CN206253653U - The horizontal truning fixture of milling machine - Google Patents

The horizontal truning fixture of milling machine Download PDF

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Publication number
CN206253653U
CN206253653U CN201621242706.XU CN201621242706U CN206253653U CN 206253653 U CN206253653 U CN 206253653U CN 201621242706 U CN201621242706 U CN 201621242706U CN 206253653 U CN206253653 U CN 206253653U
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China
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horizontal
level
tool
feed
milling machine
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CN201621242706.XU
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陈泳霖
邱大文
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Moral river machinery limited company
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陈泳霖
邱大文
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Abstract

The utility model provides a kind of horizontal truning fixture of milling machine, a horizontal direction rotary table is set up on the workbench of milling machine, an at least horizontal direction tool feeding unit is then equiped with relative to the position of the rotary table, the tool feeding unit includes first level to feed mechanism and the second level to feed mechanism, the first level to feed mechanism be on the workbench of milling machine with the first driving group and the first slide rail group drive a support plate make first level to displacement, second level drives the base of tool to make the second horizontal direction displacement on the support plate to feed mechanism with the second driving group and the second slide rail group;So, when rotary table clamping band starts building part rotation, process tool is driven to make the cutting of diverse location and different depth to feed mechanism to feed mechanism and the second level using the first level, Machining of Curved Surface is carried out to workpiece in the way of horizontal turning on the workbench of milling machine, and then reaches the benefit for significantly improving processing efficiency and effectively reducing equipment cost.

