CN207123227U - A kind of axially measured slide measure - Google Patents
A kind of axially measured slide measure Download PDFInfo
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- CN207123227U CN207123227U CN201721162896.9U CN201721162896U CN207123227U CN 207123227 U CN207123227 U CN 207123227U CN 201721162896 U CN201721162896 U CN 201721162896U CN 207123227 U CN207123227 U CN 207123227U
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Abstract
The utility model discloses a kind of axially measured slide measure, mainly including main scale, vernier scale, locating clamp plate and connecting plate；Described vernier scale is arranged on main scale, and locating clamp plate is arranged on the right side of vernier scale, is connected on the left of connecting plate with vernier scale left end upper surface, is connected on the right side of connecting plate with locating clamp plate left end upper surface；Described main scale is L-shaped structure, and main scale is made up of transverse slat and riser, and main scale scale is provided with transverse slat, and riser is vertically set on the right-hand member bottom of transverse slat, and the left surface of riser is parallel with right flank, and the bottom of riser is provided with main scale measurement head；By implementation of the present utility model, good using effect is reached：The accurate measurement to the axial length to multi-diameter shaft is realized, positioning is convenient, makes the operation that operating personnel are easier, improves operating personnel's operating efficiency, and adds Production Gain, and production efficiency is greatly improved.
Description
Technical field
It the utility model is related to machine-building measurer field, more particularly to a kind of axially measured slide measure.
Background technology
In machine-building manufacture field, the part of turnery processing has accounted for more than half of whole processing parts, it may be said that
Modern plant equipment turning part has propped up half of the country, and the measurer applied on lathe has a many kinds, including slide measure,
A variety of measurers such as depth gauge rule, external diameter Centigrade scale, dial bore gage, height gauge complete the measurement work of turning jointly, all
Measurer in slide measure be a kind of most widely used measurer, slide measure can be completed to commonly use as a kind of general measurer
Part external diameter, internal diameter, depth and width and measurement of length demand, but the axial length of the multi-diameter shaft in Parts Measurement
When, existing slide measure is not very handy, and the interference of tail stock is often subject to depth gauge rule measurement, and measurement data often goes out
Existing deviation, existing measuring method are：1st, on-line measurement method：In the gap of part processing, the top end face of axle is attached to baffle plate
On, the distance between ladder end face and baffle plate of multi-diameter shaft is measured with the inner diameter measurement termination of slide measure to obtain multi-diameter shaft
Axial length；2nd, depth gauge rule mensuration：Tailstock tool is exited during measurement, then the measurement of axial direction is carried out with depth gauge rule, obtains ladder
The axial length of axle；Both measurements have the following disadvantages：
1 slide measure can not the axial length of direct measurement ladder, can only be by aid（Baffle plate）To enter
OK, use is very inconvenient, and measurement accuracy is poor；
The measurement accuracy of 2 depth gauge rules is higher, but the tailstock of lathe must be retreated and could measured in use, is adding
Work operation is very cumbersome, is not appropriate for on-line measurement；
The problem of in order to overcome existing survey tool cumbersome and inconvenient to the measurement of the axial length of multi-diameter shaft, low precision, it is necessary to
A kind of simple and practical, economic and reliable survey tool, it is existing to solve the problems, such as.
The content of the invention
The utility model proposes a kind of axially measured slide measure, and it can realize the standard to the axial length of multi-diameter shaft
Really measurement, positioning is convenient, makes the operation that operating personnel are easier, while can improve operating personnel's operating efficiency, and carries
The high precision of processing part.
The purpose of this utility model can be adopted the following technical scheme that to realize：
A kind of axially measured slide measure, mainly including main scale, vernier scale, locating clamp plate and connecting plate；Described vernier
Chi is arranged on main scale, and locating clamp plate is arranged on the right side of vernier scale, is connected on the left of connecting plate with vernier scale left end upper surface, even
It is connected on the right side of fishplate bar with locating clamp plate left end upper surface；Described main scale is L-shaped structure, and main scale is made up of transverse slat and riser, horizontal
Main scale scale is provided with plate, riser is vertically set on the right-hand member bottom of transverse slat, and the left surface of riser is parallel with right flank, riser
Bottom be provided with main scale measurement head, main scale measurement head is rectangular block, and the right flank of main scale measurement head is main scale outside diameter measuring face,
Be the axially measured face of main scale on the left of main scale measurement head, the lower right corner of main scale measurement head is provided with chamfering, main scale outside diameter measuring face and
Riser right flank aligns, and the axially measured face of main scale is parallel with main scale outside diameter measuring face.
