CN209274244U - A kind of full-automatic multi-process cutting machine - Google Patents
A kind of full-automatic multi-process cutting machine Download PDFInfo
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- CN209274244U CN209274244U CN201821794285.0U CN201821794285U CN209274244U CN 209274244 U CN209274244 U CN 209274244U CN 201821794285 U CN201821794285 U CN 201821794285U CN 209274244 U CN209274244 U CN 209274244U
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Abstract
The utility model relates to carpenter's sawing sheet equipment technical fields, more particularly to a kind of full-automatic multi-process cutting machine, including rack and the workbench for being set to frame surface, the rack is located at workbench both ends and is provided with feeding device and blanking device, drive rail is arranged in the rack two sides, transmission is set to the sawing sheet device of drive rail, the sawing sheet device includes laterally being driven mould group, transmission is set to the first lifting driving mould group of laterally transmission mould group, being drivingly connected in the first lifting driving mould group has processing assembly, the processing assembly includes the engraving mould group of at least two groups, engraving mould group, which is independently connected, described in every group has the second lifting to drive mould group；The utility model passes through blanking device automatic blanking using artificial loading to workbench again after processing is completed, while can also realize three groups of simultaneous processings, is processed according to different processing plate, high degree of automation, and processing efficiency and machining accuracy are high.
Description
Technical field
The utility model relates to carpenter's sawing sheet equipment technical fields, more particularly to a kind of full-automatic multi-process cutting machine.
Background technique
Carpenter needs biggish plate being divided into required size and shape during making furniture.It is existing at present
Some plank process equipments using motor drive saw blade processing method processing, this processing method when processing plank, due to
The use of saw blade can only carry out in one direction straight cuts to plank, if it is desired to the plank is cut into fritter, it is also necessary to will
Plank removes plank and carries out changing direction processing again, not only increases the workload of operator in this way, and reduce work
Make efficiency.
In the prior art, Chinese Patent Application No. CN201720407007.4 discloses a kind of plate fitment cutting machine
Automatic loading/unloading adapted device, feeding device including automatic lifting, the drum apparatus and plate blanking machine that can be freely rotated
Lathe bed workbench, be mounted on the Acetabula device at crossbeam rear and be mounted on the pusher dust exhaust apparatus of below the crossbeam, Yi Jipi
Band blanking machine device.Wherein, automatic charging device, Pneumatic suction cup device and pusher dust exhaust apparatus are all to control it by control system
Movement.There is positioning of multiple positioning cylinders for plate around the lathe bed workbench of plate blanking machine.Belt blanking machine be also by
Individual motor and speed reducer drive belt rotation.In practical work process, only need operator by control cabinet to existing
Mechanical device forms automatic loading/unloading integration production procedure by movement, the processing of each control panel with push-button material processing of adjusting,
Centre arranges plate without shutting down.Therefore the utility model is simple, convenient, and practicability is stronger, and reduces personnel's investment,
Production cost is reduced, the labor intensity of operator is also significantly reduced, it is laborsaving and time saving, shopwork efficiency is improved, is increased
Add economic benefit.But its existing deficiency is, cannot be processed according to different plate, integrated automation and applicability compared with
The problems such as difference, machining accuracy is poor, and processing efficiency is lower is solved in the presence of needs.
Utility model content
To solve the above problems, the utility model provide it is a kind of using artificial loading to workbench, lead to again after processing is completed
Blanking device automatic blanking is crossed, while can also realize three groups of simultaneous processings, is processed according to different processing plate, is automated
Degree is high, processing efficiency and the high full-automatic multi-process cutting machine of machining accuracy.
The technical scheme adopted by the utility model is a kind of full-automatic multi-process cutting machine, including rack and it is set to
The workbench of frame surface, the rack are located at workbench both ends and are provided with feeding device and blanking device, the rack two sides
Drive rail is set, and transmission is set to the sawing sheet device of drive rail, and the sawing sheet device includes that laterally transmission mould group, transmission are set
It is placed in the first lifting driving mould group of laterally transmission mould group, being drivingly connected in the first lifting driving mould group has processing assembly, institute
The engraving mould group that processing assembly includes at least two groups is stated, engraving mould group, which is independently connected, described in every group has the second lifting to drive mould
Group.
Further improvement of these options is that positioning module is arranged in the workbench two sides, and the positioning module includes
Several Locating driver seats drive the positioning plate being connected with several Locating driver seats.