Description

The horizontal truning fixture of milling machine
Technical field
The utility model be related to it is a kind of in carrying out Machining of Curved Surface to workpiece in the way of horizontal turning on the workbench of milling machine, And then reach the horizontal truning fixture for significantly improving processing efficiency and effectively reducing equipment cost.
Background technology
Press, at present quite popular phone housing, it is all and the song of the arcuation in the curved surface of arcuation that its outer surface is most of Face processing mode is mainly processed using the vertical knee-type milling machine of Numerical Control;Refer to shown in Fig. 1, the Numerical Control it is vertical Milling machine is mainly to be provided with lathe 10 can make the workbench that first level feeds to (X axis) and the second level to (Y-axis) 11, in then workpiece 13 is gripped with a positioning fixture 12 on the workbench 11, allow the workbench 11 to drive workpiece 13 to make First level to (X axis) and the second level to (Y-axis) feeding, another lathe 10 to (Z axis to) in being vertically provided with a column 14, and in the vertical main tapping 15 to (Z axis to) lifting can be made with linear slide rail installing one on the column 14, on the main tapping 15 Then it is equiped with process tool 16, and then the process tool 16 is made lifting displacement and the rotation of high speed of vertical direction (Z axis to) Turn, milling operation is carried out with to the workpiece 13 on workbench 11.When the workpiece 13 on workbench 11 carries out the Machining of Curved Surface of arcuation When, drive the feeding that diverse location is made in the horizontal displacement of workpiece 13 to cut using workbench 11, and main tapping 15 then drives processing knife Tool 16 lifts the feeding cutting that different depth is made in displacements, and then by the mode curved surface that completes to workpiece 13 of Numerical Control milling Processing.But the processing mode, because workpiece 13 is when making to be cut per feeding together, workbench 11 must all drive workpiece 13 Make the horizontal displacement of total travel, therefore process velocity is slowly;Furthermore the mode of milling is also held very much on the surface of workpiece 13 Easily leave tool marks so that the program of polishing and polishing must also be passed through after milling is completed, required roughness can be just obtained, because This phone housing about needs the time of 1 hour to complete to meet required Machining of Curved Surface, in turn results in processing efficiency not Evident situation.
Refer to shown in Fig. 2, if in the side of the column 14 of vertical knee-type milling machine with linear slide rail set up one can make it is vertical to The base of tool 17 of (Z axis to) lifting, then set up on the workbench 11 of milling machine one it is vertical to rotary table 18, for clamping and Drive workpiece 13 to rotate, then Machining of Curved Surface can be made to the workpiece 13 on rotary table 18 in the way of vertical turning, this is vertical The mode of turning is rotated due to workpiece 13 by rotary table 18 so that rotary table 18 for each revolution can be simultaneously right Two opposite side of workpiece 13 are processed, therefore workbench 11 need only drive workpiece 13 to make the horizontal displacement of half trip, and increase and add Work speed, and required roughness is also easily obtained in turning;Although it can improve the shortcoming of milling mode, because of the base of tool 17 Constantly quick with the rotation of workpiece 13 must make the vertical lifting start to (Z axis to), and this is vertical to (Z axis to) Fast lifting start not only easily increases the overarm effect of board because of the inertia of acceleration of gravity, and acceleration of gravity inertia Motor is also easily damaged when acceleration and deceleration high are made, and the ball of the linear slide rail of the base of tool 17 also easily becomes sliding contact, leads Track scratch deformation is caused, and then influences machining accuracy, therefore the vertical turning mode of the milling machine also has its shortcoming and to be improved.
Utility model content
In view of this, the utility model designer satisfies the research and development and making experience for being engaged in relevant industries for many years with it, for Current problem encountered further investigation, research by long-term endeavour with study, grind eventually and create a kind of Horizontal type cart of milling machine Turning device, to be effectively improved existing scarce disadvantage, this is goal of the invention of the present utility model.
To achieve the above object, the technical solution adopted in the utility model is:
A kind of horizontal truning fixture of milling machine, it is arranged on the workbench of the milling machine, it is characterised in that the horizontal turning Device is mainly included:
Rotary table:Horizontal direction is set up on the workbench, for positioning and driving workpiece to rotate;
An at least horizontal direction tool feeding unit:Position horizontal direction relative to the rotary table is set up in the work Make on platform, it is provided with first level to feed mechanism and the second level to feed mechanism, the first level to feed mechanism be The first level of the workbench sets a support plate to the assembling of the first slide rail, and the support plate simultaneously acts first level with the first driving group band To displacement, second level is that the second level on the support plate sets the first cutter to the assembling of the second slide rail to feed mechanism Seat, the first process tool is installed on first base of tool, and first base of tool acts the second horizontal direction with the second driving group band Displacement, makes first process tool carry out horizontal turnery processing to the workpiece of the rotary table on the workbench.
The horizontal truning fixture of described milling machine, wherein, the first level is linear to the first slide rail group of feed mechanism Slide rail group.
The horizontal truning fixture of described milling machine, wherein, the first level is motor to the first driving group of feed mechanism And threaded spindle cap nut group.