Described vernier scale is L-shaped structure, and vernier scale is made up of crossfoot plate and perpendicular chi plate, water before the crossfoot plate of vernier scale
It is flat to be provided with crossfoot board slot, crossfoot plate screwed hole is provided with before the downside of crossfoot board slot, is provided with before crossfoot plate screwed hole
Vernier graduation plate, vernier graduation is provided with vernier graduation plate, vernier graduation plate left and right ends are respectively arranged with vernier graduation plate
Through hole, vernier graduation plate through hole and crossfoot plate screwed hole position correspondence, scale plate is provided with vernier graduation plate through hole and fixes spiral shell
Bolt, the rear portion of scale plate fixing bolt are connected with crossfoot plate screwed hole；Perpendicular chi plate is vertically set on the right-hand member bottom of crossfoot plate, erects
The left surface of chi plate is parallel with right flank, and the bottom of perpendicular chi plate is provided with vernier scale measurement head, and vernier scale measurement head is rectangular block,
The left side of vernier scale measurement head is vernier scale outside diameter measuring face, and right side is vernier scale axial locating surface, vernier scale outside diameter measuring face
Alignd with perpendicular chi plate left surface, vernier scale axial locating surface is parallel with the right flank of perpendicular chi plate；Vernier scale axial locating surface is with determining
The left surface of position clamp bottom is in close contact, and perpendicular chi plate screwed hole is provided with before the middle part of perpendicular chi plate.
Described locating clamp plate is made up of locating clamp plate positioning head and locating clamp plate fixed plate, locating clamp plate positioning head it is upper
Portion's right flank is connected with the lower left side face of locating clamp plate fixed plate, and the left surface of locating clamp plate positioning head is locating clamp plate axial direction
Measuring surface, locating clamp plate screwed hole is provided with before locating clamp plate fixed plate.
Described connecting plate is Rectangular Plate Structure, and two connecting plate through holes are provided with connecting plate, are set in connecting plate through hole
Put right connection board bolt, the connection crab bolt rear portion in left side is connected with riser screwed hole on main scale, the connection crab bolt on right side with
The vernier scale at rear portion erects the connection of chi plate screwed hole.
Described vernier scale crossfoot board slot coordinates with main scale transverse slat gap, vernier scale outside diameter measuring face and main scale external diameter survey
Amount face is parallel.
The axially measured face of described locating clamp plate is parallel with vernier scale outside diameter measuring face.
By implementation of the present utility model, good using effect is reached：Realize the standard to the axial length of multi-diameter shaft
Really measurement, positioning is convenient, makes the operation that operating personnel are easier, improves operating personnel's operating efficiency, and adds production
Income, and production efficiency is greatly improved.
Brief description of the drawings
Fig. 1 is the utility model structure diagram.
Fig. 2 is in Fig. 12 structural representation.
In figure：1st, main scale measurement head, 2, riser, 3, perpendicular chi plate, 4, transverse slat, 5, main scale scale, 6, scale plate fixing bolt,
7th, crossfoot plate, 8, vernier graduation, 9, vernier graduation plate, 10, connection crab bolt, 11, connecting plate, 12, locating clamp plate, 13, vernier
Chi measurement head, 14, vernier scale axial locating surface, 15, the axially measured face of main scale, 16, main scale outside diameter measuring face, 17, outside vernier scale
Footpath measuring surface, 18, the axially measured face of locating clamp plate, 19, locating clamp plate screwed hole, 20, locating clamp plate positioning head, 21, locator card
Plate fixed plate.
Embodiment
The utility model is further described with reference to the accompanying drawings and detailed description：
Explanation the utility model that can be detailed by the following examples, open the purpose of this utility model are intended to protect
All technological improvements in the scope of the utility model.
