CN2864584Y - Measuring device for two-dimensional machine surface of turnplate type workpiece - Google Patents

Measuring device for two-dimensional machine surface of turnplate type workpiece Download PDF

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Publication number
CN2864584Y
CN2864584Y CN 200520110833 CN200520110833U CN2864584Y CN 2864584 Y CN2864584 Y CN 2864584Y CN 200520110833 CN200520110833 CN 200520110833 CN 200520110833 U CN200520110833 U CN 200520110833U CN 2864584 Y CN2864584 Y CN 2864584Y
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China
Prior art keywords
dimension
board
rotating
type workpiece
measuring equipment
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Expired - Lifetime
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CN 200520110833
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Chinese (zh)
Inventor
洪志明
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ALL HORNG GEAR INDUSTRY Co Ltd
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ALL HORNG GEAR INDUSTRY Co Ltd
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Abstract

The utility model is a measuring apparatus of a rotary-disk work-piece two-dimensional machining surface; the measuring apparatus comprises a machine table, a rotating mechanism and a two-dimensional measuring group. A top of the machine table is provided with an angle-preset top plate which is from a front to the back and up-tilts; the top-plate center is provided with a rotational rotary-disk to load the disk-type work-piece; and the top-plate is provided with the two supporting pieces and a lateral supporting component; a guiding wheel of each supporting piece and a second guiding wheel of the lateral supporting component form the three-point retaining configuration to the work-piece, the work-pieces can rotate coaxially with the rotary-disk; the second measuring group and the second measuring group of the two-dimensional measuring group separately measure the dimensionalities which are parallel and vertical with the top plate of the rotary-disk. The utility model can strengthen the measuring speed and precision.

