CN206113799U - Utensil is examined to rotatory bolster of locate mode - Google Patents
Utensil is examined to rotatory bolster of locate mode Download PDFInfo
- Publication number
- CN206113799U CN206113799U CN201620983014.4U CN201620983014U CN206113799U CN 206113799 U CN206113799 U CN 206113799U CN 201620983014 U CN201620983014 U CN 201620983014U CN 206113799 U CN206113799 U CN 206113799U
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- cubing
- son
- enters
- hole
- bolster
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Abstract
This patent belongs to to use and adopts mechanical means as the measuring equipment field of characteristic, discloses an utensil is examined to rotatory bolster of locate mode, goes into son, second and examines to go into son, third and examine and go into son, pilot pin and measuring needle including lower bolster, first examining, be equipped with first locating hole and a plurality of second locating hole on the lower bolster, first examine the son through second locating hole and bolt fastening on the lower bolster, first examining is gone into the son and is gone up to open and have first inspection hole, the second is examined and is gone into the son and go into sub - circumference and distribute on the lower bolster around first examining, the second is examined and is gone into the son and go up to open and have the second inspection hole, the third is examined and is gone into son and second and examine to go into the son and rotate and is connected, a sense terminal that income is young is examined to the third division has a detection groove, detect first income of examining of groove orientation. Outside the tight work piece of clamp that this scheme can be very convenient, the through -hole of work piece can also be detected, detection efficiency has been improved greatly.
Description
Technical field
This utility model belongs to the measuring equipment field to be characterized using mechanical means, and in particular to a kind of positioning formula rotation
Vicarious rack check tool.
Background technology
Rotation bolster is a kind of metal parts for supporting, and is mainly used in the screen axle of notebook computer and rotatable display
The rotary shaft of screen.Rotation bolster typically has body, multiple fixing holes is offered on body, also including multiple arc-shaped edges.Due to rotation
Vicarious frame is special machine components, so having very high required precision, including body thickness, circular arc edge lengths to rotating bolster
And the diameter of fixing hole etc., this is accomplished by special detecting instrument to detect the indices for rotating bolster.
The Chinese patent application document of Application No. " CN201520774741.5 " discloses a kind of rotation bolster cubing, bag
Base and jaw are included, the jaw is arranged on base, mounting table is provided with the base, arrange limited on the mounting table
Position post, the rotation bolster that the jaw is used on fixed placement platform is provided with several projections, in the projection on the base
Slippage slot is provided with, detection post or detection block or limited block are slidably connected in the slippage slot, offered in the detection block
The draw-in groove coordinated with rotation bolster.It is mainly carried out spacing by the limited post on mounting table to rotation bolster, is then rotated
Jaw, makes rotation bolster be fixed on mounting table by jaw, is then detected on rotation bolster by mobile detection post
Whether hole position is correct, while movement of the rotation bolster on mounting table is limited by mobile limited block, and by mobile inspection
Block is surveyed, makes the draw-in groove in detection block be directed at the kink on rotation bolster, so as to whether the position for reaching detection kink meets
Effect.
The use of this cubing needs travel limiter detection kink and fixing hole, and detecting step is loaded down with trivial details, it is impossible to reach
The requirement of quick detection；And the structure of this cubing is single, it is impossible to detect the different fixing hole of multiple diameters.
Utility model content
This utility model is intended to provide a kind of positioning formula rotation bolster cubing, to simplify detecting step, improves to workpiece
Detection speed.
Positioning formula rotation bolster cubing in this programme, including lower bolster, the first cubing enter son, the second cubing enter son, the
Three cubings enter son, positioning needle and detection pin；Lower bolster is provided with the first location hole and some second location holes, and the first cubing enters son
By the second location hole and being bolted on lower bolster, the first cubing to enter be provided with son the first detection hole, and the second cubing enters son
Enter son around the first cubing to be circumferentially distributed on lower bolster, the second cubing to enter be provided with son the second detection hole, and the 3rd cubing enters son
Enter sub- rotation with the second cubing to be connected, the 3rd cubing enters the test side of son and is provided with detect tank, and the detect tank is towards the first cubing
Enter son.
