CN209013869U - Cubing suitable for axial workpiece - Google Patents
Cubing suitable for axial workpiece Download PDFInfo
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- CN209013869U CN209013869U CN201821616078.6U CN201821616078U CN209013869U CN 209013869 U CN209013869 U CN 209013869U CN 201821616078 U CN201821616078 U CN 201821616078U CN 209013869 U CN209013869 U CN 209013869U
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- axial workpiece
- gauge head
- movable
- measuring device
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Abstract
The utility model discloses a kind of cubings suitable for axial workpiece, comprising: pedestal, the V-block for being used to support axial workpiece, the positioning closing piece for being positioned to axial workpiece, the first measuring device, the second measuring device and third measuring device；V-block and positioning closing piece are fixed to pedestal；First measuring device, the second measuring device and third measuring device are mounted respectively to pedestal；First measuring device includes: the first movable gauge head contacted for the end face with axial workpiece, the first support base, the first compressed spring and the first dial gauge that are used to support and are oriented to the first movable gauge head；First movable gauge head is slidably connected the first support base；The movable gauge head of first compressed spring connection first and the first support base；First dial gauge includes the first table body and the first measuring rod.Cubing suitable for axial workpiece can be realized precise measurement and can once complete the measurement to axial workpiece, easy to operate.
Description
Technical field
The utility model relates to a kind of cubings suitable for axial workpiece.
Background technique
Whether the slot position of traditional Parts Measurement and the position of step convex ribs qualified, need by measure the slot position and
Whether the step surface of step convex ribs is accurate relative to the position of a certain datum level of the part.The method of general measure is to pass through people
Work measures slot position and step surface to the distance of datum plane using slide calliper rule respectively, judges whether qualification then in conjunction with metrical information.
This method needs repeatedly measurement, takes time and effort, and needs to observe by eyes and read measurement data, and error is larger, and measurement is not
It is enough accurate.
Utility model content
To solve the deficiencies in the prior art, the utility model provides one kind and precise measurement and can once can complete to survey
The cubing suitable for axial workpiece of amount.
In order to achieve the above objectives, the utility model adopts the following technical solutions:
A kind of cubing suitable for axial workpiece, comprising: pedestal, is used for axis class the V-block for being used to support axial workpiece
Slot position key seat, the first measuring device, the second measuring device and the third measuring device that part is positioned；V-block and slot position pin
Seat is fixed to pedestal；First measuring device, the second measuring device and third measuring device are mounted respectively to pedestal；First measurement dress
To set include: the first movable gauge head contacted for the end face with axial workpiece, is used to support and is oriented to the of the first movable gauge head
One support base, the first compressed spring and the first dial gauge；First movable gauge head is slidably connected the first support base；First compressed spring
The movable gauge head of connection first and the first support base；First dial gauge includes the first table body and the first measuring rod；First movable gauge head
Both ends contact end face and the first measuring rod of axial workpiece respectively；First measuring rod is slided relative to the first table body and sliding side
To the glide direction for being parallel to the first movable gauge head；First table body is fixed to the first support base；First support base is fixed to pedestal；
Second measuring device includes: the second guide rail of the second movable gauge head for contacting with axial workpiece, the movable gauge head of guiding second
With the second dial gauge；Second movable gauge head is slidingly attached to the second guide rail；Second dial gauge includes the second table body and the second measurement
Bar；The movable gauge head of the end thereof contacts second of second measuring rod；Second measuring rod is slided relative to the second table body and glide direction is flat
Row is in the glide direction of the second movable gauge head；Second table body is fixed to pedestal；Third measuring device includes: positioning closing piece, is used for
The third activity gauge head that is contacted with axial workpiece, for driving third activity gauge head sliding around center axis thereof and along central axis
Third operating stick, third compressed spring and the third amesdial of dynamic third movable axis, drive third movable axis movement；Positioning lock
Block is formed with third mounting hole；Third movable axis and third compressed spring are located in third mounting hole；The two of third compressed spring
End is separately connected third movable axis and positioning closing piece；Third activity gauge head is radially extended along central axis；Third activity gauge head
It is fixed to third movable axis；Third operating stick is fixed to third movable axis and passes through third mounting hole；Third amesdial includes:
Three measuring rods and third table body；Third measuring rod is relative to third table body along the direction sliding for being parallel to central axis；Third is surveyed
One end of gauge rod is contacted with third operating stick；Third table body is fixed to pedestal.