Description

Rotating disc type workpiece two dimension machined surface measuring equipment
Technical field
The utility model is relevant a kind of rotating disc type workpiece two dimension machined surface measuring equipment, refers to a kind of measuring equipment that can measure the depth of parallelism and the degree of eccentricity of round piece fast especially.
Background technology
Shown in the 5th figure, existing factory is when the depth of parallelism of check round piece 8, be on dull and stereotyped 9 (being price fixing), to put a scale 91, develop by workpiece 8 bottom surfaces and dull and stereotyped 9 end faces and to form reference field, again with the error amount at scale 91 measuring workpieces 8 each position of end face, so that calculate the parallelism error of workpiece 8.But, existing verifier, still must be with artificial turning of work piece 8, owing to manually can't grasp the certain center of workpiece 8 really, so can't make the gauge head 92 of scale 8 contact on the same circumference that all is positioned at its surface with workpiece 8, so must slowly look for its minimum point and peak, and the uneven error amount that is difficult for judging according to this workpiece 8 tops, bottom surface why, and the error ratio of measuring is also higher.In addition, when the QC need of work was inspected by random samples at high proportion, what its time that spends in QC will be very was many, and caused the raising of cost.Therefore if the gauge head 92 of scale 91 is measured, can improve this shortcoming smoothly on the same circumference of workpiece 8 end faces.
In addition,, and must earlier workpiece 8 be clamped on the rotating chuck, then drive workpiece 8 rotations, could come the offset of measuring workpiece with measurer by chuck if want the eccentric error of measuring workpiece 8 just can't to measure by above-mentioned mode.But such its operating process of measurement mode is comparatively complicated, if need inspect by random samples at high proportion the time, what its time that spends in QC will be very is many, and causes the raising of cost, thereby in addition improved necessity is arranged.
Summary of the invention
The purpose of this utility model is to be to solve the above problems and a kind of rotating disc type workpiece two dimension machined surface measuring equipment is provided.
For achieving the above object, the utility model is taked following design proposal:
A kind of rotating disc type workpiece two dimension machined surface measuring equipment, it is to be arranged at rotating mechanism on the board by a board,, and a two-dimentional measurement group forms, and it is characterized in that:
The top of this board has the top board of a predetermined oblique angle, has a containing hole that runs through on this top board, this top board is respectively equipped with a supporter movably than downside in containing hole two sides, this two supporter is respectively equipped with a guide wheel that is movable to containing hole top, and this top board upper side is pivoted with a side direction that contacts with guide wheel for pushing and pressing worker outer rim and pushes against member;
This two dimension measurement group has one and supplies to measure the first measurement group and of the dimension that is parallel to the rotating disk end face for the second measurement group of amount perpendicular to the dimension of rotating disk end face.
The top board of this board has a location screw respectively in two side anterior position of containing hole, and with a bolt supporter, this supporter has an elongated slot to this two positioning screw hole respectively.
The apical margin of the containing hole of this board has a large-diameter portion for this lining setting.
This rotating mechanism has in the containing hole of being located at board and is the lining of annular, this lining apical margin has an articulated section than large diameter, and this lining bottom surface has splendid true Pingdu, in addition the articulated section is pivoted with a rotating disk that is driven by a gear motor, and the bottom surface, top of this rotating disk has the splendid depth of parallelism.
The sleeve of this rotating mechanism is installed with one for the positioning disk of fixing this gear motor.
The gear motor rotating shaft of this rotating mechanism is combined with a driving gear, and this driving gear is incorporated in the scallop that rotating disk bottom had, and drives this dial rotation by this gear motor.
This side direction pushes against and is provided with a torsionspring between member and the top board, and the in addition end that this side direction pushes against member is pivoted with one second guide wheel, and the elastic force by this torsionspring drives side direction and pushes against member and pivot toward center of turntable.
This first measurement group has is located at first pole of board top board than downside, this first pole is to extend from bottom to top, and this first pole is gone up first cross bar in conjunction with a usable rotational direction and high and low position, then articulate on this first cross bar in conjunction with one first scale, this first scale is protruding with one for first gauge head that measures the dimension that is parallel to the rotating disk end face;
This second measurement group has second pole of being located at board top board upper side, this second pole is to extend from bottom to top, and this second pole is gone up second cross bar in conjunction with a usable rotational direction and high and low position, then in conjunction with one second scale, this second scale is protruding with one for second gauge head that measures perpendicular to the dimension of rotating disk end face on this second cross bar.
The utility model has the advantages that:
Measuring error reduces, and is easy to calculate eccentric error, significantly saves the time of QC testing, saves cost.
Description of drawings
Fig. 1 is a stereo appearance figure of the present utility model
Fig. 2 is a partial schematic sectional view of the present utility model
Fig. 3 is that the utility model side direction pushes against member cross-sectional schematic partly
Fig. 4 is the user mode synoptic diagram that the utility model measures work
