CN206898902U - A kind of outer rapid and handy tool setting gauge of numerical control machining center machine - Google Patents
A kind of outer rapid and handy tool setting gauge of numerical control machining center machine Download PDFInfo
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- CN206898902U CN206898902U CN201720338772.5U CN201720338772U CN206898902U CN 206898902 U CN206898902 U CN 206898902U CN 201720338772 U CN201720338772 U CN 201720338772U CN 206898902 U CN206898902 U CN 206898902U
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- tool setting
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Abstract
A kind of outer rapid and handy tool setting gauge of numerical control machining center machine is the utility model is related to, it includes base, cutter positioning seat, framework pillar, displacement guider, two-way automatic gap eliminating device, device for detecting length and radius detection means；Cutter positioning seat and framework pillar are separately mounted on base, and displacement guider is arranged on framework pillar, and two-way automatic gap eliminating device, device for detecting length and radius detection means are installed on displacement guider；The utility model does not need external power supply, compact, easy to carry, and 2/3 can be saved the knife time compared with tool setting gauge outside existing machine using the utility model tool setting gauge, improves enterprises production efficiency.
Description
Technical field
It the utility model is related to a kind of outer rapid and handy tool setting gauge of numerical control machining center machine.
Background technology
In machine industry, numerical control machining center can allow processing to become time saving and energy saving, realize full-automatic, scale and specialty
Metaplasia is produced.More and more higher is required to the processing efficiency of numerical control machining center, raising machining center production efficiency, which will not only improve, to be added
Work speed, which will also shorten, takes the lathe time (it is time-consuming to knife to take lathe) to knife, in digital control processing, if grasped to knife
Make incorrect, directly affect the crudy of part, it is also possible to cause cutter to be collided with Digit Control Machine Tool, safe thing occurs
Therefore.The outer tool setting gauge mechanism of existing processing center machine is huge not readily portable, and cutting tools measurement process needs to be repeatedly lifted up gauge head, measurement
The cutter time is longer, while needs external AC power supply and be equipped with special measurement platform, improves measurement cost.If more add
When work center is equipped with a tool setting gauge, it is necessary to repeatedly to measuring the parameters such as tool length, radius on tool setting gauge, when wasting processing
Between, while operating personnel need to remember that substantial amounts of numerical value is input to digital control system again, easily go wrong.Other tool setting gauge is using single
To pretightning force anti-backlash mechanism, when long time use decline pretightning force, influence transmission mechanism precision, cause measurement accuracy to decline.
Utility model content
Technical problem to be solved in the utility model is to provide that a kind of measuring speed is fast, be convenient for carrying and measurement accuracy is high
The outer rapid and handy tool setting gauge of numerical control machining center machine.
The utility model adopts the following technical scheme that：
The utility model include base, cutter positioning seat, framework pillar, displacement guider, two-way automatic gap eliminating device,
Device for detecting length and radius detection means；The cutter positioning seat and framework pillar are separately mounted on base, institute's rheme
Move guider to be arranged on framework pillar, the two-way automatic gap eliminating device, device for detecting length and radius detection means
It is installed on displacement guider.
Device for detecting length described in the utility model includes digital display scale and digital display dial gauge；The digital display scale includes number
Aobvious scale blade and the digital display scale detector on digital display scale blade；Digital display scale blade and digital display the scale inspection
Gauge head is arranged on the outside of framework pillar by connecting plate；The displacement guider includes the axle installed in framework pillar upper and lower ends
Hold, the ball-screw between bearing, the line slideway installed in framework pillar side, leading on line slideway
Rail sliding block, the ball nut mount on guide rail slide block, the micrometering pedestal in ball nut mount, installed in micrometering base
Linear measure longimetry fix bar on the top surface of seat one end and the radius measurement on the bottom surface of linear measure longimetry fix bar one end are fixed
Bar；The linear measure longimetry fix bar is hinged with micrometering pedestal by the first positioning rotation device；The radius measurement fix bar with
Linear measure longimetry fix bar is vertical and is hinged by the second positioning rotation device；The digital display dial gauge includes linear measure longimetry digital display thousand
Divide table and radius measurement digital display dial gauge；The linear measure longimetry digital display dial gauge is arranged in linear measure longimetry fix bar；Described half
Footpath measurement digital display dial gauge is arranged in radius measurement fix bar；Two-way automatic gap eliminating device described in the utility model includes ball
Nut, the first butterfly spring and soket head cap screw；The ball nut includes upper ball nut and lower ball nut；Described first
Butterfly spring includes upper first butterfly spring and lower first butterfly spring；The soket head cap screw includes upper soket head cap screw with
Soket head cap screw；The upper ball nut and lower ball nut are separately mounted to the top and bottom of ball nut mount；On described
First butterfly spring is arranged between upper ball nut and the upper end of ball nut mount, and lower first butterfly spring is arranged on down
Between ball nut and the lower end of ball nut mount；The upper soket head cap screw is arranged in upper ball nut, and described lower interior six
Angle screw is arranged in lower ball nut.
