressing rack for avoiding cylinder connect the first material-pressing rack
It connects.
3. 45 degree of sawing centers according to claim 1, it is characterised in that: the cutting mechanism include two groups respectively with add
Work plane forms -45 degree and 45 degree of cutting assembly, and two groups of cutting assemblies are connected by mounting plate, and every group of cutting assembly includes cutting
The saw blade for cutting motor and being connected on cutting motor；
Two groups of cutting assemblies are respectively Y- cutting assembly and Z- cutting assembly, and Y- cutting assembly includes Y- cutting motor and Y-
Saw blade, Z- cutting assembly include for Z- cutting motor and Z- saw blade.
4. 45 degree of sawing centers according to claim 3, it is characterised in that: two sides upper frame side open there are two with saw
The cutting openings that piece matches, " V " font that described two cutting openings form angle upwards and angle is 90 degree；
Described two cutting openings are respectively Y cutting openings and Z cutting openings, and Y cutting openings and Y- cutting assembly cooperate, and Z is cut
It cuts open mouth and Z- cutting assembly cooperates.
5. 45 degree of sawing centers according to claim 4, it is characterised in that: the bottom of the mounting plate is equipped with for driving
Saw blade makees the cutting driving assembly of round-trip cutting movement, the direction of motion and the material folding feeding mechanism of the saw blade in cutting openings
Moving direction is perpendicular.
6. 45 degree of sawing centers according to claim 4, it is characterised in that: be equipped with and cut on the inside of the two sides upper frame
The inner cavity plate that mouth matches is cut open, the inner cavity plate includes two fixed plates and two movable plates, and movable plate is located at close to blanking
Mechanism side, the both ends of cutting planes are fixedly connected with one end of two fixed plates respectively.
7. 45 degree of sawing centers according to claim 6, it is characterised in that: be connected with above described two movable plates
Second feeding pressure mechanism, the second feeding pressure mechanism are slidably mounted on upper frame, and the side of the second feeding pressure mechanism is equipped with for driving activity
Plate makees the clutch driving assembly of back and forth movement relative to fixed plate；
Second feeding pressure mechanism includes the second material-pressing rack, the second press cylinder and the second pressing plate, and the second press cylinder is mounted on
The top of second material-pressing rack, the second pressing plate are connect with the extension end of the second press cylinder；
The clutch driving assembly includes that separation rail, separation sliding block and separation cylinder, separation rail are located at the upper of two sides upper frame
End face, through separation sliding block sliding on separation rail, the extension end for separating cylinder is connect the second material-pressing rack with the second material-pressing rack.
8. 45 degree of sawing centers according to claim 7, it is characterised in that: be connected with and add between described two movable plates
Work end feeding clip mechanism, processing end feeding clip mechanism include placement plate, processing end pusher cylinder and slide plate, processing end pusher cylinder installation
In the outside of placement plate, and drive slide plate activity in placement plate, slide plate is connect with the extension end of processing end pusher cylinder, slide plate
Upper surface is equipped with for the side pressing block by profile toward the side pressure of movable plate end face.
9. 45 degree of sawing centers according to claim 1, it is characterised in that: the material folding feeding mechanism include delivery sheet,
Feeding side material folding component, feeding side binder component and feeding driving assembly, protrusive board are located at the side close to processing district and and feeding
Plate connection, feeding side material folding component are located on delivery sheet, and feeding side binder component is located at the top of delivery sheet, feeding driving assembly
The side of delivery sheet is set；
The feeding side material folding component includes material folding support plate, fixed block, material folding plate and material folding cylinder, and fixed block is equipped with several
And be evenly arranged in material folding support plate, material folding support plate is arranged on delivery sheet, and sliding slot, material folding are provided among material folding support plate
Cylinder is located at one end of sliding slot, and pushes material folding plate to reciprocatingly slide in sliding slot by material folding cylinder, and material folding plate is equipped with and fixation
The material folding block that block is used cooperatively；
The feeding side binder component is provided with two groups comprising feeding side press cylinder and feeding end clamp plate, feeding end clamp plate
It is connect with the extension end of feeding side press cylinder；
The feeding driving assembly includes that feeding guide, feeding driving motor, feeding slide and feeding screw mandrel, feeding guide are set to
Two sides of rack and consistent with the activity direction of delivery sheet, delivery sheet are movably arranged on feeding guide and connect with feeding slide
It connects, feeding driving motor is connect by shaft coupling with feeding screw mandrel.