Fig. 5 is a device synoptic diagram of commonly using the measuring workpiece depth of parallelism
Embodiment
See also Fig. 1 to Fig. 4, person shown in the figure is the structure of the selected embodiment of the utility model, and this only uses for explanation, is not subjected to the restriction of this kind structure in patented claim.
Rotating disc type workpiece two dimension machined surface measuring equipment of the present utility model comprises:
One board 1, it generally is a rectangular box, left and right two sides of this board 1 have leader 11 respectively, the top of this board 1 has one by behind the forward direction and the top board 12 of the predetermined angular that is inclined upwardly, be penetrated with a circular containing hole 121 on this top board 12, the apical margin of this containing hole 121 is formed with a large-diameter portion 122.
Two sides of this containing hole 121 have a location screw 13 respectively, this two positioning screw hole 13 is respectively with the fixing supporter 15 of bolt 14, having elongated slot 16 on this two supporter 15 passes for bolt 14, and the end of this two supporter 15 is respectively equipped with the guide wheel 17 of a parallel top board, moreover, the rearward position of this top board 12 is pivoted with a side direction and pushes against member 18, in this example, this side direction pushes against and is provided with a torsionspring 181 between member 18 and the top board 12, and the free ending pivot that this side direction pushes against member 18 is provided with one second guide wheel 19.
One rotating mechanism 2, it has an annular and is fixed in lining 21 in the containing hole 121, these lining 21 apical margins have an articulated section 211 than large diameter, the bottom of this articulated section 211 has splendid true Pingdu, the bottom of this lining 21 is fixed with the positioning disk 22 of a circle, the bottom of this positioning disk 22 then fix one be positioned at board 1 gear motor 23, this gear motor 23 has a rotating shaft 24 that is upward through positioning disk 22,24 of this rotating shafts link unification driving gear 25, and this driving gear 25 is that a scallop 27 that is incorporated into a rotating disk 26 bottoms rotates for driving rotating disk 26, and the top of this rotating disk 26, the bottom surface has the splendid depth of parallelism.
One two-dimentional measurement group 3 has one and supplies to measure the first measurement group 31 and of the dimension that is parallel to rotating disk 26 end faces for the second measurement group 32 of amount perpendicular to the dimension of rotating disk 26 end faces.
This first measurement group 31 has first pole 311 of being located at board 1 top board 12 front sides, this first pole 311 is to extend from bottom to top, and on this first pole 311 in conjunction with first cross bar 312 of a usable rotational direction and high and low position, then articulate on this first cross bar 312 in conjunction with one first scale 313, this first scale 313 is protruding with one first gauge head 314.
This second measurement group 32 has second pole 321 of being located at board 1 top board 12 rear sides, this second pole 321 is to extend from bottom to top, and on this second pole 321 in conjunction with second cross bar 322 of a usable rotational direction and high and low position, then in conjunction with one second scale 323, this second scale 323 is protruding with one second gauge head 324 on this second cross bar 322.
The using method of the utility model measuring equipment is as described below, see also Fig. 4, the workpiece 4 of circle is placed on the rotating disk 26 with its plane, and the position, axle center that makes this workpiece 4 and rotating disk 26 is on same axis, adjust this two supporter 15 again, make this two guide wheel 17 can support two sides of workpiece 4, again this two bolt 6 is screwed, make supporter 15 fixing, and this side direction pushes against elastic force effect meeting that member 18 is subjected to torsionspring 181 and pivots and be butted on workpiece 4 by second guide wheel 19 towards workpiece 4, makes 3 clamp position of this second guide wheel 19 and 4 formation of 17 pairs of workpiece of two guide wheels.
The desire that then first gauge head 314 of first scale 313 of the first measurement group 31 is adjusted to contact workpiece 4 end faces measures the position, and first scale 313 is made zero; The desire that again second gauge head 324 of second scale 323 of the second measurement group 32 is adjusted to contact workpiece 4 peripheries measures the position, and second scale 323 is made zero.
Last start and deceleration motor 23 makes this driving gear 25 drive rotating disk 26 and rotates synchronously, and this moment, this workpiece 4 was also followed rotation.The angle because the top board 12 of this board 1 tilts, and this side direction pushes against member 18 and can be subjected to the elastic force effect of torsionspring 181 and push against workpiece 4 by second guide wheel 19, so, workpiece 4 can move down and be held on by two guide wheels 17 of two supporters 15, and the bottom surface of this workpiece 4 is smooth end faces in rotating disk 26.The more important thing is: the bottom of the articulated section 211 of this lining 21 can be smooth with the bottom surface of rotating disk 26, forms very smooth-going rotation, so can drive workpiece 4 rotations as reference field by the end face with rotating disk 26 and carry out the two dimension measurement.
Therefore, when this workpiece 4 rotates, first gauge head 314 of first scale 313 of the first measurement group 31 can measure on the same circumference of workpiece 4 end faces, so can find out the peak and the extreme lower position of workpiece 4 easily, judges the not parallel direction of bottom surface, workpiece 4 top with this; Moreover when workpiece 4 rotated, second gauge head 324 of second scale 323 of the second measurement group 32 can measure in the periphery of workpiece 4, to measure the eccentric degree of workpiece 4 circumference.Especially carry out at high proportion and during a large amount of QC testing, the user only needs workpiece 4 is put rotating disk 26 one by one, promptly can two dimension measure the parallelism error value and the eccentric error value of structure group 3 measuring workpiece, so just can significantly save the time of QC testing.

