CN206662712U - For lengthening the four-shaft numerically controlled lathe of single-edge spiral milling cutter processing - Google Patents

For lengthening the four-shaft numerically controlled lathe of single-edge spiral milling cutter processing Download PDF

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Publication number
CN206662712U
CN206662712U CN201720035270.5U CN201720035270U CN206662712U CN 206662712 U CN206662712 U CN 206662712U CN 201720035270 U CN201720035270 U CN 201720035270U CN 206662712 U CN206662712 U CN 206662712U
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China
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axis
wheel
electro spindle
milling cutter
emery wheel
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CN201720035270.5U
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Chinese (zh)
Inventor
黄涛
陈文峰
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Guizhou Taihe Superhard Tool Ltd By Share Ltd
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Guizhou Taihe Superhard Tool Ltd By Share Ltd
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Abstract

The utility model discloses a kind of four-shaft numerically controlled lathe for being used to lengthen single-edge spiral milling cutter processing,Including workbench,Workbench is provided with X-axis mechanism,Y-axis mechanism,X-axis mechanism,The side of Y-axis mechanism is provided with Z-axis mechanism,The lower section side of Z-axis mechanism is provided with A axis mechanisms,Board at the nursery support,The board at the nursery side of support is provided with slotted wheel and buffing wheel electro spindle,One end of slotted wheel and buffing wheel electro spindle is provided with cooling unit,Cavity is provided with below cooling unit,Rotation scale is provided with below cavity,The side of slotted wheel and buffing wheel electro spindle is provided with clear side emery wheel and carves floor sand wheel electro spindle,Metal plate hood,Emery wheel,One end of Y-axis mechanism is provided with compressing gasbag,The present apparatus, which can be realized, lengthens single-edge spiral milling cutter all processing and reconditioning,Efficiency high,Product quality is preferable,Cheap four-axle linked formula Digit Control Machine Tool machinery processing unit (plant),So as to realize with the processing tasks of four-axle linked completion 5-shaft linkage numerical control lathe.