The horizontal truning fixture of described milling machine, wherein, second level is linear to the second slide rail group of feed mechanism Slide rail group or contactless slide rail group.
The horizontal truning fixture of described milling machine, wherein, second level is linear to the second driving group of feed mechanism Motor.
The horizontal truning fixture of described milling machine, wherein, the first level is to the second level on the support plate of feed mechanism To the 3rd slide rail group is provided with, to install second base of tool, the second process tool is installed on second base of tool, second base of tool And the second horizontal direction displacement is acted with the 3rd driving group band.
A kind of one of advantage of the present utility model, there is provided the horizontal truning fixture of milling machine, it is on the workbench of milling machine A horizontal direction rotary table is set up, for clamping and driving workpiece to rotate, also relative to the rotation on the workbench of milling machine The position of revolving worktable is then equiped with an at least horizontal direction tool feeding unit, and the tool feeding unit includes first level To feed mechanism and the second level to feed mechanism, to drive process tool to make the cutting of diverse location and different depth;In this way, Can not only increase process velocity in Machining of Curved Surface is carried out to workpiece in the way of horizontal turning on the workbench of milling machine, and Required roughness is also easily obtained in turning, and then reaches the benefit for significantly improving processing efficiency.
A kind of the two of advantage of the present utility model, there is provided the horizontal truning fixture of milling machine, it is the work in original milling machine A horizontal direction rotary table is set up on platform, and is installed in the position on the workbench of milling machine relative to the rotary table There is an at least horizontal direction tool feeding unit, you can in entering to workpiece in the way of horizontal turning on the workbench of original milling machine Row Machining of Curved Surface, and then reach the benefit for effectively reducing equipment cost.
The three of advantage of the present utility model, there is provided the horizontal truning fixture of a kind of milling machine, due to being the workbench in milling machine On Machining of Curved Surface is carried out to workpiece in the way of horizontal turning, can not only avoid the inertia of acceleration of gravity when acceleration and deceleration high are made The increased overarm effect of institute, and the situation for damaging motor and linear slide rail can be prevented effectively from, and then reach and effectively ensure processing essence The benefit of degree and service life.
Brief description of the drawings
Fig. 1 is the schematic diagram () that existing vertical knee-type milling machine is processed to curve surface of workpiece.
Fig. 2 is the schematic diagram (two) that existing vertical knee-type milling machine is processed to curve surface of workpiece.
Fig. 3 is the configuration diagram of the utility model milling machine.
Fig. 4 is the schematic diagram that the utility model is configured on workbench.
Fig. 5 is machining sketch chart of the present utility model (one).
Fig. 6 is machining sketch chart of the present utility model (two).
Fig. 7 is machining sketch chart of the present utility model (three).
Description of reference numerals:[existing part] 10- lathes;11- workbench;12- positioning fixtures;13- workpiece;14- columns; 5- main tappings;16- process tools;The 17- base of tools;18- rotary tables;[the utility model is partly] 20- workbench;21- stands Post;22- main tappings;30- rotary tables;31- the first slide rail groups;32- support plates;34- the second slide rail groups;The base of tools of 35- first; The process tools of 36- first;The slide rail groups of 37- the 3rd;The base of tools of 38- second;The process tools of 39- second;40- workpiece;41- the 3rd adds Work cutter.
Specific embodiment
Further understand to make your juror have the utility model, hereby lift a preferred embodiment and cooperation figure Formula, describes in detail as after:
Refer to shown in Fig. 3, Fig. 4, milling machine is mainly in level to being provided with a workbench 20, and it is vertical to (Z axis to) then It is provided with a column 21, and can makees the vertical main tapping 22 to (Z axis to) lifting in setting one with linear slide rail assembling on the column 21, Then it is available for installing process tool on the main tapping 22;Horizontal truning fixture of the present utility model is mainly arranged at the workbench of milling machine On 20, it is that a horizontal direction rotary table 30 (the 4th axle) is set up on workbench 20, and the rotary table 30 is existing Technology, therefore it will not go into details, and with the clamping position workpiece of rotary table 30 and drives workpiece to rotate, also in the workbench On 20 at least a horizontal direction tool feeding unit, the tool feeding list are then equiped with relative to the position of the rotary table 30 Unit includes first level to feed mechanism and the second level to feed mechanism, and the first level is in milling machine to feed mechanism First level on workbench 20 is to one support plate 32 of installing of the first slide rail group 31, the support plate 32 and with the first driving group (schema Do not show) with action first level to displacement (horizontal displacement of X, Y-axis can be made in itself due to workbench, therefore in the work First level on platform to additional shaft be referred to as V axles), in the present embodiment, the first slide rail group 31 is linear slide rail group, first Driving group is then motor and threaded spindle cap nut group so that motor can drive support plate 32 to be slided along first in drive screw nut block Rail group 31 makees displacement of the first level to (V axial directions).Second level is to the second level that feed mechanism is on the support plate 32 One first base of tool 35 is installed to the second slide rail group 34, is available for installing the first processing knife of turning on first base of tool 35 Tool 36, first base of tool 35 simultaneously