CN208921119U - A kind of quick horizontal location measurement servicing unit of lathe tool wear surface - Google Patents
A kind of quick horizontal location measurement servicing unit of lathe tool wear surface Download PDFInfo
- Publication number
- CN208921119U CN208921119U CN201821742897.5U CN201821742897U CN208921119U CN 208921119 U CN208921119 U CN 208921119U CN 201821742897 U CN201821742897 U CN 201821742897U CN 208921119 U CN208921119 U CN 208921119U
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- China
- Prior art keywords
- lathe tool
- expansion bracket
- bracket
- bulb
- housing screw
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Abstract
The utility model relates to a kind of quick horizontal location measurement servicing units of lathe tool wear surface, including lathe tool to place bracket, lathe tool spring clamping fixed structure, level meter expansion bracket, scalable pedestal, bulb clamping structure.Scalable pedestal places bracket with lathe tool and is connected by bulb, and lathe tool spring clamping fixed structure is located at lathe tool and places on bracket, and level meter expansion bracket is located in the cylindrical receptacle on scalable pedestal, and bulb clamping structure is located at lathe tool and places inside cradle bottom surface.Horizontal inspection surface is found by the adjusting to level meter expansion bracket, only tool wear face need to be tightly attached to level meter tray bottom surface obtains required plan-position.The utility model not only fast can be obtained accurately and meet the horizontal wear surface position that observation requires, and when observing the surface topography of lathe tool wear surface of a collection of equal angular, without to cutter resetting, it is ensured that observe the consistency of data.
Description
Technical field
The utility model belongs to field of machining, is related to a kind of quick horizontal location measurement auxiliary dress of lathe tool wear surface
It sets.
Background technique
During turning steep-pitch thread vibration cutting abrasion research, in order to observe the surface shape of threading tool wear surface
Looks situation can carry out the amplification of multiple using corresponding measuring instrument to wear surface under normal conditions, and it is micro- that this sentences the super depth of field
Mirror measures for the surface topography of thread forming lathe tool wear surface.Because to be observed to thread forming lathe tool wear surface, then
It must assure that thread forming lathe tool wear surface and super depth of field experimental bench keeping parallelism, not can guarantee if having inclination and observe screw thread
The complete surface topography of shaped profile turning cutter wear surface, to not be able to satisfy the requirement of observation.Current common method is by screw thread
Shaped profile turning cutter is placed in experimental bench surface, and filler is placed below cutter, by adjusting the number of filler cutter is ground
Damage face and experimental bench keeping parallelism since whether differentiation tool wear face is parallel with experimental bench are differentiated with range estimation and experience,
If needing constantly to have measured cutter and when the surface topography of the identical a collection of thread forming lathe tool wear surface of measurement angle
It is removed from filler, puts other unmeasured cutters, and then need to be filled adjusting from new to guarantee that cutter is ground for object
Damage face is parallel with experimental bench, and repeatedly, this method is not only unable to satisfy the observation that tool wear face can be parallel to experimental bench
It is required that and re-start to knife adjustment position operation extremely waste time, reduce observed efficiency.It is therefore desirable to design
It is a kind of that tested wear surface can not only be made to obtain quick horizontal location, while a collection of knife identical in observation angle may be implemented
Quick horizontal location measurement servicing unit when tool, without resetting.
Summary of the invention
Technical problems to be solved needed for the utility model are not able to satisfy for existing tool wear face observation method
It is tested the quick horizontal location in tool wear face and in the identical a collection of cutter of observation angle, needs lacking for resetting
Fall into, design it is a kind of can not only make tested wear surface obtain quick horizontal location, reality can be parallel to by meeting tool wear face
The observation requirement of platform is tested, while in the identical a collection of cutter of observation angle, the quick horizontal location without resetting is measured
Auxiliary device.
In order to solve problem above, the utility model uses following technical scheme:
A kind of quick horizontal location measurement servicing unit of lathe tool wear surface, include following five most of structures: lathe tool is placed
Bracket, lathe tool spring clamping fixed structure, level meter expansion bracket, scalable pedestal, bulb clamping structure.