Further, third measuring device further include: the third turncap of third operating stick movement is driven for user's operation；The
Three turncaps are fixed to third operating stick；The bottom of third turncap is equipped with third and positions ball；Positioning closing piece is formed with to be positioned with third
The third location hole of ball cooperation.
Further, third measuring device further include: the operation screw of third turncap movement is driven for user's operation；Operation
Screw is fixed to third turncap.
Further, third measuring device further include: third gauge stand and the third table folder head for clamping third amesdial；
Third table body is fixed to third gauge stand by third table folder head；Measuring rod passes through gauge stand and is in contact with third operating stick.
Further, third activity gauge head is in contact with the side of the step convex ribs of axial workpiece；Second movable gauge head with
The other side of the step convex ribs of axial workpiece is in contact.
Further, one end of third compressed spring is contacted with third movable axis；The other end of third compressed spring and fixed
Position closing piece contact；Third compressed spring is sheathed on the periphery of third operating stick.
Further, third mounting hole is stepped hole；The ladder of another end in contact third mounting hole of third compressed spring
Face.
Further, the second guide rail is fixed to pedestal.
Further, the first measuring device includes further include: the first gauge stand；First gauge stand is fixed to the first support base；The
One table body is fixed to the first gauge stand；Second measuring device includes further include: the second gauge stand；Second gauge stand is fixed to pedestal；Second
Table body is fixed to the second gauge stand.
Further, the second movable gauge head is U-shaped gauge head；First movable gauge head, the second movable gauge head and third activity are surveyed
The glide direction of head is parallel to each other.
The utility model be beneficial in that the cubing suitable for axial workpiece of offer can be realized precise measurement and
The measurement to multiple sizes of axial workpiece can be once completed, it is easy to operate.
Detailed description of the invention
Fig. 1 is a kind of schematic diagram of cubing suitable for axial workpiece of the utility model；
Fig. 2 is the schematic diagram at another visual angle of the cubing suitable for axial workpiece in Fig. 1；
Fig. 3 is the cross-sectional view of the cubing suitable for axial workpiece in Fig. 1.
Suitable for the cubing 10 of axial workpiece, pedestal 11, V-block 12 positions closing piece 13, the first measuring device 14, and first
Movable gauge head 141, the first support base 142, the first compressed spring 143, the first dial gauge 144, the first table body 145, the first measurement
Bar 146, the first gauge stand 147, the second measuring device 15, the second movable gauge head 151, the second guide rail 152, the second dial gauge 153, the
Two table bodies 154, the second measuring rod 155, the second gauge stand 156, third measuring device 16, third mounting hole 162, third activity gauge head
163, central axis 164, third movable axis 165, third operating stick 166, third compressed spring 167, third amesdial 168, the
Three measuring rods 169, third table body 170, third turncap 171, third position ball 172, and third location hole 173 operates screw 174,
Third gauge stand 175, third table folder head 176, slot position key seat 18, axial workpiece 200.
Specific embodiment
Specific introduce is made to the present invention below in conjunction with the drawings and specific embodiments.
As shown in Figure 1 to Figure 3, a kind of cubing 10 suitable for axial workpiece, comprising: pedestal 11 is used to support axis class zero
The V-block 12 of part 200, the slot position key seat 18 for being positioned to axial workpiece 200, the measurement of the first measuring device 14, second
Device 15 and third measuring device 16.V-block 12, slot position key seat 18 and positioning closing piece 13 are fixed to pedestal 11.First measurement dress
It sets the 14, second measuring device 15 and third measuring device 16 is mounted respectively to pedestal 11.Axial workpiece 200 is placed in V-block 12
In.Slot position key seat 18 positions the axial workpiece 200 being located in V-block 12 and defines axial workpiece 200 and slot position key seat
The face of 18 contacts is benchmark plane.First measuring device 14 is used for the end face of Parts Measurement 200 to the distance of datum plane
To judge whether endface position is qualified.Side of second measuring device 15 measurement for the step convex ribs of Parts Measurement 200
To the distance of datum plane to judge whether the position of step convex ribs is qualified.Third measuring device 16 is used for Parts Measurement
The concave surface of 200 groove judges whether the slot position of groove is qualified to the distance of datum plane.
First measuring device 14 includes: the first movable gauge head 141 for contacting with the end face of axial workpiece 200, is used for
Support and be oriented to the first support base 142, the first compressed spring 143 and the first dial gauge 144 of the first movable gauge head 141.First
Movable gauge head 141 is slidably connected the first support base 142.The movable gauge head 141 of first compressed spring 143 connection first and the first support
Seat 142.First dial gauge 144 includes the first table body 145 and the first measuring rod 146.The both ends of first movable gauge head 141 connect respectively
Touch end face and the first measuring rod 146 of axial workpiece 200.First measuring rod 146 is slided relative to the first table body 145 and sliding side
To the glide direction for being parallel to the first movable gauge head 141.First table body 145 is fixed to the first support base 142.First support base
142 are fixed to pedestal 11.