The utility model is identical in the structure of first positioning rotation device and the second positioning rotation device, and it includes peace
Round end soket head cap screw in linear measure longimetry fix bar and radius measurement fix bar, installed in round end soket head cap screw lower end
The second butterfly spring and rotation pad, it is described rotation pad be separately mounted in micrometering pedestal and radius measurement fix bar.
The handwheel that the utility model is connected in framework pillar top installation with ball-screw upper end.
The model of digital display scale described in the utility model：Japanese Mitutoyo, 572-561.
The model of linear measure longimetry digital display dial gauge described in the utility model：Switzerland sylvac, μ s229 905.1505；
The model of radius measurement digital display dial gauge：Switzerland sylvac, μ s229905.1505.
The utility model good effect is as follows：The utility model framework pillar end mounted bearing is used to support ball wire
Thick stick, rotate handwheel and drive ball-screw rotation, driven by ball nut and moved down on ball nut mount and digital display scale detector
It is dynamic to carry out tool length detection coarse adjustment.Digital display dial gauge carries out micrometering, digital display dial gauge pair radius direction to tool length direction
Measure, linear measure longimetry fix bar can carry out 180 degree rotation relative to pedestal 12, and radius measurement fix bar is relative to length
Measure fix bar and carry out 360 degree of rotations, to meet the needs of different measuring conditions, facilitate operator to measure.
The utility model does not need external power supply, compact, easy to carry, can be placed in beside digital control system and measures knife
Have parameter, be not required to configure special measurement platform, as long as providing space of the plane more than base plane 100mm × 200mm can pacify
Put the utility model and measure use, every lathe can be equipped with a tool setting gauge, and outfit cost is low, and intuitive measurement results show
Show, surveyed cutter parameters result directly can be input to digital control system, be less prone to mistake, be not required to independent recording parameters；This reality
With that need not lift gauge head during new measurement, linear measure longimetry fix bar, which rotates an angle not interfered, to be realized
Cutter quick despatch, linear measure longimetry fix bar is turned back into certain angle can carry out the quick measurement simultaneously of tool length, radius, adopt
2/3 can be saved the knife time compared with tool setting gauge outside existing machine with the utility model tool setting gauge, improves enterprises production efficiency, with
Use of the present utility model, ball nut and lower ball spiral shell on the elastic compression of the first disk spring in two-way automatic gap eliminating device
Mother, gap caused by device for detecting length is compensated automatically by the first disk spring, does not influence transmission accuracy, to knife essence
Degree reaches 0.001mm, makes, easy to operate, guarantee part crudy high to knife precision.
Brief description of the drawings
Accompanying drawing 1 is the utility model structure diagram；
Accompanying drawing 2 is the utility model structure left view structural representation；
Accompanying drawing 3 is the two-way automatic gap eliminating device structural representation of the utility model；
Accompanying drawing 4 is the utility model positioning rotation device schematic diagram.