Lathe tool is placed bracket and can be regarded as to be intersected by three mutually perpendicular cuboids, and cutter hub can be made against branch
Three faces of frame obtain X, the positioning of the one-movement-freedom-degree on the tri- rectangular co-ordinate directions Y, Z, wherein limiting Z-direction freedom degree
Cuboid is made of top flap, cradle bottom surface and bottom baffle.Top flap is used to fix in assembly lathe tool spring clamping
When spring in structure, play the role of fixed spring, and connect with cradle bottom surface by housing screw.Bottom baffle is used for
The cylinder sliding block in bulb clamping structure is assembled, when metallic sheath and bulb of cambered surface, makes it obtain the fixed effect of position, and
It is connect by housing screw with cradle bottom surface.
Knife spring clamping fixed structure is made of a clamping patch and two springs, using with elastic clamping function
Clamping patch be close to cutter hub surface so that tested cutter is close to lathe tool and places three planes of bracket not move, obtained X, Y, Z
The constraint of one-movement-freedom-degree on three rectangular co-ordinate directions ensure that position precision when tested cutter carries out angle adjustment.
Level meter expansion bracket is by W-shaped expansion bracket, horizontal cylindrical expansion bracket, air-bubble level, air-bubble level pallet, two
A housing screw, a bolt and a wing nut are constituted, and W-shaped expansion bracket realizes air-bubble level vertical direction height tune
Whole function, horizontal cylindrical expansion bracket realize the angle rotation of air-bubble level and air-bubble level pallet and realize the two axis
To flexible function, air-bubble level realizes that air-bubble level tray bottom plane can be parallel to the function of experimental bench, bubble
Level meter pallet places air-bubble level for clamping, and the bottom surface of air-bubble level is parallel to the bottom of air-bubble level pallet
Face, a bolt, the setting of a wing nut and two housing screws realize horizontal cylindrical expansion bracket angle, stretch
The adjustment clamping function of length and W-shaped expansion bracket length adjustment clamping function.
Scalable pedestal is by vertical cylinder shape expansion bracket, bulb, four paws pedestal, four cylindrical receptacles and a compression
Screw is constituted, and bulb realizes the function that scalable pedestal is connected with bulb clamping structure, and lathe tool can be made to place bracket
Around X, the adjustment of tri- change in coordinate axis direction rotational freedoms of Y, Z, vertical cylinder shape expansion bracket realizes vertical direction and horizontal circle
Circumferential direction lathe tool places the adjustment of backing positions, and housing screw is used for the height of clamping setting circle cylindricality expansion bracket, four paws pedestal
It is embodied as lathe tool and places bracket, lathe tool spring clamping fixed structure, level meter expansion bracket and bulb clamping structure does bottom branch
Support, four cylindrical receptacles realize the installation in four orientation of level meter expansion bracket as needed.
Bulb clamping structure is made of the metallic sheath of a cambered surface, a cylinder sliding block and a housing screw.Cambered surface
The design of metallic sheath be cylinder sliding block and the direct contact squeeze of bulb cause bulb surface in order to prevent destruction, cylinder sliding block
Design be in order to increase when tightening housing screw to the forced area of bulb, so that lathe tool be made to place the better clamping of bracket
Fixed, the design of housing screw is for the fixed position adjusted.
The working principle of the utility model is: device is placed on measuring instrument experiment porch first, adjustment is placed with
The pallet of air-bubble level, by the height to the W-shaped expansion bracket in level meter expansion bracket, horizontal cylinder expansion bracket length and
Its adjustment for rotating angle, even if so that the bubble inside air-bubble level is in level meter scale most middle position and obtains air-bubble
Level tray bottom is in horizontality, tightens two housing screws and wing nut clamping on level meter expansion bracket at this time
Then thread forming lathe tool is placed on the lathe tool with lathe tool spring clutch structure and placed on bracket, due to cutter to be measured by positioning
Wear surface has certain angle, so by the vertical cylinder shape stretching structure on bulb gripping mechanism and pedestal to lathe tool
Cutter on rack carries out the adjustment of spatial position, when the wear surface of tested cutter is just tightly attached to air-bubble level pallet
When bottom, that is, illustrate that being tested knife face at this time is in parallel state with experimental bench, tightens the housing screw of ball head structure, keeps this
Knife face is parallel with measuring instrument experimental bench, the vertical cylinder shape stretching structure in scalable pedestal is adjusted at this time, by tested knife face
It is elevated to suitable observation position as needed, level meter expansion bracket of dismantling can carry out the sight of tool wear surface topography
It surveys.