acts the second horizontal direction displacement (due to workbench with the second driving group (schema is not shown) band Itself can make the horizontal displacement of X, Y-axis, therefore the second horizontal direction additional shaft on the workbench is referred to as U axles), Yu Benshi Apply in example, the second slide rail group 34 can be linear slide rail group or contactless slide rail group, the contactless slide rail group is, for example, Hydrostatic pressure slide rail group, gas static pressure slide rail group, the slick and frivolous rail group of magnetic, due to when Machining of Curved Surface is made, first base of tool 35 must be Continuously quickly make horizontal displacement in second slide rail group 34, in order to ensure the service life of the second slide rail group 34, second slide rail The preferably mode of group 34 is using contactless slide rail group;In another the present embodiment, second driving group is then linear motor so that Linear motor can drive first base of tool 35 to make displacement of second level to (U axial directions) along the second slide rail group 34.Separately in order to carry For more kinds of processing modes, in the present embodiment, the second level on the support plate 32 with the 3rd slide rail group 37 to can install one Second base of tool 38, is available for installing turning to use or the second boring process tool 39 on second base of tool 38, this second The base of tool 38 simultaneously acts the second horizontal direction displacement with the 3rd driving group (schema is not shown) band, to provide more kinds of processing sides Formula.
Refer to shown in Fig. 5, the utility model is worked as in the clamping position workpiece 40 of horizontal direction rotary table 30 and driven During rotation, the first level of the tool feeding unit can drive support plate 32, first base of tool 35 and the first processing to feed mechanism Cutter 36 makees displacement of the first level to (V axial directions), corresponds to workpiece 40 each different enters to adjust the first process tool 36 To Working position;Second level of the tool feeding unit can then drive first base of tool 35 and the first processing knife to feed mechanism Tool 36 makees displacement of second level to (U axial directions), and identical or different depth is made to workpiece 40 to adjust the first process tool 36 Cutting, such as when workpiece 40 will make the processing of curved surface, formula can be according to the curved surface needed for workpiece 40 in each first level To Working position point define the first process tool 36 in the second horizontal direction motion path, and make the cutting of different depth, So that continuously rapidly to the march facing operation of workpiece 40, the mode of the horizontal turning is because workpiece 40 is by rotary table 30 It is rotated so that two opposite side that rotary table 30 for each revolution can be simultaneously to workpiece 40 are processed, therefore the first water Putting down need only drive the first process tool 36 to make the first level of half trip to (V axial directions) displacement to feed mechanism, you can it is right to complete 40 1 turning of circulation of workpiece, and increase process velocity, and required roughness is also easily obtained in turning, therefore with a hand For machine shell, only about need to complete by the time of 5 minutes to meet required Machining of Curved Surface, and then reach and significantly improve processing The benefit of efficiency.And the utility model can directly set up rotary table 30 and tool feeding list on the workbench of original milling machine Unit, you can carry out Machining of Curved Surface to workpiece in the way of horizontal turning, and then reach the benefit for effectively reducing equipment cost.
Referring again to shown in Fig. 5, the utility model is on workbench 30 to the march of workpiece 40 in the way of horizontal turning Face processes so that the weight of first base of tool 35 and the first process tool 36 all falls in the plane of workbench 30, so when the One base of tool 35 and the first process tool 36 it is continuous rapidly make the second level to (U axial directions) displacement when, it is not only not so-called Overarm effect, and the inertia produced by acceleration of gravity can be also avoided when acceleration and deceleration high are made, and then be prevented effectively from damage The situation of two driving groups and the second slide rail group 34, reaches the benefit for effectively ensuring machining accuracy and service life.
Refer to shown in Fig. 6, when to carry out such as bore operation on the curved surface of workpiece 40, it also may be used the utility model Drive second base of tool 38 to make first level to (V axial directions) displacement from support plate 32, work is corresponded to adjust the second process tool 39 The feeding Working position of part 40, then drive the second process tool 39 to make displacement of second level to (U axial directions) from the 3rd driving group, To carry out the bore operation of required depth to workpiece 40.
Refer to shown in Fig. 7, horizontal truning fixture of the present utility model is arranged on the workbench 20 of milling machine, therefore ought When four sides to workpiece 40 are processed, the horizontal displacement that workbench 20 makees X, Y-axis in itself can also be used, make rotation work Make the displacement of workpiece 40 correspondence on platform 30 to the position of the 3rd process tool 41 on main tapping 22, and the 3rd is driven by main tapping 22 Process tool 41 carries out such as deburring, chamfering or bore operation to the side of workpiece 40, now the conduct of rotary table 30 Indexing rotation use, when workpiece 40 will be changed ipsilateral is not processed when, then using the rotary table 30 drive workpiece 40 Indexing rotation, so that the 3rd process tool 41 on main tapping 22 side different to workpiece 40 is processed.
It is described above to be merely exemplary for the utility model, and nonrestrictive, those of ordinary skill in the art Understand, in the case where spirit and scope defined herein are not departed from, can many modifications may be made, change or equivalent, but all To fall within protection domain of the present utility model.

