CN208671904U - A kind of tool structure of hollow stabilizing rod cubing and a kind of hollow stabilizing rod cubing - Google Patents
A kind of tool structure of hollow stabilizing rod cubing and a kind of hollow stabilizing rod cubing Download PDFInfo
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- CN208671904U CN208671904U CN201821304000.0U CN201821304000U CN208671904U CN 208671904 U CN208671904 U CN 208671904U CN 201821304000 U CN201821304000 U CN 201821304000U CN 208671904 U CN208671904 U CN 208671904U
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- stabilizing rod
- hollow stabilizing
- measuring block
- lag
- gasket
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Abstract
Need test of many times that can adjust bending machine to solve the prior art, to produce standard compliant hollow stabilizing rod, elapsed time is long and needs to waste more tubing problem, the utility model provide a kind of hollow stabilizing rod cubing tool structure and a kind of hollow stabilizing rod cubing, including the first measuring block, first measuring block is equipped with standard cell, it is characterized by: first measuring block is additionally provided with the open slot to intersect vertically with standard cell, the second measuring block is provided in the open slot, second measuring block is equipped with the U-lag for placing hollow stabilizing rod and gasket, the width of the U-lag is greater than standard groove width.The utility model is provided with the U-lag for being exclusively used in debugging, and the amount of bow of hollow stabilizing rod is adjusted by increasing and decreasing gasket on U-lag, to in the anti-deformation for showing that bending machine should compensate hollow stabilizing rod, it is tested without wasting a large amount of tubing, also saves multiple pilot production tubing and time for consuming while saving tubing.
Description
Technical field
The utility model relates to the hollow stabilizing rod production field of automobile, especially a kind of tooling of hollow stabilizing rod cubing
Structure and a kind of hollow stabilizing rod cubing.
Background technique
Hollow stabilizing rod is a kind of conventional components in automobile manufacturing field, and production hollow stabilizing rod needs will be hollow steady
Fixed pole is handled by bending machine, then by the process of quenching and tempering；Since hollow stabilizing rod have passed through quenching and cooling etc.
Process can generate certain deflection (mainly amount of bow or bending angle produces relatively large deviation) later, thus needs pair
The size of hollow stabilizing rod is detected after cooling, complies with geomery required by drawing.Currently, existing cubing knot
Structure is as shown in Figure 1, cubing is equipped with several tool structures as shown in Figure 2, and the detection block on tool structure is in different positions
Several have the standard cell for whether meeting tolerance for corresponding the detection multiple location points of hollow stabilizing rod for upper setting, if hollow
Each location point of stabiliser bar meets tolerance value, then it is assumed that hollow stabilizing rod meets the geomery requirement of drawing.It is hollow steady
Fixed pole has a straight pipe as standard paragraphs, and processing step of today clamps standard paragraphs, then by the bending of hollow stabilizing rod
Section attempt be put into standard cell, if which location point fails to be put into standard cell, estimated by way of range estimation departure (or partially
Poor direction), the reversible deformation equal with described departure (or bias direction) is then supplemented for the location point on bending machine
Amount, anti-deformation is added on a new hollow stabilizing rod, by the hollow stabilizing rod supplemented with the anti-deformation
Bending section trial is put into standard cell, then detects again, and repetition above step can be put into standard cell until the location point, right
Other location points that can not be put into standard cell are also similarly operated, until all location points can be put into standard cell, and
Bending machine has accumulated the data of test of many times above at this time, it has been determined that for each position of quenched hollow stabilizing rod
The anti-deformation of point, so to the anti-deformation that hollow stabilizing rod compensation is described in bend pipe process, so that quenched hollow
Stabiliser bar can comply with standard the tolerance of slot, and geomery meets drawing requirement.
Drawback of the prior art is that due to judging to be bent departure (or bias direction) by way of range estimation, and
The difficulty of range estimation bending departure too it is big thus need multiple test that can obtain correct anti-deformation, so as to adjust good
Bending machine simultaneously produces the hollow stabilizing rod for meeting tolerance standard, while the process needs veteran worker operation, consumption
Time is very long and needs to waste many tubing for testing.
Utility model content
For overcome the deficiencies in the prior art, the utility model is directed to a kind of tool structure of hollow stabilizing rod cubing
And a kind of hollow stabilizing rod cubing, can quickly measure above-mentioned anti-deformation with and reduce debugging number.