Specifically, when axial workpiece 200 is placed in V-block 12 and is located with slot position key seat 18, the first pressure
Contracting spring 143 applies the end thereof contacts and compression axis class zero that active force makes the first movable gauge head 141 to the first movable gauge head 141
The end face of 200 one end of part, to realize the locking of axial workpiece.Slide the first measuring rod 146 makes the first measuring rod 146 one
The other end of the movable gauge head 141 of end in contact first is measured with the endface position to 200 one end of axial workpiece.At this time the 100th
When the pointer of table 144 being divided to be directed toward the position in default range of readings, indicate that the endface position of the axial workpiece 200 is qualified.If the
The needle deflection of one dial gauge 144 presets the position in range of readings, indicates that the endface position of the axial workpiece 200 is unqualified.
Second measuring device 15 includes: that the second movable gauge head 151 for contacting with axial workpiece 200, guiding second are living
The second guide rail 152 and the second dial gauge 153 of dynamic gauge head 151.Second movable gauge head 151 is slidingly attached to the second guide rail 152.The
Two dial gauges include the second table body 154 and the second measuring rod 155.The movable gauge head of the end thereof contacts second of second measuring rod 155
151.Second measuring rod 169 is slided relative to the second table body 170 and glide direction is parallel to the sliding side of the second movable gauge head 151
To.Second table body 154 is fixed to pedestal 11.
Specifically, second is living when axial workpiece 200 is placed in V-block 12 and is located with slot position key seat 18
Dynamic gauge head 151 is along the sliding of the second guide rail 152 until the second movable gauge head 151 contacts the side of the step convex ribs of axial workpiece 200
It is measured with the lateral location to 200 step convex ribs of axial workpiece.The pointer of the second dial gauge 153 is directed toward default reading at this time
When position in range, indicate that the lateral location of the step convex ribs of the axial workpiece 200 is qualified.If the finger of the second dial gauge 153
Needle deviates the position in default range of readings, indicates that the lateral location of the step convex ribs of the axial workpiece 200 is unqualified.
Third measuring device 16 include: positioning closing piece 13, the third activity gauge head 163 for being contacted with axial workpiece 200,
Third movable axis 165, band for driving third activity gauge head 163 to rotate around central axis 164 and being slided along central axis 164
Third operating stick 166, third compressed spring 167 and the third amesdial 168 that dynamic third movable axis 165 moves.Position closing piece 13
It is formed with third mounting hole 162.Third movable axis 165 and third compressed spring 167 are located in third mounting hole 162.Third pressure
The both ends of contracting spring 167 are separately connected third movable axis 165 and positioning closing piece 13.Third activity gauge head 163 is along central axis 164
Radially extend.Third activity gauge head 163 is fixed to third movable axis 165.Third operating stick 166 is fixed to third movable axis
165 and pass through third mounting hole 162.Third amesdial 168 includes: third measuring rod 169 and third table body 170.Third measurement
Bar 169 is slided relative to third table body 170 along the direction for being parallel to central axis 164.One end of third measuring rod 169 and third
Operating stick 166 contacts.Third table body 170 is fixed to pedestal 11.
As a preferred embodiment, third measuring device 16 further include: drive third operating stick for user's operation
The third turncap 171 of movement.Third turncap 171 is fixed to third operating stick 166.The bottom of third turncap 171 is fixed equipped with third
Position ball 172.Positioning closing piece 13 is formed with the third location hole 173 cooperated with third positioning ball 172.
Rotation third turncap 171 moves to third positioning ball 172 in third location hole 173.At this point, third turncap 171
It is moved to the direction of positioning closing piece 13.Meanwhile third compressed spring 167 applies active force to third movable axis 165, pushes third
Movable axis 165 is to drive third activity gauge head 163 to move along first direction until contacting the inside groove of the groove of axial workpiece 200
Face.Sliding third measuring rod 169 makes the end thereof contacts third operating stick 166 of third measuring rod 169 to axial workpiece 200
The slot position of groove measures.When the pointer of third amesdial 168 is directed toward the position in default range of readings at this time, the axis is indicated
The slot position of the groove of class part 200 is qualified.If the needle deflection of third amesdial 168 presets the position in range of readings, indicate
The slot position of the groove of the axial workpiece 200 is unqualified.