A kind of axially measured slide measure as shown in accompanying drawing 1, Fig. 2, mainly including main scale, vernier scale, locating clamp plate 12
With connecting plate 11；Described main scale is L-shaped structure, and main scale is made up of transverse slat 4 and riser 2, and main scale scale 5 is provided with transverse slat 4,
Riser 2 is vertically set on the right-hand member bottom of transverse slat 4, and the left surface of riser 2 is parallel with right flank, and the bottom of riser 2 is provided with master
Chi measurement head 1, main scale measurement head 1 are rectangular block, and the right flank of main scale measurement head 1 is main scale outside diameter measuring face 16, and main scale measures
First 1 left side is the axially measured face 15 of main scale, and the lower right corner of main scale measurement head 1 is provided with chamfering, and main scale outside diameter measuring face 16 is with erecting
Plate right flank aligns, and the axially measured face 15 of main scale is parallel with main scale outside diameter measuring face 16；Described vernier scale is arranged on main scale,
Vernier scale is L-shaped structure, and vernier scale is made up of crossfoot plate 7 and perpendicular chi plate 3, and the crossfoot plate 7 of vernier scale is above horizontally disposed horizontal stroke
Chi board slot, crossfoot plate screwed hole is provided with before the downside of crossfoot board slot, vernier graduation plate is provided with before crossfoot plate screwed hole
9, vernier graduation 8 is provided with vernier graduation plate 9, and the left and right ends of vernier graduation plate 9 are respectively arranged with vernier graduation plate through hole, trip
Indexing plate through hole and crossfoot plate screwed hole position correspondence, scale plate fixing bolt 6, scale are provided with vernier graduation plate through hole
The rear portion of plate fixing bolt 6 is connected with crossfoot plate screwed hole；Perpendicular chi plate 3 is vertically set on the right-hand member bottom of crossfoot plate 7, erects chi plate
3 left surface is parallel with right flank, and the bottom of perpendicular chi plate 3 is provided with vernier scale measurement head 13, and vernier scale measurement head 13 is rectangle
Block, the left side of vernier scale measurement head 13 are vernier scale outside diameter measuring face 17, and right side is vernier scale axial locating surface 14, outside vernier scale
Footpath measuring surface 17 is alignd with the perpendicular left surface of chi plate 3, and vernier scale axial locating surface 14 is parallel with the right flank of perpendicular chi plate；Vernier scale axle
It is in close contact to locating surface 14 and the left surface of the bottom of locating clamp plate 12, perpendicular chi plate screw thread is provided with before the middle part of perpendicular chi plate 3
Hole, vernier scale crossfoot board slot and main scale transverse slat gap coordinate, vernier scale outside diameter measuring face 17 and main scale outside diameter measuring face 16 it is flat
OK；Described locating clamp plate 12 is arranged on the right side of vernier scale, and locating clamp plate 12 is by locating clamp plate positioning head 20 and locating clamp plate
Fixed plate 21 is formed, and the upper right face of locating clamp plate positioning head 20 is connected with the lower left side face of locating clamp plate fixed plate 21,
The left surface of locating clamp plate positioning head 20 is the axially measured face 18 of locating clamp plate, and locating clamp plate fixed plate 21 is above provided with positioning
Clamp screwed hole 19, the axially measured face 28 of locating clamp plate are parallel with vernier scale outside diameter measuring face 17；The described right side of connecting plate 11
It is connected with the left end upper surface of locating clamp plate 12；Connecting plate 11 is Rectangular Plate Structure, and two connecting plates are provided with connecting plate 11 and are led to
Hole, connecting plate through hole is interior to set right connection board bolt 10, and the rear portion of connection crab bolt 10 and the riser screwed hole on main scale in left side connect
Connect, the connection crab bolt 10 on right side erects chi plate screwed hole with the vernier scale at rear portion and is connected.
When in use, the axially measured face 18 of axially measured slide measure locating clamp plate is adjacent to first the right-hand end of part
Face, the bottom surface of main scale measurement head 1 and the bottom surface of vernier scale measurement head 13 are pressed close on the external diameter of right-hand member, promote the riser 2 of main scale
Being adjacent to left side to the left needs the ladder end face of measurement, reads the numerical value of slide calliper rule, after numerical value is surveyed plus main scale measurement head 1 and vernier scale
The width in the inner diameter measurement face of amount first 13（Usually 10mm）, it is possible to measurement obtains the exact value of part axial length, from
And complete the measurement process of axial length.
Part not in the detailed description of the invention is prior art.