Description

For lengthening the four-shaft numerically controlled lathe of single-edge spiral milling cutter processing
Technical field
The production for lengthening single-edge spiral milling cutter processing and reconditioning technical field are the utility model is related to, particularly for lengthening The four-shaft numerically controlled lathe of single-edge spiral milling cutter processing.
Background technology
Numerical control device is that lathe is controlled, and completes the dedicated computer that part is processed automatically.It receives number The information such as the part pattern of word and technological requirement, interpolation operation is carried out according to certain mathematical modeling, it is real with operation result When each coordinates of motion of lathe are carried out with speed and position controls, complete the processing of part.
Numerical control device is the maincenter of Digit Control Machine Tool, typically by input unit, memory, control in general NC lathe Device, arithmetic unit and output device composition, numerical control device receive the information of input medium, and its code is identified, stores, transport Calculate, export corresponding command pulse to drive servo-drive system, and then control machine tool action, in cnc machine tool, due to Computer in itself i.e. containing the said units such as arithmetic unit, controller, therefore the effect of its numerical control device by a computer Lai complete Into.
At present in terms of processing lengthens single-edge spiral milling cutter, the country's also generally existing is difficult to ensure that lengthening single-edge spiral milling cutter Circumference tripping problems, some manufacturers also rely on import five-axle number control machine tool to complete to produce.Therefore, current skill is passed through Art can not also be realized completes the processing tasks of 5-shaft linkage numerical control lathe with four-axle linked, in production link, processing efficiency, production The defects of larger be present, it is necessary to carry out certain improvement for machine tool structure in quality, design standard, manufacturing cost etc..
Utility model content
The purpose of this real utility model is to provide the four-shaft numerically controlled machine tool mechanical for lengthening single-edge spiral milling cutter processing Processing unit (plant), to solve the problems mentioned in the above background technology.
To achieve the above object, the utility model provides following technical scheme:For lengthening single-edge spiral milling cutter processing Four-shaft numerically controlled machine tool mechanical processing unit (plant), including workbench, the lower bottom part of the workbench are provided with foundation leg, the workbench Top be provided with X-axis mechanism, the side of the X-axis mechanism is provided with Y-axis mechanism, and the side of the Y-axis mechanism is provided with A axis mechanisms, A The right side of axis mechanism is provided with support of boarding at the nursery, and the one end for support of boarding at the nursery is connected with A axis mechanisms, and the side of the Y-axis mechanism is provided with Z Axis mechanism, the side of the Z axis mechanisms are provided with compressing gasbag, and compressing gasbag links together with Z-axis mechanism.
Preferably, the right side of the compressing gasbag is provided with rotation scale, and the centre of the rotation scale is provided with cooling Unit, the side of the cooling unit are provided with cavity, and the other end of the cooling unit is provided with slotted wheel and buffing wheel Electro spindle, the bottom of cooling unit are arranged on cavity, are connected with each other by fixed screw.
Preferably, the side of slotted wheel and the buffing wheel electro spindle is provided with metal plate hood, the metal plate hood One end be provided with clear side emery wheel and carve floor sand wheel electro spindle, clear side emery wheel and carve floor sand wheel electro spindle part be arranged on metal plate One end of the inside of golden hood, the clear side emery wheel and quarter floor sand wheel electro spindle is provided with emery wheel, and the emery wheel passes through outside Screw is fixedly connected with clear side emery wheel and quarter floor sand wheel electro spindle.
Preferably, the other end of the metal plate hood is provided with line of cut, and one end of the line of cut is connected with metal plate hood, The other end of line of cut is connected with workbench.
Preferably, the X-axis mechanism, Y-axis mechanism, three linear axis of Z-axis mechanism are installed by mathematical modeling longitudinal stack, A Axis mechanism is fixed on Z-axis mechanism, and each emery wheel group does not do displacement movement.
Preferably, positioned at the lower section of workpiece, emery wheel is located at the top of workpiece, non-interference for the support of boarding at the nursery.
Compared with prior art, the beneficial effects of the utility model are:
It is made up of machining unit A axis mechanisms, X-axis mechanism, Y-axis mechanism, Z-axis mechanism and corresponding servicing unit Link and be equipped with and board at the nursery support to carry out automation processing, so as to complete to lengthen production and the sharpening task of single-edge spiral milling cutter, By the four-axle linked processing tasks for completing 5-shaft linkage numerical control lathe, have and produce reliable and stable, high in machining efficiency, product Quality is up to design requirement, lower-price characteristic.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model;
Fig. 2 is top view of the present utility model.
In figure:1st, X-axis mechanism;2nd, Y-axis mechanism;3rd, Z-axis mechanism;4th, A axis mechanisms;5th, board at the nursery support;6th, slotted wheel with And buffing wheel electro spindle;7th, clear side emery wheel and quarter floor sand wheel electro spindle;8th, protective cover;9th, workbench;10th, foundation leg; 11st, line of cut;12nd, cavity;13rd, compressing gasbag;14th, rotation scale;15th, metal plate hood;16th, cooling unit;17th, emery wheel.
Embodiment
Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme applied to the utility model in example is carried out clearly Chu, it is fully described by, it is clear that described embodiment is only the utility model part of the embodiment, rather than whole realities Apply example.Based on the embodiment in the utility model, those of ordinary skill in the art institute under the premise of creative work is not made The every other embodiment obtained, belong to the scope of the utility model protection.
Referring to Fig. 1, Fig. 2, the utility model provides a kind of technical scheme:One kind is used to lengthen single-edge spiral milling cutter processing Four-shaft numerically controlled machine tool mechanical processing unit (plant), including workbench 9 is provided with foundation leg 10, workbench in the lower bottom part of workbench 9 9 top is provided with X-axis mechanism 1, and the side of X-axis mechanism 1 is provided with Y-axis mechanism 2, and the side of Y-axis mechanism 2 is provided with A axis mechanisms 4, A The right side of axis mechanism 4 is provided with support 5 of boarding at the nursery, and the one end for support 5 of boarding at the nursery is connected with A axis mechanisms 4, is set in the side of Y-axis mechanism 2 There is Z-axis mechanism 3, the side of Z-axis mechanism 3 is provided with compressing gasbag 13, and compressing gasbag 13 links together with Z-axis mechanism 3.
The right side of compressing gasbag 13 is provided with rotation scale 14, and the centre of rotation scale 14 is provided with cooling unit 16, cold But the side of unit 16 is provided with cavity 12, and the other end of cooling unit 16 is provided with slotted wheel and buffing wheel electro spindle 6, cold But the bottom of unit 16 is arranged on cavity 12, is connected with each other by fixed screw.
The side of slotted wheel and buffing wheel electro spindle 6 is provided with metal plate hood 15, and one end of metal plate hood 15 is provided with The part of clear side emery wheel and quarter floor sand wheel electro spindle 7, clear side emery wheel and quarter floor sand wheel electro spindle 7 is arranged on metal plate hood 15 Inside, be provided with emery wheel 17 in clear side emery wheel and the one end for carving floor sand wheel electro spindle 7, emery wheel 17 by the screw in outside with clearly Side emery wheel and quarter floor sand wheel electro spindle 7 are fixedly connected.
The other end of metal plate hood 15 is provided with line of cut 11, and one end of line of cut 11 is connected with metal plate hood 15, line of cut 11 other end is connected with workbench 9, X-axis mechanism 1, Y-axis mechanism 2, and 3 three linear axis of Z-axis mechanism are vertically folded by mathematical modeling Add installation, A axis mechanisms 4 are fixed on Z-axis mechanism 3, and each emery wheel group does not do displacement movement, and support 5 of boarding at the nursery is located under workpiece Side, emery wheel 17 is located at the top of workpiece, non-interference.
3 three X-axis mechanism 1, Y-axis mechanism 2, Z-axis mechanism linear axis are installed by mathematical modeling longitudinal stack, and A axles are indexing Rotary shaft, workpiece indexing rotation can be accommodated, A axis mechanisms 1 are fixed on Z-axis mechanism 3, so that workpiece can be made to do all around The motion of upper and lower six direction, while rotation can also be indexed, emery wheel electro spindle transfixion in lathe work, wherein slotting Then helical angle required for emery wheel and buffing wheel electro spindle 6 can be adjusted in advance is fixed, two emery wheel electro spindles Height to meet that workpiece can be placed in the lower section of emery wheel 17 in the stroke of Z axis mechanisms 3, support of boarding at the nursery 5 is fixed on A axis mechanisms 4 On, the lower section of workpiece is located at, for ensureing that the circumference of workpiece blade is beated, workpiece is respectively positioned under emery wheel 17 during processing Side, such emery wheel 17 and support 5 of boarding at the nursery are non-interference.
A kind of application method for being used to lengthen the four-shaft numerically controlled machine tool mechanical processing unit (plant) of single-edge spiral milling cutter processing, it is special Sign is:Comprise the following steps:
A, 3 three X-axis mechanism 1, Y-axis mechanism 2, Z-axis mechanism linear axis are installed by mathematical modeling longitudinal stack, A axis mechanisms 4 To index rotary shaft, workpiece indexing rotation can be accommodated;
B, A axis mechanisms 4 are fixed on Z-axis mechanism 3, so that workpiece can be made to do all around the fortune of six direction up and down It is dynamic, while rotation can also be indexed;
C, slotted wheel and buffing wheel electro spindle 6, clear side emery wheel and quarter floor sand wheel electro spindle 7 are in lathe work Transfixion, support 5 of boarding at the nursery are used for ensureing the circumference bounce of workpiece blade;
D, in process, cooling unit 16 and cavity 12 can rotate under the drive on lower section chassis, the rotation of lower section The angular dimension of rotation can be adjusted by turning dial 14.
Compared with prior art, the beneficial effects of the utility model are:
By machining unit by A axis mechanisms 4, X-axis mechanism 1, Y-axis mechanism 2, Z-axis mechanism 3 and corresponding servicing unit Composition, which links and is equipped with, boards at the nursery support 5 to carry out automation processing, so as to complete to lengthen production and the sharpening of single-edge spiral milling cutter Task, by the four-axle linked processing tasks for completing 5-shaft linkage numerical control lathe, have and produce reliable and stable, processing efficiency High, product quality is up to design requirement, lower-price characteristic.
While there has been shown and described that embodiment of the present utility model, for the ordinary skill in the art, It is appreciated that these embodiments can be carried out with a variety of changes in the case where not departing from principle of the present utility model and spirit, repaiied Change, replace and modification, the scope of the utility model are defined by the appended claims and the equivalents thereof.