The know-why of this programme is that used as detection basis, lower bolster supports whole detection means to lower bolster, using bolt
Lower bolster is fixed by the first location hole, the second location hole is fixed on lower bolster, the first inspection for the first cubing to be entered into son
Have on son and be provided with the first detection hole, for detecting workpiece middle through-hole；The second detection hole that second cubing enters on son is used to examine
Workpiece right flank through hole is surveyed, the 3rd cubing enters son and enters sub- rotation with the second cubing and be connected so that the second cubing enters son will can be examined
Survey end to turn on workpiece, workpiece is detected, in addition the 3rd cubing enters son can also pass through regulating bolt workpiece pressing；Inspection
Surveying groove is used to detect workpiece edge through hole.Detection pin and positioning needle are inserted into respectively the first detection hole and the second detection hole, if inspection
Chaining pin and positioning needle can be inserted smoothly, i.e., the detected through hole on workpiece meets the requirements.
When positioning formula rotation bolster cubing is overlooked, positioned at positioning formula rotation bolster cubing upside（North）The second cubing
Enter son referred to as upper second cubing and enter son, positioned at positioning formula rotation bolster cubing right side（In the east）The second cubing enter son be referred to as right inspection
Have into son, positioned at positioning formula rotation bolster cubing downside（It is in the south）The second cubing enter referred to as lower second cubing of son and enter son.
What this programme can be produced has the technical effect that：Workpiece is placed on the first cubing and is entered on son by this programme, beneficial to the first inspection
Through hole in the middle part of gaging hole detection workpiece, enters sub- rotation and is connected so that the 3rd cubing enters the 3rd cubing is entered into son with the second cubing
Son can be by rotating clip clamping of workpieces, and the detect tank that the 3rd cubing enters on son can detect workpiece edge through hole.It is many in addition
The first different detection hole of individual diameter also cause the first cubing enter son can while detect the different through hole of diameter on workpiece, the 3rd
Cubing enters son in addition to it easily can clamp workpiece very, moreover it is possible to detects the through hole of workpiece, substantially increases detection efficiency.
Further, the upside of the lower bolster, downside and right side are provided with irregularly-shaped hole, and an irregularly-shaped hole and two second determine
Position hole forms an installation unit, there is multiple installation units on the lower bolster；The special-shaped hole site is in two the second location holes
Between, and irregularly-shaped hole is located along the same line with two the second location holes.One installation unit is fixed second cubing and is entered
Son；Second cubing is entered into son and is put into irregularly-shaped hole, the second cubing enters the two ends of son and coordinates the second location hole to be fixed on down using bolt
On backing plate.
Further, the lower bolster left side is also provided with mounting groove.The mounting groove matches with workpiece, and mounting groove is used to examine
Whether the profile for surveying workpiece meets the requirements.
Further, first cubing enters attached bag and includes T-shaped plate, there is concavo-convex interphase structure in T-shaped plate；First cubing enters sub- use
In the recessed and bulge-structure for coordinating workpiece so that workpiece can preferably be placed on the first cubing and enter on son.
Further, second cubing enters attached bag and includes square plate, and square plate two ends are provided with U-shaped groove, and square plate is located at
In the irregularly-shaped hole of place installation unit, the U-shaped groove at two ends aligns respectively with the first location hole, and is bolted in lower bolster
On.U-shaped groove is beneficial to be alignd with the first location hole, and by bolt regulating bolt the second cubing can be made to enter son in small range
Interior movement, consequently facilitating the 3rd cubing of adjustment enters the position of son, and then improves accuracy of detection.
Further, there are four installation units on the lower bolster, each installation unit is mounted on second cubing and enters
Son；The second cubing on the upside of the lower bolster enters son calls the second cubing and enters son.Before guaranteeing to detect each position of workpiece
Put, reduce the quantity of the second cubing, simplify structure, to improve detection efficiency.
Further, second cubing enters attached bag and includes the second cubing and enter son, right second cubing to enter son and lower second cubing
Enter son；Wherein go up the second cubing and enter sub and lower second cubing and to enter be provided with son installing hole, and mounting hole site is in two U-shaped grooves
Between；The second detection hole position enters on son in right second cubing.Upper cubing enters sub and lower cubing and enters son for fixing and detecting
Workpiece, the second detection hole that right cubing enters on son is used to detect workpiece right flank through hole.