Further improvement of these options is that the workbench is vacuum tables, if opening up dry vacuum bothrium, institute
It states vacuum bothrium and is opened in table surface.
Further improvement of these options is that the sawing sheet device is additionally provided with retainer, and the retainer transmission is set
It is placed in drive rail, the laterally transmission mould group is set up in retainer.
Further improvement of these options is that the retainer is also provided with pressing device, and the pressing device includes
Drive seat is compressed, drives the pressure plate being connected with drive seat is compressed.
Further improvement of these options is that engraving mould group described in every group is respectively connected with dust exhaust apparatus.
Further improvement of these options is that the laterally transmission mould group is connected with suction group close to blanking device one end
Part, the suction component include suction driving mould group, are drivingly connected and drive the sucker being connected with suction driving mould group.
Further improvement of these options is that the blanking device includes platform of blanking, uniformly distributed on the platform of blanking
There are several idler wheels, the suction component can follow sawing sheet device to be transmitted in platform of blanking and workbench along drive rail.
The beneficial effects of the utility model are:
In a first aspect, setting rack, workbench, feeding device, blanking device, act on particular by rack and overally supporting
It uses, support effect is good, and easy for installation, feeding device is artificial loading, and feeding is convenient, and feeding device, which is pushed on workbench, to be added
Work, easy to process, workbench facilitates processing fixed plate to use, and setting blanking device is automatic blanking, real after processing is completed
Existing automatic blanking, uses manpower and material resources sparingly；Drive rail is arranged in second aspect, rack two sides, transmission setting sawing sheet in drive rail
Device, the sawing sheet device that can be specifically driven can on a large scale process plate, high in machining efficiency；The third aspect, sawing sheet dress
Install laterally transmission mould group, laterally be driven mould group on transmission setting first lifting driving mould group, particular by drive rail,
Laterally transmission mould group and the first lifting driving mould group form the transmission of tri- axis of XYZ, can further increase the range of work, automate journey
Degree is high, high in machining efficiency, and machining accuracy is high；Fourth aspect is drivingly connected processing assembly in lifting driving mould group, passes through processing
Component realizes the transmission processing of tri- axis of XYZ, the range of work is wide, high in machining efficiency to sheet fabrication；5th aspect, setting at least two
The engraving mould group of group, wherein be arranged side by side using three groups of engraving mould groups, it can be achieved that Carving Machining simultaneously, high in machining efficiency, added
Work precision height is, it can be achieved that a wide range of Carving Machining, can also realize three groups of simultaneous processings, greatly improve processing efficiency；6th aspect,
Every group sculptures die sinking group has been independently arranged the second lifting driving mould group, can specifically be processed according to different processing plate,
And can three group sculptures die sinking groups can distinguish processing sets up, monolithic stability is highly reliable, high degree of automation, processing efficiency and processing
Precision is high.
In the utility model, using artificial loading to workbench, after processing is completed again by blanking device automatic blanking, together
When can also realize three groups of simultaneous processings, processed according to different processing plate, high degree of automation, processing efficiency and processing
Precision is high.
Detailed description of the invention
Fig. 1 is the perspective view of the utility model；
Fig. 2 is the cooperation perspective view of utility model works platform and sawing sheet device；
Fig. 3 is enlarged drawing at the A of Fig. 2.
Appended drawing reference is said: bright cutting machine 100, rack 110, drive rail 111, workbench 120, positioning module 121, positioning
Drive seat 122, positioning plate 123, vacuum bothrium 124, feeding device 130, blanking device 140, platform of blanking 141, idler wheel 142,
Sawing sheet device 150, laterally transmission mould group 151, first lifting driving mould group 152, the engraving lifting driving mould group of mould group 153, second
154, retainer 155, pressing device 156, compression drive seat 157, pressure plate 158, dust exhaust apparatus 160, suction component 170, suction
Material driving mould group 171.
Specific embodiment
The utility model is further described below in conjunction with attached drawing.