After measurement, rotation third turncap 171 to positioning ball 181 is detached from location hole 112.At this point, positioning ball 181 is located at
Between third turncap 171 and positioning closing piece 13, so that third turncap 171 overcomes the active force of third compressed spring 167, by the
Three operating sticks 166 drive third activity gauge head 163 to be moved along the second direction opposite with first direction until being detached from groove
Groove face.It can be avoided the inside groove face contact of third activity gauge head 163 and groove when placing axial workpiece 200 in this way or touch
It hits to damage the inner groove surface of third activity gauge head 163 or groove.
Furthermore, cooperate between third movable axis 165 and positioning closing piece 13 for small―gap suture, can guarantee third in this way
The stability that movable gauge head 163 moves.
As a preferred embodiment, the side phase of third activity gauge head 163 and the step convex ribs of axial workpiece 200
Contact.Second movable gauge head 151 is in contact with the other side of the step convex ribs of axial workpiece 200.
Specifically, the side of the step convex ribs of second measuring device 15 measurement is platform in the structure of axial workpiece 200
The side of rank convex ribs.The inner groove surface for the groove that third measuring device 16 measures is the other side of step convex ribs.
As a preferred embodiment, third measuring device 16 further include: drive third turncap 171 for user's operation
The operation screw 174 of movement.Operation screw 174 is fixed to third turncap 171.
Specifically, since the structure of third measuring device 16 is smaller, and be bonded axial workpiece 200 and be arranged, it is not easy to hand
Dynamic rotation third turncap 171.So the operation screw 174 that setting protrudes from third turncap 171 on third turncap 171 can be just
Third turncap 171 is rotated in user.
As a preferred embodiment, third measuring device 16 further include: third gauge stand 175 and for clamping third
The third table folder head 176 of amesdial 168.Third table body 170 is fixed to third gauge stand 175 by third table folder head 176.Measuring rod is worn
Gauge stand is crossed to be in contact with third operating stick 166.
As a preferred embodiment, one end of third compressed spring 167 is contacted with third movable axis 165.Third
The other end of compressed spring 167 is contacted with positioning closing piece 13.Third compressed spring 167 is sheathed on the periphery of third operating stick 166.
As a preferred embodiment, third mounting hole 162 is stepped hole.The other end of third compressed spring 167
Contact the cascaded surface of third mounting hole 162.
As a preferred embodiment, the second guide rail 152 is fixed to pedestal 11.
As a preferred embodiment, the first measuring device 14 includes further include: the first gauge stand 147.First gauge stand
147 are fixed to the first support base 142.First table body 145 is fixed to the first gauge stand 147.Second measuring device 15 includes further include:
Second gauge stand 156.Second gauge stand 156 is fixed to pedestal 11.Second table body 154 is fixed to the second gauge stand 156.
As a preferred embodiment, the second movable gauge head 151 is U-shaped gauge head.First movable gauge head 141, second
The glide direction of movable gauge head 151 and third activity gauge head 163 is parallel to each other.
The basic principles and main features and advantage of the utility model have been shown and described above.The technical staff of the industry
It should be appreciated that above-described embodiment does not limit the utility model in any form, it is all by the way of equivalent substitution or equivalent transformation
Technical solution obtained, all falls in the protection scope of the utility model.