The advantages of the utility model and the effect reached are to be used as measurement accessory using this device, can be straight by cutter
Tipping be clipped on device and fix its position, can with simple and efficient Cutter wear face carry out angles and positions fine tuning with
The knife face location status with experimental bench level is obtained, so that the surface topography of relatively accurate knife face abrasion is obtained by measurement,
And it avoids when observing and measuring the surface topography of the identical a collection of thread forming lathe tool knife face abrasion of angle, adjustment repeatedly
Each spatial position cutter, using this device only needing that lathe tool placement bracket is once adjusted to suitable position can be into
Observing and measuring for the surface topography of the same knife face abrasion of a collection of threading tool of row equal angular, not only makes knife face and experimental bench
It is parallel, meet observation require, and reduce repeatedly to knife adjustment position time, improve observed efficiency.
Generally speaking, the utility model has the advantages that several following:
1. by thread forming lathe tool to be measured be directly installed on lathe tool place bracket on, be adjusted to required for optimum position into
Row observe and measure it is convenient and efficient, instead of in the past with filler find optimum position method；
2. place the spatial position of bracket by adjusting level meter expansion bracket and lathe tool, conveniently find and experimental bench
The spatial position of parallel tested knife face；
3. when observing and measuring the surface topography of the knife face of thread forming lathe tool of a collection of equal angular abrasion, without repeating
The position angle of aligned cutting tool wear surface, the consistency for observing data are guaranteed；
4. it is more more accurate than the horizontal position that human eye differentiates with the knife face horizontal position that this device obtains, advantageously reduce people
For error.
Detailed description of the invention
Fig. 1 is the quick horizontal location measurement assistant tool structure figure of turning steep-pitch thread lathe tool wear surface.
Fig. 2 is the quick horizontal location measurement accessory front view of turning steep-pitch thread lathe tool wear surface.
Fig. 3 is that lathe tool places bracket and bulb connection schematic diagram.
Fig. 4 is that lathe tool places cradle top baffle arrangement figure.
Fig. 5 is that lathe tool places frame bottom baffle arrangement figure.
Fig. 6 is tested thread forming lathe cutter structure figure.
Its specific label is as follows:
1 places groove for spring, and 2 be clamping paster structure, and 3 place cradle top baffle for lathe tool, and 4 place branch for lathe tool
Frame bottom baffle, 5 be four paws pedestal, and 6 be cylindrical receptacle, and 7 be air-bubble level, and 8 be air-bubble level pallet, and 9 be level
Cylindrical expansion bracket, 10 be level meter expansion bracket housing screw, and 11 be bolt, and 12 be wing nut, and 13 be bulb clamping structure
Housing screw, 14 be W-shaped expansion bracket, and 15 be W-shaped expansion bracket housing screw, and 16 be scalable pedestal housing screw, and 17 be lathe tool
Cradle top baffle housing screw is placed, 18 place frame bottom baffle housing screw for lathe tool, and 19 be bulb, and 20 be vertical
Cylindrical expansion bracket, 21 be the metallic sheath of cambered surface, and 22 be cylinder sliding block, and 23 be spring, and 24 place cradle top baffle for lathe tool
Screw hole, 25 place frame bottom baffle cylindrical hole for lathe tool, and 26 place frame bottom baffle screw hole for lathe tool, and 27 be bracket bottom
Face, 28 be thread forming rake face of turning cutter, and 29 be the right flank of thread forming lathe tool, and 30 be the left back knife face of thread forming lathe tool.