As shown in FIG. 1 to 3, a kind of full-automatic multi-process cutting machine 100, including rack 110 and it is set to 110 table of rack
The workbench 120 in face, the rack 110 is located at 120 both ends of workbench and is provided with feeding device 130 and blanking device 140, described
Drive rail 111 is arranged in 110 two sides of rack, and transmission is set to the sawing sheet device 150 of drive rail 111, the sawing sheet device 150
Including being laterally driven mould group 151, transmission is set to the first lifting driving mould group 152 of laterally transmission mould group 151, first lifting
Being drivingly connected in driving mould group 152 has processing assembly, and the processing assembly includes the engraving mould group 153 of at least two groups, every group of institute
Stating engraving mould group 153 and being independently connected has the second lifting to drive mould group 154.
Positioning module 121 is arranged in 120 two sides of workbench, and the positioning module 121 includes several Locating driver seats 122, with
The connected positioning plate 123 of several drivings of Locating driver seat 122, the effect of setting positioning module 121 position plate, guarantee
Machining accuracy drives positioning plate 123 to position plate particular by Locating driver seat 122, and Locating driver seat 122 is cylinder drive
It is dynamic, it is driven using multiple groups cylinder is synchronous, good positioning effect, machining accuracy is high.
Workbench 120 is vacuum tables 120, if opening up dry vacuum bothrium 124, the vacuum bothrium 124 is opened in
Plate is drawn particular by vacuum bothrium 124 and is fixed, reprocessed after fixation by 120 surface of workbench, guarantees the steady of processing
It is qualitative, it prevents from shaking during sheet fabrication, stable fixation is cooperatively formed by vacuum bothrium 124 and positioning module 121
Effect greatly improves machining accuracy.
Sawing sheet device 150 is additionally provided with retainer 155, and the transmission of retainer 155 is set to drive rail 111, described
Laterally transmission mould group 151 is set up in retainer 155, and the effect of setting retainer 155 reinforces the stability of transmission, improves transmission effect
Fruit, specifically in 110 two sides of rack, setting retainer 155 facilitates laterally transmission mould group 151 installation, while also facilitating sawing sheet device
150 pairs of sheet fabrications, high in machining efficiency, processing stability is strong.
Retainer 155 is also provided with pressing device 156, and the pressing device 156 includes compressing drive seat 157, with compression
The connected pressure plate 158 of the driving of drive seat 157, the effect of setting pressing device 156 are that cooperation positioning module 121 is fixed, are used
The effect of drive seat 157 and pressure plate 158 is compressed to plate compact, compression effect is good, and compressing drive seat 157 is cylinder driving,
Guarantee that plate compact effect is good, stability is strong.
Engraving mould group 153 described in every group is respectively connected with dust exhaust apparatus 160, and setting dust exhaust apparatus 160 provides processing environment, protects
Demonstrate,prove machining accuracy.
Laterally transmission mould group 151 is connected with suction component 170 close to 140 one end of blanking device, and the suction component 170 wraps
Suction driving mould group 171 is included, is drivingly connected and drives the sucker 172 being connected with suction driving mould group 171, suction component 170 is set
Effect plate machinery after processing is completed can be drawn, 140 loading and unloading of blanking device are placed into after absorption, in addition, also setting up
The effect of suction driving mould group 171 and sucker 172 is to carrying out blanking, high degree of automation after sheet fabrication.
Blanking device 140 includes platform of blanking 141, is evenly equipped with several idler wheels 142, the suction on the platform of blanking 141
Material component 170 can follow sawing sheet device 150 to be transmitted in platform of blanking 141 and workbench 120 along drive rail 111, specifically adopt
Blanking can be facilitated with idler wheel 142, blanking is high-efficient, high degree of automation, improves working efficiency.