Further, the 3rd cubing to enter be provided with son bar hole, and the bar hole coordinates with installing hole, and will by bolt
3rd cubing enters son and is separately fixed at the second cubing and enters upper and lower second cubing of son to enter on son.The setting of bar hole can pass through
Regulating bolt come adjust the 3rd cubing enter son detect tank position, be easy to the 3rd cubing to enter sub- detection workpiece.
Description of the drawings
Fig. 1 is that this utility model embodiment positions the structural representation that formula rotates bolster cubing；
Fig. 2 is the structural representation of workpiece；
Fig. 3 enters sub- top view and side view for the first cubing；
Fig. 4 enters sub and lower second cubing and enters sub- top view for upper second cubing；
Fig. 5 is the side view that right second cubing enters son；
Fig. 6 is the top view that the 3rd cubing enters son.
Specific embodiment
This utility model is described in further detail below by specific embodiment：
Reference in Figure of description includes：Lower bolster 1, the second location hole 101, the first location hole 102, irregularly-shaped hole
103rd, the first cubing enter son 2, first detect hole 201, the second cubing enter son 3, installing hole 301, right second cubing enter son 302, the
Two detection holes 303, the 3rd cubing enter son 4, bar hole 401, detect tank 402, mounting groove 5, workpiece 6, middle through-hole 601, edge
Through hole 602, right flank through hole 603.
As shown in figures 1 and 3, a kind of positioning formula rotates bolster cubing, and based on lower bolster 1, the left side of lower bolster 1 is opened
There is mounting groove 5, the structure of mounting groove 5 is consistent with the mold structure for making workpiece, mounting groove 5 is used to detect the profile of workpiece
With thickness etc..The first location hole 102 and some second location holes 101 are provided with lower bolster 1, the first location hole is coordinated using bolt
102 can fix lower bolster 1；Coordinate the second location hole 101 that first cubing is entered into son 2 using bolt to be fixed on lower bolster 1,
First cubing to enter and have concavo-convex alternate structure on son 2, is easy to coordinate the out-of-flatness of surface of the work；First cubing enter son 2 on be provided with
The first different detection hole 201 of multiple diameters, the first detection hole 201 is used to detect the middle through-hole 601 of workpiece.
As shown in Figure 4, Figure 5 and Figure 6, an irregularly-shaped hole 103 and two the second location holes 101 constitute an installation unit,
Lower bolster 1 is provided with four installation units, and each installation unit fixes second cubing and enters son 3, and the second cubing enters son 3 to be used for
Connect the 3rd cubing and enter son 4 and detection workpiece right flank through hole 603.Specially the second cubing enters son 3 and enters including upper second cubing
Son 3, lower second cubing enter son 3 and right second cubing enters son 302, wherein, upper second cubing enters sub 3, lower second cubing and enters 3 and of son
The two ends that right second cubing enters son 302 are provided with U-shaped groove and align with the first location hole 102 respectively, recycle bolt to fix；This
Outward, upper second cubing enters son 3 and lower second cubing enters son 3 and is provided with installing hole 301, and for connecting the 3rd cubing son 4 is entered；Right second
Cubing enters to be provided with the second detection hole 303 on son 302 to be used to detect workpiece right flank through hole 603.3rd cubing enters and is provided with article on son 4
Shape hole 401, is easy to enter the position of son 4 by the 3rd cubing of bolt regulation, and makes the 3rd cubing enter the rotation of son 4, to clamp work
Part, the 3rd cubing enters the test side of son 4 detect tank 402, and detect tank 402 is used to detect workpiece edge through hole 602.
As shown in Fig. 2 surface of the work out-of-flatness, and multiple through holes are provided with workpiece, the lead to the hole site for needing detection is divided into
Middle through-hole 601, edge through hole 602 and right flank through hole 603.When using, first workpiece is positioned in mounting groove 5, to determine
Whether the profile of workpiece meets the requirements, if workpiece can just be put into mounting groove 5, that is, meets the requirements.Is put into after workpiece is taken out
One cubing enters on son 2, and the first detection hole 201 edge through hole 602 and middle through-hole 601 being aligned on lower bolster 1, right flank leads to
The alignment of hole 603 second detects hole 303, and regulating bolt makes the 3rd cubing enter the alignment edge through hole 602 of detect tank 402 of son 4, tightens
Bolt makes the 3rd cubing enter son 4 and clamps workpiece；Finally, positioning needle is inserted into middle through-hole 601 and edge through hole 602, detects pin
Insertion right flank through hole 603, if positioning needle and detection pin can insert corresponding hole position, workpiece meets the requirements.