Specific embodiment
1 to 6 pair of the technical solution of the utility model is described further with reference to the accompanying drawing.
A kind of quick horizontal location measurement servicing unit of lathe tool wear surface of the utility model mainly includes five structures: lathe tool
Place bracket, lathe tool spring clamping fixed structure, level meter expansion bracket, scalable pedestal, bulb clamping structure.
Lathe tool is placed bracket and can be regarded as to be intersected by three mutually perpendicular cuboids, and cutter hub can be made against branch
Three faces of frame obtain X, the positioning of the one-movement-freedom-degree on the tri- rectangular co-ordinate directions Y, Z, wherein limiting Z-direction freedom degree
Cuboid is made of top flap 3, cradle bottom surface 27 and bottom baffle 4.Top flap 3 is used in assembly lathe tool spring clamping
When spring 23 in fixed structure, play the role of fixed spring 23, and passes through lathe tool and place cradle top baffle housing screw
17 connect with cradle bottom surface 27.Bottom baffle 4 is used for the cylinder sliding block 22 in assembly bulb clamping structure, the metallic sheath of cambered surface
21 and when bulb 19 so that it is obtained the fixed effect of position, and by lathe tool place frame bottom baffle housing screw 18 with
Cradle bottom surface 27 connects.
Lathe tool spring clamping fixed structure is made of a clamping patch 2 and two springs 23, using with elastic clip
The clamping patch 2 of tight function is close to cutter hub surface, so that tested cutter is close to lathe tool placement three planes of bracket and is not moved, obtains
X, the constraint of the one-movement-freedom-degree on Y, Z tri- rectangular co-ordinate directions, ensure that position when tested cutter carries out angle adjustment
Set precision.
Level meter expansion bracket is by W-shaped groove expansion bracket 14, horizontal cylindrical expansion bracket 9, air-bubble level 7, air-bubble level
Pallet 8, level meter expansion bracket housing screw 10,15, bolts 11 of W-shaped expansion bracket housing screw and a wing nut 12
It constitutes, W-shaped groove expansion bracket 14 realizes that 7 vertical direction function of regulating height thereof of air-bubble level, horizontal cylindrical expansion bracket 9 are realized
The rotation of the angle of air-bubble level 7 and air-bubble level pallet 8 and the two axial stretching function, air-bubble level 7 realize gas
Soaked 8 bottom plane of level pallet can be parallel to experimental bench function, and the bottom surface of air-bubble level 7 is parallel to bubble level
The bottom surface of instrument pallet 8.Air-bubble level pallet 8 places air-bubble level 7, a bolt 11, a wing nut for clamping
12, the setting of level meter expansion bracket housing screw 10 and W-shaped expansion bracket housing screw 15 realizes horizontal cylindrical expansion bracket 9
Angle, the adjustment clamping function and W-shaped expansion bracket 14 of collapsing length highly adjust clamping function.
Scalable pedestal is by 5, four bulb 19, vertical cylinder shape expansion bracket 20, four paws pedestal cylindrical receptacles 6 and one
A scalable pedestal housing screw 16 is constituted, and bulb 19 realizes the function that scalable pedestal is connected with bulb clamping structure,
And lathe tool can be made to place bracket around X, the adjustment of tri- change in coordinate axis direction rotational freedoms of Y, Z, vertical cylinder shape expansion bracket 20
Realize that vertical direction and horizontal circumferencial direction knife of getting on the bus place the adjustment of backing positions, scalable pedestal housing screw 16 is used for
The height of clamping vertical registration cylinder expansion bracket 20, four paws pedestal 5 is embodied as lathe tool placement bracket, lathe tool spring clamping is fixed
Structure, level meter expansion bracket and bulb clamping structure do bottom support, and four cylindrical receptacles 6 realize level meter as needed
The installation in four orientation of expansion bracket.