In the accompanying drawings：1 base, 2 framework pillars, 3 bearings, 4 ball-screws, 5 line slideways, 6 guide rail slide blocks, 7 ball spiral shells
Female seat, ball nut, 9 two-way automatic gap eliminating devices, 10 handwheels, 11 digital display scale detectors, 12 micrometering pedestals, 13 first on 8
Positioning rotation device, 14 linear measure longimetry fix bars, 15 linear measure longimetry digital display dial gauges, 16 radius measurement fix bars, 17 second are determined
Position rotating device, 18 radius measurement digital display dial gauges, 19 cutter positioning seats, 20 times ball nuts, 21 digital display scale blades, 22
Connecting plate, 231 first butterfly springs, 232 times the first butterfly springs, soket head cap screw, 242 times soket head cap screws, 25 rotations on 241
Turn pad, 26 round end soket head cap screws, 27 second butterfly springs.
Embodiment
As shown in accompanying drawing 1,2, the utility model includes base 1, cutter positioning seat 19, framework pillar 2, displacement guiding dress
Put, two-way automatic gap eliminating device 9, device for detecting length and radius detection means；The cutter positioning seat 19 and framework pillar 2
It is separately mounted on base 1, the displacement guider is arranged on framework pillar 2, the two-way automatic gap eliminating device 9, length
Degree detection means and radius detection means are installed on displacement guider.Install and roll on the top of framework pillar 2
The handwheel 10 of the upper end of ballscrew 4 connection.
As shown in accompanying drawing 1,2, device for detecting length described in the utility model includes digital display scale, linear measure longimetry digital display thousand divides
Table 15 and radius measurement digital display dial gauge 18；The digital display scale includes digital display scale blade 21 and the digital display scale blade of installation
Digital display scale detector 11 on 21；The digital display scale blade 21 and digital display scale detector 11 are arranged on machine by connecting plate 22
Erect the outside of post 2；The displacement guider include installed in the upper and lower ends of framework pillar 2 bearing 3, installed in bearing 3 it
Between ball-screw 4, the line slideway 5 of the side of installation frame column 2, the guide rail slide block 6 on line slideway 5, installation
Ball nut mount 7 on guide rail slide block 6, the micrometering pedestal 12 in ball nut mount 7, installed in micrometering pedestal 12 1
Linear measure longimetry fix bar 14 on the top surface of end and the radius measurement on one end bottom surface of linear measure longimetry fix bar 14 are fixed
Bar 16；The linear measure longimetry fix bar 14 is hinged with micrometering pedestal 12 by the first positioning rotation device 13；The radius measurement
Fix bar 16 is vertical with linear measure longimetry fix bar 14 and is hinged by the second positioning rotation device 17；The linear measure longimetry digital display thousand
Table 15 is divided to be arranged in linear measure longimetry fix bar 14；The radius measurement digital display dial gauge 18 is arranged on radius measurement fix bar 16
On, handwheel 10 moves up and down scale precision 0.01 with moving base, and accurate measurement is carried out by the digital display dial gauge being connected on pedestal
Precision 0.001, thus referred to as micrometering pedestal.The model of institute's digital display scale：Japanese Mitutoyo, 572-561；The length is surveyed
Measure the model of digital display dial gauge 15：Switzerland sylvac, μ s229 905.1505)；The model of radius measurement digital display dial gauge 18
For：Switzerland sylvac, μ s229 905.1505.
As shown in Figure 3, two-way automatic gap eliminating device 9 described in the utility model includes ball nut, the first butterfly spring
And soket head cap screw；The ball nut includes upper ball nut 8 and lower ball nut 20；First butterfly spring includes upper
First butterfly spring 231 and lower first butterfly spring 232；The soket head cap screw includes upper soket head cap screw 241 and lower interior six
Angle screw 242；The upper ball nut 8 and lower ball nut 20 are separately mounted to the top and bottom of ball nut mount 7；It is described
Upper first butterfly spring 231 is arranged between upper ball nut 8 and the upper end of ball nut mount 7, lower first butterfly spring
232 are arranged between lower ball nut 20 and the lower end of ball nut mount 7；The upper soket head cap screw 241 is arranged on upper ball
In nut 8, the lower soket head cap screw 242 is arranged in lower ball nut 20.