Claims (10)
1. a kind of cubing suitable for axial workpiece characterized by comprising
Pedestal, the V-block for being used to support axial workpiece, the slot position key seat for being positioned to axial workpiece, the first measurement dress
It sets, the second measuring device and third measuring device；The V-block and the slot position key seat are fixed to the pedestal；Described first
Measuring device, second measuring device and the third measuring device are mounted respectively to the pedestal；
First measuring device includes: the first movable gauge head contacted for the end face with axial workpiece, is used to support and leads
To the first support base, the first compressed spring and the first dial gauge of the described first movable gauge head；Described first movable gauge head sliding
Connect first support base；The movable gauge head of the first compressed spring connection described first and first support base；It is described
First dial gauge includes the first table body and the first measuring rod；The both ends of described first movable gauge head contact the end of axial workpiece respectively
Face and the first measuring rod；First measuring rod is slided relative to the first table body and glide direction is parallel to described first and lives
The glide direction of dynamic gauge head；The first table body is fixed to first support base；First support base is fixed to the bottom
Seat；
Second measuring device includes: that the second movable gauge head for contacting with axial workpiece, guiding second activity are surveyed
The second guide rail and the second dial gauge of head；Described second movable gauge head is slidingly attached to second guide rail；Second percentage
Table includes the second table body and the second measuring rod；Second movable gauge head described in the end thereof contacts of second measuring rod；Described second
Measuring rod is slided relative to the second table body and glide direction is parallel to the glide direction of the described second movable gauge head；Described
Two table bodies are fixed to the pedestal；
The third measuring device includes: positioning closing piece, the third activity gauge head for contacting with axial workpiece, for driving
Third activity gauge head is stated around center axis thereof and along the third movable axis of central axis sliding, the drive third activity
Third operating stick, third compressed spring and the third amesdial of axis movement；The positioning closing piece is formed with third mounting hole；It is described
Third movable axis and third compressed spring are located in the third mounting hole；The both ends of the third compressed spring are separately connected institute
State third movable axis and the positioning closing piece；Third activity gauge head the radially extending along the central axis；The third
Movable gauge head is fixed to the third movable axis；The third operating stick is fixed to the third movable axis and passes through the third
Mounting hole；The third amesdial includes: third measuring rod and third table body；The third measuring rod is relative to the third table
Body is along the direction sliding for being parallel to the central axis；One end of the third measuring rod is contacted with the third operating stick；Institute
It states third table body and is fixed to the pedestal.
2. the cubing according to claim 1 suitable for axial workpiece, which is characterized in that
The third measuring device further include: the third turncap of the third operating stick movement is driven for user's operation；Described
Three turncaps are fixed to the third operating stick；The bottom of the third turncap is equipped with third and positions ball；The positioning closing piece is formed
There is the third location hole with third positioning ball cooperation.
3. the cubing according to claim 2 suitable for axial workpiece, which is characterized in that
The third measuring device further include: the operation screw of the third turncap movement is driven for user's operation；The operation
Screw is fixed to the third turncap.
4. the cubing according to claim 1 suitable for axial workpiece, which is characterized in that
The third measuring device further include: third gauge stand and the third table folder head for clamping the third amesdial；It is described
The third table body is fixed to the third gauge stand by third table folder head；The measuring rod passes through the gauge stand and the third is grasped
It is in contact as bar.
5. the cubing according to claim 4 suitable for axial workpiece, which is characterized in that
The third activity gauge head is in contact with the side of the step convex ribs of axial workpiece；Described second movable gauge head and axis class zero
The other side of the step convex ribs of part is in contact.
6. the cubing according to claim 4 suitable for axial workpiece, which is characterized in that
One end of the third compressed spring is contacted with the third movable axis；The other end of the third compressed spring with it is described
Position closing piece contact；The third compressed spring is sheathed on the periphery of the third operating stick.
7. the cubing according to claim 6 suitable for axial workpiece, which is characterized in that
The third mounting hole is stepped hole；The ladder of third mounting hole described in another end in contact of the third compressed spring
Face.
8. the cubing according to claim 3 suitable for axial workpiece, which is characterized in that
Second guide rail is fixed to the pedestal.
9. the cubing according to claim 1 suitable for axial workpiece, which is characterized in that
First measuring device includes further include: the first gauge stand；First gauge stand is fixed to first support base；It is described
First table body is fixed to first gauge stand；Second measuring device includes further include: the second gauge stand；Second gauge stand is solid
The fixed extremely pedestal；The second table body is fixed to second gauge stand.
10. the cubing according to claim 1 suitable for axial workpiece, which is characterized in that
Described second movable gauge head is U-shaped gauge head；Described first movable gauge head, the second movable gauge head and the third activity
The glide direction of gauge head is parallel to each other.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821616078.6U CN209013869U (en) | 2018-09-30 | 2018-09-30 | Cubing suitable for axial workpiece |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821616078.6U CN209013869U (en) | 2018-09-30 | 2018-09-30 | Cubing suitable for axial workpiece |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209013869U true CN209013869U (en) | 2019-06-21 |
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ID=66837601
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821616078.6U Active CN209013869U (en) | 2018-09-30 | 2018-09-30 | Cubing suitable for axial workpiece |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209013869U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109099813A (en) * | 2018-09-30 | 2018-12-28 | 南京泉峰汽车精密技术股份有限公司 | Cubing suitable for axial workpiece |
-
2018
- 2018-09-30 CN CN201821616078.6U patent/CN209013869U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109099813A (en) * | 2018-09-30 | 2018-12-28 | 南京泉峰汽车精密技术股份有限公司 | Cubing suitable for axial workpiece |
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