Bulb clamping structure is by 21, cylinder sliding blocks 22 of metallic sheath of a cambered surface and a bulb clamping structure pressure
Tight screw 13 is constituted.The design of the metallic sheath 21 of cambered surface is that cylinder sliding block 22 is caused with the direct contact squeeze of bulb 19 in order to prevent
The destruction on 19 surface of bulb, the design of cylinder sliding block 22 are to increase when tightening bulb clamping structure housing screw 13 to ball
First 19 forced area, so that making lathe tool place bracket obtains better clamping fixed effect, bulb clamping structure housing screw
13 design is for the fixed position adjusted.
Main operational steps are as follows: with the surface topography of the super depth-of-field microscope measurement right wear of the tool flank of thread forming lathe tool
For.Device is placed on measuring instrument experiment porch first, adjustment is placed with the air-bubble level pallet of air-bubble level 7
8, by height and 9 length of horizontal cylindrical expansion bracket to the W-shaped expansion bracket 14 in air-bubble level expansion bracket and its
The adjustment of angle is rotated, so that the bubble of 7 the inside of air-bubble level is in level meter scale most middle position and makes to bring about the desired sensation at this time
Soaked 8 bottom surface of level pallet is in horizontality, tightens a level meter expansion bracket housing screw 10 on level meter expansion bracket,
W-shaped expansion bracket housing screw 15 and 12 clamping of wing nut positioning place the right flank 29 of tested thread forming lathe tool upwards
It is placed on bracket in the lathe tool with lathe tool spring clutch structure, since the right flank 29 of thread forming lathe tool has certain angle
Degree, thus by the vertical cylinder shape stretching structure 20 on bulb gripping mechanism and pedestal to the cutter on lathe tool rack into
The adjustment of row spatial position illustrates when the right flank 29 of tested cutter is just tightly attached to the bottom surface of air-bubble level pallet 8
It is tested the right flank 29 of cutter at this time and is in parallel state with experimental bench, tightens ball head structure housing screw 13, keeps this quilt
It surveys that right flank 29 is parallel with measuring instrument experimental bench, the cylindrical stretching structure 20 in scalable pedestal is adjusted, by tested knife
Have right flank 29 and be elevated to suitable position as needed, level meter expansion bracket of dismantling can be observed, measurement angle
When the surface topography of identical batch of thread forming lathe tool abrasion, it is only necessary to once mix up lathe tool placement backing positions solid
It is fixed, it is not necessarily to resetting, improves observed efficiency, ensure that the consistency of observation data, and use filler instead of previous
To the mode of knife, so that observation experiment is more accurate.
The above is only the preferred embodiment of the utility model only, and however, it is not limited to this, all practical new to this
Type technical solution is modified or replaced equivalently, and without departing from the spirit and scope of the technical scheme of the present invention, should all be contained
It covers in the protection scope of the utility model.
Claims (5)
1. a kind of quick horizontal location measurement servicing unit of lathe tool wear surface, it is characterised in that: place bracket, lathe tool including lathe tool
Spring clamping fixed structure, level meter expansion bracket, scalable pedestal, bulb clamping structure, scalable pedestal and lathe tool place branch
Frame is connected by bulb (19), and lathe tool spring clamping fixed structure is located at lathe tool and places on bracket, and level meter expansion bracket is located at
In cylindrical receptacle (6) on scalable pedestal, bulb clamping structure is located at lathe tool and places inside cradle bottom surface.
2. the quick horizontal location measurement servicing unit of a kind of lathe tool wear surface described in accordance with the claim 1, it is characterised in that: institute
It includes that lathe tool places cradle top baffle (3), lathe tool places frame bottom baffle (4), cradle bottom surface that the lathe tool stated, which places bracket,
(27), the lathe tool places cradle top baffle (3) and the cradle bottom surface (27) and places top of support by four lathe tools
Portion's baffle housing screw (17) connection, the lathe tool are placed frame bottom baffle (4) and are passed through with the cradle bottom surface (27)
Four lathe tools place frame bottom baffle housing screw (18) connection.