Claims (8)

1, a kind of rotating disc type workpiece two dimension machined surface measuring equipment, it is to be arranged at rotating mechanism on the board by a board,, and a two dimension measures and form, and it is characterized in that:
The top of this board has the top board of a predetermined oblique angle, has a containing hole that runs through on this top board, this top board is respectively equipped with a supporter movably than downside in containing hole two sides, this two supporter is respectively equipped with a guide wheel that is movable to containing hole top, and this top board upper side is pivoted with a side direction that contacts with guide wheel for pushing and pressing worker outer rim and pushes against member;
This two dimension measurement group has one and supplies to measure the first measurement group and of the dimension that is parallel to the rotating disk end face for the second measurement group of amount perpendicular to the dimension of rotating disk end face.
2, rotating disc type workpiece two dimension machined surface measuring equipment according to claim 1, it is characterized in that, the top board of this board has a location screw respectively in two side anterior position of containing hole, and with a bolt supporter, this supporter has an elongated slot to this two positioning screw hole respectively.
3, rotating disc type workpiece two dimension machined surface measuring equipment according to claim 1 is characterized in that the apical margin of the containing hole of this board has a large-diameter portion for this lining setting.
4, rotating disc type workpiece two dimension machined surface measuring equipment according to claim 1, it is characterized in that, this rotating mechanism has in the containing hole of being located at board and is the lining of annular, this lining apical margin has an articulated section than large diameter, and this lining bottom surface has true Pingdu, in addition the articulated section is pivoted with a rotating disk that is driven by a gear motor, and the bottom surface, top of this rotating disk has the depth of parallelism.
5, rotating disc type workpiece two dimension machined surface measuring equipment according to claim 4 is characterized in that the sleeve of this rotating mechanism is installed with one for the positioning disk of fixing this gear motor.
6, rotating disc type workpiece two dimension machined surface measuring equipment according to claim 4, it is characterized in that: the gear motor rotating shaft of this rotating mechanism is combined with a driving gear, and this driving gear is incorporated in the scallop that rotating disk bottom had, and drives this dial rotation by this gear motor.
7, rotating disc type workpiece two dimension machined surface measuring equipment according to claim 1, it is characterized in that, this side direction pushes against and is provided with a torsionspring between member and the top board, and the in addition end that this side direction pushes against member is pivoted with one second guide wheel, and the elastic force by this torsionspring drives side direction and pushes against member and pivot toward center of turntable.
8, rotating disc type workpiece two dimension machined surface measuring equipment according to claim 4 is characterized in that:
This first measurement group has is located at first pole of board top board than downside, this first pole is to extend from bottom to top, and this first pole is gone up first cross bar in conjunction with a usable rotational direction and high and low position, then articulate on this first cross bar in conjunction with one first scale, this first scale is protruding with one for first gauge head that measures the dimension that is parallel to the rotating disk end face;
This second measurement group has second pole of being located at board top board upper side, this second pole is to extend from bottom to top, and this second pole is gone up second cross bar in conjunction with a usable rotational direction and high and low position, then in conjunction with one second scale, this second scale is protruding with one for second gauge head that measures perpendicular to the dimension of rotating disk end face on this second cross bar.
CN 200520110833 2005-06-27 2005-06-27 Measuring device for two-dimensional machine surface of turnplate type workpiece Expired - Lifetime CN2864584Y (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN 200520110833 CN2864584Y (en) 2005-06-27 2005-06-27 Measuring device for two-dimensional machine surface of turnplate type workpiece

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN 200520110833 CN2864584Y (en) 2005-06-27 2005-06-27 Measuring device for two-dimensional machine surface of turnplate type workpiece

Publications (1)

Publication Number Publication Date
CN2864584Y true CN2864584Y (en) 2007-01-31

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Application Number Title Priority Date Filing Date
CN 200520110833 Expired - Lifetime CN2864584Y (en) 2005-06-27 2005-06-27 Measuring device for two-dimensional machine surface of turnplate type workpiece

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106289027A (en) * 2015-06-24 2017-01-04 智泰科技股份有限公司 Roundness measuring device and roundness measuring method
CN111551136A (en) * 2020-06-24 2020-08-18 田振龙 Flange plate detection device
CN113916090A (en) * 2021-09-03 2022-01-11 公安部物证鉴定中心 Mechanical hard disk plate deviation measuring device

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106289027A (en) * 2015-06-24 2017-01-04 智泰科技股份有限公司 Roundness measuring device and roundness measuring method
CN111551136A (en) * 2020-06-24 2020-08-18 田振龙 Flange plate detection device
CN113916090A (en) * 2021-09-03 2022-01-11 公安部物证鉴定中心 Mechanical hard disk plate deviation measuring device
CN113916090B (en) * 2021-09-03 2023-12-29 公安部物证鉴定中心 Device for measuring deflection of mechanical hard disk

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C14 Grant of patent or utility model
GR01 Patent grant
CX01 Expiry of patent term

Expiration termination date: 20150627

Granted publication date: 20070131

EXPY Termination of patent right or utility model