For a person skilled in the art, on the premise of without departing from this utility model structure, if can also make
Dry deformation and improvement, these should also be considered as protection domain of the present utility model, and these are implemented all without impact this utility model
Effect and practical applicability.
Claims (8)
1. formula rotation bolster cubing is positioned, it is characterised in that：Including lower bolster, the first cubing enter son, the second cubing enter son, the 3rd
Cubing enters son, positioning needle and detection pin；Lower bolster is provided with the first location hole and some second location holes, and it is logical that the first cubing enters son
Cross the second location hole and be bolted on lower bolster, the first cubing enters and be provided with son the first detection hole, and the second cubing enters son and encloses
Enter son around the first cubing to be circumferentially distributed on lower bolster, the second cubing enters and be provided with son the second detection hole, the 3rd cubing enter son with
Second cubing enters sub- rotation connection, and the 3rd cubing enters the test side of son and is provided with detect tank, and the detect tank enters towards the first cubing
Son.
2. positioning formula according to claim 1 rotates bolster cubing, it is characterised in that：The upside of the lower bolster, downside
Irregularly-shaped hole is provided with right side, an irregularly-shaped hole and two the second location holes form an installation unit, have on the lower bolster
Multiple installation units；The special-shaped hole site is between two the second location holes, and irregularly-shaped hole is located at two the second location holes
On same straight line.
3. positioning formula according to claim 2 rotates bolster cubing, it is characterised in that：The lower bolster left side is also provided with peace
Tankage.
4. positioning formula according to claim 3 rotates bolster cubing, it is characterised in that：First cubing enters attached bag and includes T
Shape plate, there is concavo-convex interphase structure in T-shaped plate.
5. positioning formula according to claim 1 rotates bolster cubing, it is characterised in that：Second cubing enters the attached bag side of including
Shape plate, square plate two ends are provided with U-shaped groove, and square plate is located in the irregularly-shaped hole of place installation unit, the U-shaped groove point at two ends
Do not align with the first location hole, and be bolted on lower bolster.
6. the positioning formula according to claim 2 or 5 rotates bolster cubing, it is characterised in that：There are four on the lower bolster
Installation unit, each installation unit is mounted on second cubing and enters son；The second cubing on the upside of the lower bolster enter son
Upper second cubing enters son.
7. positioning formula according to claim 6 rotates bolster cubing, it is characterised in that：Second cubing enters attached bag and includes
Second cubing enters son, right second cubing and enters son and descend the second cubing to enter son；Wherein go up the second cubing and enter sub and lower second cubing
Installing hole is provided with son, and mounting hole site is between two U-shaped grooves；The second detection hole position enters son in right second cubing
On.
8. positioning formula according to claim 1 rotates bolster cubing, it is characterised in that：3rd cubing to enter be provided with son
Bar hole, the bar hole and installing hole coordinate, and the 3rd cubing is entered into son by bolt are separately fixed at upper second cubing to enter son
Upper and lower second cubing enters on son.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620983014.4U CN206113799U (en) | 2016-08-30 | 2016-08-30 | Utensil is examined to rotatory bolster of locate mode |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620983014.4U CN206113799U (en) | 2016-08-30 | 2016-08-30 | Utensil is examined to rotatory bolster of locate mode |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206113799U true CN206113799U (en) | 2017-04-19 |
Family
ID=58514622
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620983014.4U Expired - Fee Related CN206113799U (en) | 2016-08-30 | 2016-08-30 | Utensil is examined to rotatory bolster of locate mode |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206113799U (en) |
-
2016
- 2016-08-30 CN CN201620983014.4U patent/CN206113799U/en not_active Expired - Fee Related
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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: 20170419 Termination date: 20170830 |