Claims (6)

1. a kind of four-shaft numerically controlled lathe for being used to lengthen single-edge spiral milling cutter processing, including workbench (9), it is characterised in that:Institute The lower bottom part for stating workbench (9) is provided with foundation leg (10), and the top of the workbench (9) is provided with X-axis mechanism (1), the X-axis The side of mechanism (1) is provided with Y-axis mechanism (2), and the side of the Y-axis mechanism (2) is provided with A axis mechanisms (4), the right side of A axis mechanisms (4) Side is provided with support (5) of boarding at the nursery, and the one end for support (5) of boarding at the nursery is connected with A axis mechanisms (4), and the side of the Y-axis mechanism (2) is set There is Z-axis mechanism (3), the side of the Z-axis mechanism (3) is provided with compressing gasbag (13), and compressing gasbag (13) connects with Z-axis mechanism (3) It is connected together.
2. the four-shaft numerically controlled lathe according to claim 1 for being used to lengthen single-edge spiral milling cutter processing, it is characterised in that:Institute The right side for stating compressing gasbag (13) is provided with rotation scale (14), and the centre of the rotation scale (14) is provided with cooling unit (16), the side of the cooling unit (16) is provided with cavity (12), and the other end of the cooling unit (16) is provided with slotted wheel And buffing wheel electro spindle (6), the bottom of cooling unit (16) are arranged on cavity (12), mutually interconnected by fixed screw Connect.
3. the four-shaft numerically controlled lathe according to claim 2 for being used to lengthen single-edge spiral milling cutter processing, it is characterised in that:Institute The side for stating slotted wheel and buffing wheel electro spindle (6) is provided with metal plate hood (15), one end of the metal plate hood (15) Provided with clear side emery wheel and floor sand wheel electro spindle (7) is carved, the part of clear side emery wheel and quarter floor sand wheel electro spindle (7) is arranged on metal plate One end of the inside of golden hood (15), the clear side emery wheel and quarter floor sand wheel electro spindle (7) is provided with emery wheel (17), the emery wheel (17) it is fixedly connected by the screw in outside with clear side emery wheel and quarter floor sand wheel electro spindle (7).
4. the four-shaft numerically controlled lathe according to claim 3 for being used to lengthen single-edge spiral milling cutter processing, it is characterised in that:Institute The other end for stating metal plate hood (15) is provided with line of cut (11), and one end of the line of cut (11) is connected with metal plate hood (15), The other end of line of cut (11) is connected with workbench (9).
5. the four-shaft numerically controlled lathe according to claim 1 for being used to lengthen single-edge spiral milling cutter processing, it is characterised in that:Institute ShuXZhou mechanisms (1), Y-axis mechanism (2), (3) three linear axis of Z-axis mechanism are installed by mathematical modeling longitudinal stack, A axis mechanisms (4) It is fixed on Z-axis mechanism (3), each emery wheel group does not do displacement movement.
6. the four-shaft numerically controlled lathe according to claim 1 for being used to lengthen single-edge spiral milling cutter processing, it is characterised in that:Institute The lower section that support (5) of boarding at the nursery is located at workpiece is stated, emery wheel (17) is located at the top of workpiece, non-interference.
CN201720035270.5U 2017-01-12 2017-01-12 For lengthening the four-shaft numerically controlled lathe of single-edge spiral milling cutter processing Active CN206662712U (en)

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Application Number Priority Date Filing Date Title
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106670815A (en) * 2017-01-12 2017-05-17 贵州泰和超硬工具股份有限公司 Four-axis numerically controlled machine tool for machining lengthened single-blade spiral cutter and using method

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106670815A (en) * 2017-01-12 2017-05-17 贵州泰和超硬工具股份有限公司 Four-axis numerically controlled machine tool for machining lengthened single-blade spiral cutter and using method

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