10. 45 degree of sawing centers according to claim 1, it is characterised in that: the cutting agency includes before processing district
Into and clamp machined profile take-off assembly and by take-off assembly clamping profile release 45 degree of sawing centers pusher group
Part；
The take-off assembly includes forward drive unit and catching unit, and forward drive unit is located at the top of catching unit, folder
Taking unit includes clamping bracket, fixing clamp, clamping plate and clamping cylinder, and the bottom of clamping bracket, clamping branch is arranged in fixing clamp
The bottom surface of frame is provided with clamping notch, and in clamping notch, clamping board bottom portion is equipped with to be used in combination with fixing clamp for clamping plate activity
Activity folder, the side of clamping cylinder setting clamping plate is simultaneously mounted on the inside of clamping bracket, the extension end of clamping cylinder and folder
Plate is taken to connect；
The forward drive unit includes chassis, forward drive guide rail, advance sliding block and preceding inlet casing, and chassis is located at clamping bracket
Outside, the inside both ends of the surface for clamping bracket are movably arranged on forward drive guide rail by advance sliding block, the stretching of preceding inlet casing
End is connect with clamping bracket；
The lower section of the fixing clamp be equipped with for carry process after profile loading floor, pushing material component is located at the one of loading floor
Side, pushing material component include blanking pusher cylinder and blanking push plate, and blanking push plate is connect with the extension end of blanking pusher cylinder, carrying
The lower section of table top is equipped with the lifting cylinder for driving loading floor to be gone up and down between fixing clamp and blanking push plate, lifting air
The extension end of cylinder is connect with loading floor.
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| CN201910520659.2A CN110102823B (en) | 2019-06-15 | 2019-06-15 | 45-degree sawing center |
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|---|---|---|---|
| CN201910520659.2A CN110102823B (en) | 2019-06-15 | 2019-06-15 | 45-degree sawing center |
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| CN110102823B CN110102823B (en) | 2020-08-18 |
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| CN110385477A (en) * | 2019-08-13 | 2019-10-29 | 山东世通数控设备有限公司 | A kind of automatic sawing, cutting equipment at 45 degree of angles of aluminum profile |
| CN110587023A (en) * | 2019-08-29 | 2019-12-20 | 山东世通数控设备有限公司 | Machining center for 45-degree-angle automatic cutting of single door and window aluminum-plastic profiles |
| CN110695448A (en) * | 2019-09-29 | 2020-01-17 | 济南德佳机器控股有限公司 | Plastic-aluminum section bar saw cuts equipment |
| CN110695431A (en) * | 2019-09-16 | 2020-01-17 | 西安科技成果转化工程有限公司 | Cutting device for machining |
| CN110744646A (en) * | 2019-10-25 | 2020-02-04 | 苏州时开纽数控装备有限公司 | Material cutting and sawing machine |
| CN111360425A (en) * | 2020-04-16 | 2020-07-03 | 航嘉电器（合肥）有限公司 | Air conditioner window machine screen cloth cutting machine |
| CN112372322A (en) * | 2020-11-05 | 2021-02-19 | 湖南金诚工具有限公司 | Feeding clamping device of sawing machine |
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| CN110385477A (en) * | 2019-08-13 | 2019-10-29 | 山东世通数控设备有限公司 | A kind of automatic sawing, cutting equipment at 45 degree of angles of aluminum profile |
| CN110587023A (en) * | 2019-08-29 | 2019-12-20 | 山东世通数控设备有限公司 | Machining center for 45-degree-angle automatic cutting of single door and window aluminum-plastic profiles |
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| CN110744646A (en) * | 2019-10-25 | 2020-02-04 | 苏州时开纽数控装备有限公司 | Material cutting and sawing machine |
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| CN111360425A (en) * | 2020-04-16 | 2020-07-03 | 航嘉电器（合肥）有限公司 | Air conditioner window machine screen cloth cutting machine |
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