In a first aspect, setting rack 110, workbench 120, feeding device 130, blanking device 140, particular by rack
110 effect integrated support use, and support effect is good, easy for installation, and feeding device 130 is artificial loading, and feeding is convenient, feeding dress
It sets 130 and is pushed on workbench 120 and process, easy to process, workbench 120 facilitates processing fixed plate to use, and setting blanking fills
140 are set as automatic blanking, automatic blanking is realized after processing is completed, uses manpower and material resources sparingly；Second aspect, the setting of rack two sides pass
Guide rail 111 is moved, transmission setting sawing sheet device 150 in drive rail 111, the sawing sheet device 150 that can be specifically driven can be a wide range of
Plate is processed, it is high in machining efficiency；The third aspect, sawing sheet device 150 are arranged laterally transmission mould group 151, are laterally driven mould
The first lifting of transmission setting driving mould group 152 in group 151, particular by drive rail 111, laterally transmission mould group 151 and the
One lifting driving mould group 152 forms the transmission of tri- axis of XYZ, can further increase the range of work, high degree of automation, processing efficiency
Height, machining accuracy are high；Fourth aspect is drivingly connected processing assembly in lifting driving mould group, is added by processing assembly to plate
Work realizes the transmission processing of tri- axis of XYZ, and the range of work is wide, high in machining efficiency；5th aspect, is arranged the engraving mould group of at least two groups
153, wherein be arranged side by side using three groups of engraving mould groups 153, it can be achieved that Carving Machining simultaneously, high in machining efficiency, machining accuracy
Height is, it can be achieved that a wide range of Carving Machining, can also realize three groups of simultaneous processings, greatly improve processing efficiency；6th aspect, every group sculptures
Die sinking group 153 has been independently arranged the second lifting driving mould group 154, can specifically be processed according to different processing plate,
And can three group sculptures die sinking groups 153 can distinguish processing sets up, monolithic stability is highly reliable, high degree of automation, processing efficiency and
Machining accuracy is high.
It is automatic by blanking device 140 again after processing is completed using artificial loading to workbench 120 in the utility model
Blanking, while can also realize three groups of simultaneous processings, it is processed according to different processing plate, high degree of automation, processing effect
Rate and machining accuracy are high.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But it should not be understood as limiting the scope of the patent of the utility model.It should be pointed out that for the common of this field
For technical staff, without departing from the concept of the premise utility, various modifications and improvements can be made, these all belong to
In the protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (8)
1. a kind of full-automatic multi-process cutting machine, it is characterised in that: described including rack and the workbench for being set to frame surface
Rack is located at workbench both ends and is provided with feeding device and blanking device, and drive rail, transmission setting is arranged in the rack two sides
In the sawing sheet device of drive rail, the sawing sheet device includes lateral transmission mould group, and transmission is set to the of lateral transmission mould group
One lifting driving mould group, which, which drives to be drivingly connected in mould group, processing assembly, and the processing assembly includes at least two
The engraving mould group of group, engraving mould group, which is independently connected, described in every group has the second lifting to drive mould group.
2. a kind of full-automatic multi-process cutting machine according to claim 1, it is characterised in that: the workbench two sides setting
Positioning module, the positioning module include several Locating driver seats, drive the positioning plate being connected with several Locating driver seats.
3. a kind of full-automatic multi-process cutting machine according to claim 2, it is characterised in that: the workbench is vacuum work
Make platform, if opening up dry vacuum bothrium, the vacuum bothrium is opened in table surface.
4. a kind of full-automatic multi-process cutting machine according to claim 3, it is characterised in that: the sawing sheet device is also set up
There is retainer, the retainer transmission is set to drive rail, and the laterally transmission mould group is set up in retainer.
5. a kind of full-automatic multi-process cutting machine according to claim 4, it is characterised in that: the retainer is also provided with
Pressing device, the pressing device include compressing drive seat, drive the pressure plate being connected with drive seat is compressed.
6. a kind of full-automatic multi-process cutting machine according to claim 5, it is characterised in that: engraving mould group described in every group is equal
It is connected with dust exhaust apparatus.
7. a kind of full-automatic multi-process cutting machine according to claim 6, it is characterised in that: the laterally transmission mould group is leaned on
Nearly blanking device one end is connected with suction component, and the suction component includes suction driving mould group, is drivingly connected and drives with suction
The connected sucker of mould group driving.
8. a kind of full-automatic multi-process cutting machine according to claim 7, it is characterised in that: under the blanking device includes
Expect platform, several idler wheels are evenly equipped on the platform of blanking, the suction component can follow sawing sheet device to be driven along drive rail
In platform of blanking and workbench.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821794285.0U CN209274244U (en) | 2018-11-01 | 2018-11-01 | A kind of full-automatic multi-process cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821794285.0U CN209274244U (en) | 2018-11-01 | 2018-11-01 | A kind of full-automatic multi-process cutting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209274244U true CN209274244U (en) | 2019-08-20 |
Family
ID=67600015
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821794285.0U Active CN209274244U (en) | 2018-11-01 | 2018-11-01 | A kind of full-automatic multi-process cutting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209274244U (en) |
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2018
- 2018-11-01 CN CN201821794285.0U patent/CN209274244U/en active Active
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