As shown in Figure 4, the utility model is in the positioning rotation device 17 of the first positioning rotation device 13 and second
Structure is identical, it include be arranged on linear measure longimetry fix bar 14 and radius measurement fix bar 16 in round end soket head cap screw 26,
The second butterfly spring 27 and rotation pad 25 installed in the lower end of round end soket head cap screw 26, the rotation pad 25 are pacified respectively
In micrometering pedestal 12 and radius measurement fix bar 16.
Use the utility model measurement process：By tested Cutting tool installation manner in cutter positioning seat 19, rotate handwheel 10 and drive rolling
Ballscrew 4 rotates, and drives ball nut mount 7, connecting plate 24 and digital display scale detector 11 to move up and down by upper ball nut 8
Carry out tool length detection coarse adjustment.Linear measure longimetry fix bar 14 is turned back into position of the certain angle i.e. shown in accompanying drawing 1 to be carried out
Quick measurement, linear measure longimetry digital display dial gauge 15 carry out micrometering, radius measurement to tool length direction simultaneously for tool length, radius
The pair radius direction of digital display dial gauge 18 measures.After having measured tool length radius, linear measure longimetry fix bar 14 is relative to micro-
Survey pedestal 12 and pull position of the angle not interfered with cutter i.e. shown in accompanying drawing 2, cutter quick despatch can be realized, load and unload
During do not need hand lifting linear measure longimetry gauge head, you can realize quick measurement.Linear measure longimetry fix bar 14 is relative to micrometering
Pedestal 12 can carry out 180 degree rotation, and radius measurement fix bar 16 can carry out 360 degree of rotations relative to linear measure longimetry fix bar 14,
To meet the needs of different measuring conditions, operator is facilitated to measure.
The utility model does not need external power supply, compact, easy to carry, can be placed in beside digital control system and measures knife
Have parameter, be not required to configure special measurement platform, as long as providing space of the plane more than base plane 100mm × 200mm can pacify
Put the utility model and measure use, every lathe can be equipped with a tool setting gauge, and outfit cost is low, and intuitive measurement results show
Show, surveyed cutter parameters result directly can be input to digital control system, be less prone to mistake, be not required to independent recording parameters.
Finally illustrate, the foregoing is only preferred embodiment of the present utility model, not limiting this reality
With new, all made within spirit of the present utility model and principle any modification, equivalent substitution or improvement etc., all should include
Within the scope of protection of the utility model.
Claims (7)
1. the outer rapid and handy tool setting gauge of a kind of numerical control machining center machine, it is characterised in that it includes base (1), cutter positioning seat
(19), framework pillar (2), displacement guider, two-way automatic gap eliminating device (9), device for detecting length and radius detection dress
Put；
The cutter positioning seat (19) and framework pillar (2) are separately mounted on base (1), and the displacement guider is arranged on
On framework pillar (2), two-way automatic gap eliminating device (9), device for detecting length and the radius detection means are respectively mounted in place
Move on guider.
A kind of 2. outer rapid and handy tool setting gauge of numerical control machining center machine according to claim 1, it is characterised in that the length
Degree detection means includes digital display scale and digital display dial gauge；
The digital display scale includes digital display scale blade (21) and the digital display scale detection on digital display scale blade (21)
Head (11)；The digital display scale blade (21) and digital display scale detector (11) are arranged on framework pillar (2) by connecting plate (22)
Outside；
The displacement guider includes the bearing (3) installed in framework pillar (2) upper and lower ends, between bearing (3)
Ball-screw (4), the line slideway (5) installed in framework pillar (2) side, guide rail on line slideway (5) slide
Block (6), the ball nut mount (7) on guide rail slide block (6), the micrometering pedestal (12) in ball nut mount (7),
Linear measure longimetry fix bar (14) on the top surface of micrometering pedestal (12) one end and installed in linear measure longimetry fix bar (14)
Radius measurement fix bar (16) on the bottom surface of one end；The linear measure longimetry fix bar (14) is fixed by first with micrometering pedestal (12)
Position rotating device (13) is hinged；The radius measurement fix bar (16) is vertical with linear measure longimetry fix bar (14) and fixed by second
Position rotating device (17) is hinged；
The digital display dial gauge includes linear measure longimetry digital display dial gauge (15) and radius measurement digital display dial gauge (18)；
The linear measure longimetry digital display dial gauge (15) is arranged in linear measure longimetry fix bar (14)；
The radius measurement digital display dial gauge (18) is arranged in radius measurement fix bar (16).