3. the quick horizontal location measurement servicing unit of a kind of lathe tool wear surface described in accordance with the claim 1, it is characterised in that: institute
The level meter expansion bracket stated includes W-shaped expansion bracket (14), W-shaped expansion bracket housing screw (15) and level meter expansion bracket housing screw
(10), bolt (11), wing nut (12), horizontal cylindrical expansion bracket (9), air-bubble level pallet (8) and bubble level
Instrument (7), the W-shaped expansion bracket (14) and the horizontal cylindrical expansion bracket (9) by the bolt (11) with it is described
Wing nut (12) be cooperatively connected, the horizontal cylindrical expansion bracket (9) and the air-bubble level pallet (8) are one
The connection of body formula, the air-bubble level (7) are located in the air-bubble level pallet (8), and the two bottom surface is parallel to each other, institute
The W-shaped expansion bracket housing screw (15) stated is located in the screw hole of the W-shaped expansion bracket (14), for W described in clamping fixed
Shape expansion bracket (14), the level meter expansion bracket housing screw (10) are located at the spiral shell of the horizontal cylindrical expansion bracket (9)
Kong Zhong, for horizontal cylindrical expansion bracket (9) described in clamping fixed.
4. the quick horizontal location measurement servicing unit of a kind of lathe tool wear surface described in accordance with the claim 1, it is characterised in that: institute
The scalable pedestal stated includes vertical cylinder shape expansion bracket (20), bulb (19), four paws pedestal (5), four cylindrical receptacles (6)
And a scalable pedestal housing screw (16), wherein the bulb (19) is located at the vertical cylinder shape expansion bracket
(20) bracket is placed around X, the adjustment of tri- change in coordinate axis direction rotational freedoms of Y, Z, the vertical circle for lathe tool in upper end
Cylindrical telescopic frame (20) places the adjustment of bracket vertical direction and horizontal circumferencial direction for the lathe tool, and described stretches
Contracting pedestal housing screw (16) the vertical cylinder shape expansion bracket (20) described for clamping positioning, the four paws pedestal (5) are used
Bottom is done in placing bracket, lathe tool spring clamping fixed structure, level meter expansion bracket and bulb clamping structure for the lathe tool
Portion's support, four cylindrical receptacles (6) are located at described four paws pedestal (5) bottom, flexible for the level meter
Frame carries out the installation in four orientation as needed.
5. the quick horizontal location measurement servicing unit of a kind of lathe tool wear surface described in accordance with the claim 1, it is characterised in that: institute
The bulb clamping structure stated includes metallic sheath (21), cylinder sliding block (22) and the bulb clamping structure housing screw of cambered surface
(13), the metallic sheath (21) of the cambered surface is located on the bulb (19), the bulb clamping structure housing screw
(13) it is located in the screw hole of lathe tool placement bracket and is connected with the cylinder sliding block (22), described cylinder sliding block (22) one end
The metallic sheath (21) of the connection cambered surface, the other end connection bulb clamping structure housing screw (13).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821742897.5U CN208921119U (en) | 2018-10-26 | 2018-10-26 | A kind of quick horizontal location measurement servicing unit of lathe tool wear surface |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821742897.5U CN208921119U (en) | 2018-10-26 | 2018-10-26 | A kind of quick horizontal location measurement servicing unit of lathe tool wear surface |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208921119U true CN208921119U (en) | 2019-05-31 |
Family
ID=66710740
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821742897.5U Expired - Fee Related CN208921119U (en) | 2018-10-26 | 2018-10-26 | A kind of quick horizontal location measurement servicing unit of lathe tool wear surface |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208921119U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109282796A (en) * | 2018-10-26 | 2019-01-29 | 哈尔滨理工大学 | A kind of quick horizontal location measurement accessory of turning steep-pitch thread lathe tool wear surface |
-
2018
- 2018-10-26 CN CN201821742897.5U patent/CN208921119U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109282796A (en) * | 2018-10-26 | 2019-01-29 | 哈尔滨理工大学 | A kind of quick horizontal location measurement accessory of turning steep-pitch thread lathe tool wear surface |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190531 Termination date: 20201026 |