Claims (6)

1. the horizontal truning fixture of a kind of milling machine, it is arranged on the workbench of the milling machine, it is characterised in that horizontal turning dress Put and mainly include:
Rotary table:Horizontal direction is set up on the workbench, for positioning and driving workpiece to rotate;
An at least horizontal direction tool feeding unit:Position horizontal direction relative to the rotary table is set up in the workbench On, it is provided with first level to feed mechanism and the second level to feed mechanism, and the first level is in the work to feed mechanism Make the first level of platform and set a support plate to the assembling of the first slide rail, the support plate and with the first driving group band action first level to Displacement, second level is that the second level on the support plate sets first base of tool to the assembling of the second slide rail to feed mechanism, The first process tool is installed on first base of tool, first base of tool acts the second horizontal direction position with the second driving group band Move, first process tool is carried out horizontal turnery processing to the workpiece of the rotary table on the workbench.
2. the horizontal truning fixture of milling machine according to claim 1, it is characterised in that the first level is to feed mechanism First slide rail group is linear slide rail group.
3. the horizontal truning fixture of milling machine according to claim 1, it is characterised in that the first level is to feed mechanism First driving group is motor and threaded spindle cap nut group.
4. the horizontal truning fixture of milling machine according to claim 1, it is characterised in that second level is to feed mechanism Second slide rail group is linear slide rail group or contactless slide rail group.
5. the horizontal truning fixture of milling machine according to claim 1, it is characterised in that second level is to feed mechanism Second driving group is linear motor.
6. the horizontal truning fixture of milling machine according to claim 1, it is characterised in that the first level is to feed mechanism The second level on support plate is installed second and is processed to the 3rd slide rail group is provided with, to install second base of tool, on second base of tool Cutter, second base of tool simultaneously acts the second horizontal direction displacement with the 3rd driving group band.
CN201621242706.XU 2016-11-14 2016-11-14 The horizontal truning fixture of milling machine Active CN206253653U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201621242706.XU CN206253653U (en) 2016-11-14 2016-11-14 The horizontal truning fixture of milling machine

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Application Number Priority Date Filing Date Title
CN201621242706.XU CN206253653U (en) 2016-11-14 2016-11-14 The horizontal truning fixture of milling machine

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN112091691A (en) * 2020-11-17 2020-12-18 万鑫精工(湖南)股份有限公司 Novel multifunctional horizontal lathe

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN112091691A (en) * 2020-11-17 2020-12-18 万鑫精工(湖南)股份有限公司 Novel multifunctional horizontal lathe

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Date Code Title Description
GR01 Patent grant
TR01 Transfer of patent right

Effective date of registration: 20170623

Address after: Taichung City, Taiwan, China

Patentee after: Moral river machinery limited company

Address before: Tai Zhongshi

Co-patentee before: Qiu Dawen

Patentee before: Chen Yonglin

TR01 Transfer of patent right