3. the outer rapid and handy tool setting gauge of a kind of numerical control machining center machine according to claim 2, it is characterised in that described double
Include ball nut, the first butterfly spring and soket head cap screw to automatic gap eliminating device (9)；
The ball nut includes upper ball nut (8) and lower ball nut (20)；
First butterfly spring includes upper first butterfly spring (231) and lower first butterfly spring (232)；
The soket head cap screw includes upper soket head cap screw (241) and lower soket head cap screw (242)；
The upper ball nut (8) and lower ball nut (20) are separately mounted to the top and bottom of ball nut mount (7)；It is described
Upper first butterfly spring (231) is arranged between upper ball nut (8) and the upper end of ball nut mount (7), lower first butterfly
Shape spring (232) is arranged between lower ball nut (20) and the lower end of ball nut mount (7)；
The upper soket head cap screw (241) is arranged in upper ball nut (8), and the lower soket head cap screw (242) is arranged on down
In ball nut (20).
4. the outer rapid and handy tool setting gauge of a kind of numerical control machining center machine according to claim 2, it is characterised in that described
First positioning rotation device (13) is identical with the structure of the second positioning rotation device (17), and it includes fixing installed in linear measure longimetry
Round end soket head cap screw (26) in bar (14) and radius measurement fix bar (16), installed in round end soket head cap screw (26) lower end
The second butterfly spring (27) and rotation pad (25), it is described rotation pad (25) be separately mounted to micrometering pedestal (12) and partly
In footpath measurement fix bar (16).
5. the outer rapid and handy tool setting gauge of a kind of numerical control machining center machine according to claim 1, it is characterised in that described
The handwheel (10) that the installation of framework pillar (2) top is connected with ball-screw (4) upper end.
A kind of 6. outer rapid and handy tool setting gauge of numerical control machining center machine according to claim 2, it is characterised in that the number
The model of aobvious scale：Japanese Mitutoyo, 572-561.
A kind of 7. outer rapid and handy tool setting gauge of numerical control machining center machine according to claim 2, it is characterised in that the length
The model of degree measurement digital display dial gauge (15)：Switzerland sylvac, μ s229 905.1505；
The model of radius measurement digital display dial gauge (18)：Switzerland sylvac, μ s229 905.1505.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720338772.5U CN206898902U (en) | 2017-04-01 | 2017-04-01 | A kind of outer rapid and handy tool setting gauge of numerical control machining center machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720338772.5U CN206898902U (en) | 2017-04-01 | 2017-04-01 | A kind of outer rapid and handy tool setting gauge of numerical control machining center machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206898902U true CN206898902U (en) | 2018-01-19 |
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ID=61295375
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720338772.5U Active CN206898902U (en) | 2017-04-01 | 2017-04-01 | A kind of outer rapid and handy tool setting gauge of numerical control machining center machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206898902U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110625438A (en) * | 2019-09-06 | 2019-12-31 | 北京星航机电装备有限公司 | Length tool setting appearance |
| CN111230596A (en) * | 2020-03-14 | 2020-06-05 | 徐州新南湖科技有限公司 | Lathe positioning distance device |
| CN112122954A (en) * | 2020-09-08 | 2020-12-25 | 广东国泰达鸣精密机件有限公司 | Combined knife holder |
-
2017
- 2017-04-01 CN CN201720338772.5U patent/CN206898902U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110625438A (en) * | 2019-09-06 | 2019-12-31 | 北京星航机电装备有限公司 | Length tool setting appearance |
| CN111230596A (en) * | 2020-03-14 | 2020-06-05 | 徐州新南湖科技有限公司 | Lathe positioning distance device |
| CN112122954A (en) * | 2020-09-08 | 2020-12-25 | 广东国泰达鸣精密机件有限公司 | Combined knife holder |
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