Claims (6)
1. a kind of axially measured slide measure, it is characterized in that：Mainly include main scale, vernier scale, locating clamp plate and connecting plate；It is described
Vernier scale be arranged on main scale, locating clamp plate is arranged on the right side of vernier scale, on the left of connecting plate with vernier scale left end upper surface
Connection, connecting plate right side are connected with locating clamp plate left end upper surface；Described main scale is L-shaped structure, and main scale is by transverse slat and riser
Form, be provided with main scale scale on transverse slat, riser is vertically set on the right-hand member bottom of transverse slat, and left surface and the right flank of riser are put down
OK, the bottom of riser is provided with main scale measurement head, and main scale measurement head is rectangular block, and the right flank of main scale measurement head is main scale external diameter
Measuring surface, main scale measurement head left side are the axially measured face of main scale, and the lower right corner of main scale measurement head is provided with chamfering, and main scale external diameter is surveyed
Amount face is alignd with riser right flank, and the axially measured face of main scale is parallel with main scale outside diameter measuring face.
2. a kind of axially measured slide measure according to claim 1, it is characterized in that：Described vernier scale is L-shaped structure,
Vernier scale is made up of crossfoot plate and perpendicular chi plate, and being horizontally disposed with before the crossfoot plate of vernier scale has crossfoot board slot, under crossfoot board slot
Crossfoot plate screwed hole is provided with before side, vernier graduation plate is provided with before crossfoot plate screwed hole, is provided with vernier graduation plate
Vernier graduation, vernier graduation plate left and right ends are respectively arranged with vernier graduation plate through hole, vernier graduation plate through hole and crossfoot plate spiral shell
Pit position correspondence, scale plate fixing bolt, the rear portion of scale plate fixing bolt and crossfoot are provided with vernier graduation plate through hole
Plate screwed hole connects；Perpendicular chi plate is vertically set on the right-hand member bottom of crossfoot plate, and the left surface of perpendicular chi plate is parallel with right flank, erects chi
The bottom of plate is provided with vernier scale measurement head, and vernier scale measurement head is rectangular block, and the left side of vernier scale measurement head is outside vernier scale
Footpath measuring surface, right side are vernier scale axial locating surface, and vernier scale outside diameter measuring face is alignd with perpendicular chi plate left surface, vernier scale axial direction
Locating surface is parallel with the right flank of perpendicular chi plate；Vernier scale axial locating surface and the left surface of locating clamp plate bottom are in close contact, and are erected
Perpendicular chi plate screwed hole is provided with before the middle part of chi plate.
3. a kind of axially measured slide measure according to claim 1, it is characterized in that：Described locating clamp plate is by locator card
Plate positioning head and locating clamp plate fixed plate are formed, the upper right face of locating clamp plate positioning head and the bottom of locating clamp plate fixed plate
Left surface connects, and the left surface of locating clamp plate positioning head is the axially measured face of locating clamp plate, is set before locating clamp plate fixed plate
There is locating clamp plate screwed hole.
4. a kind of axially measured slide measure according to claim 1, it is characterized in that：Described connecting plate is that rectangle is hardened
Structure, two connecting plate through holes are provided with connecting plate, right connection board bolt, the connection crab bolt in left side are set in connecting plate through hole
Rear portion is connected with riser screwed hole on main scale, and the connection crab bolt on right side and the vernier scale at rear portion erect chi plate screwed hole and connected.
5. a kind of axially measured slide measure according to claim 2, it is characterized in that：Described vernier scale crossfoot board slot with
Main scale transverse slat gap coordinate, vernier scale outside diameter measuring face with main scale outside diameter measuring face it is parallel.
6. a kind of axially measured slide measure according to claim 3, it is characterized in that：Described locating clamp plate is axially measured
Face is parallel with vernier scale outside diameter measuring face.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721162896.9U CN207123227U (en) | 2017-09-12 | 2017-09-12 | A kind of axially measured slide measure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721162896.9U CN207123227U (en) | 2017-09-12 | 2017-09-12 | A kind of axially measured slide measure |
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| Publication Number | Publication Date |
|---|---|
| CN207123227U true CN207123227U (en) | 2018-03-20 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201721162896.9U Active CN207123227U (en) | 2017-09-12 | 2017-09-12 | A kind of axially measured slide measure |
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| CN (1) | CN207123227U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112179241A (en) * | 2020-09-29 | 2021-01-05 | 中国航发动力股份有限公司 | Auxiliary measuring device and method for width of inner ring flow channel and outer ring flow channel between blades of machine box assembly |
-
2017
- 2017-09-12 CN CN201721162896.9U patent/CN207123227U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112179241A (en) * | 2020-09-29 | 2021-01-05 | 中国航发动力股份有限公司 | Auxiliary measuring device and method for width of inner ring flow channel and outer ring flow channel between blades of machine box assembly |
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