A kind of tool structure of hollow stabilizing rod cubing, including the first measuring block, first measuring block are equipped with standard
Slot, first measuring block are additionally provided with the open slot to intersect vertically with standard cell, the second measuring block are provided in the open slot,
Second measuring block is equipped with the U-lag for placing hollow stabilizing rod and gasket, and the width of the U-lag is not less than standard
Groove width.
Further, the gasket is provided with the recess that can accommodate screw end, and gasket is installed on U-shaped by flat head screw
Slot.
Further, the both ends of second measuring block are respectively provided with mounting hole, and first measuring block is provided with and pacifies
Fill the corresponding through hole in hole site, the mounting hole at second measuring block both ends is equipped with for the second measuring block to be installed to the
The locating shaft of one measuring block.
Further, the locating shaft is detachably inserted into the through hole and mounting hole.
Further, first measuring block bottom is provided with connecting pin, is provided with screw hole on the connecting pin.
Further, second measuring block is in concave shape.
Further, the gasket is set to the slot bottom and side cell wall of the U-lag.
Further, the gasket is set to the slot bottom and two sides cell wall of the U-lag.
A kind of hollow stabilizing rod cubing, including above-mentioned tool structure.
When debugging, the standard paragraphs of hollow stabilizing rod are clamped, attempt for the bending section of quenched hollow stabilizing rod to be put into this
In the standard cell of tool structure, if there are certain location points not to meet standard cell tolerance for hollow stabilizing rod, such as hollow steady
Inclined outside the bending section of fixed pole, then by adding gasket in the cell wall on U-lag, it is hollow that gasket promotes hollow stabilizing rod to make
The bending section of stabiliser bar is offset inward a certain amount of (being substantially equal to spacer thickness), until enabling the location point that can comply with standard slot
Tolerance.To hollow stabilizing rod, each location point for not meeting standard cell tolerance carries out aforesaid operations, finally enables hollow
All location points of stabiliser bar can comply with standard slot tolerance.The thickness of measurement gasket can then be passed through；Or it is each
A gasket has specific thickness, anti-to determine by the way that the gasket overall thickness that U-lag is placed on each tool structure is calculated
Deflection finally compensates the anti-deformation to hollow stabilizing rod on bending machine, and the hollow stabilizing rod produced is after quenching
Also the tolerance of slot requirement can be complied with standard.
The U-lag that the utility model is provided with dedicated for debugging, and it is hollow to adjust by increasing and decreasing gasket on U-lag
The amount of bow (bending direction can also be adjusted by a small margin) of stabiliser bar, thus showing that bending machine should compensate hollow stabilizing rod
Anti-deformation, tested without wasting a large amount of tubing, also save multiple pilot production tubing while saving tubing and
The time of consumption.
Detailed description of the invention
Fig. 1 is the overall schematic of prior art cubing；
Fig. 2 is the overall schematic of the tool structure of prior art cubing；
Fig. 3 is that the tool structure of the utility model is in the schematic diagram of debugging mode；
Fig. 4 is that the tool structure of the utility model is in the schematic diagram of detecting state；
In figure: 1, tool structure；10, standard cell；20, the second measuring block；21, gasket；22, flat head screw；30, it positions
Axis.
Specific embodiment
In the following, being described further in conjunction with attached drawing and specific embodiment to the utility model, it should be noted that
Under the premise of not colliding, it can be formed in any combination between various embodiments described below or between each technical characteristic new
Embodiment.
It please refers to shown in Fig. 1-4, a kind of tool structure of hollow stabilizing rod cubing, including the first measuring block, described first
Measuring block is equipped with standard cell 10, and first measuring block is additionally provided with the open slot to intersect vertically with standard cell 10, the opening
The second measuring block 20 is provided in slot, second measuring block 20 is equipped with the U-shaped for placing hollow stabilizing rod and gasket 21
The width of slot, the U-lag is not less than 10 width of standard cell.
As shown in figure 3, tool structure 1 is in debugging mode, the standard paragraphs of hollow stabilizing rod are clamped, it will be quenched hollow
The bending section of stabiliser bar is put into the standard cell 10 of this tool structure 1, if there are certain location points not to meet mark for hollow stabilizing rod
Quasi- 10 tolerance of slot, for example, outside the bending section of hollow stabilizing rod it is inclined, then by adding gasket in the cell wall on U-lag
21, gasket 21, which pushes hollow stabilizing rod the bending section of hollow stabilizing rod is offset inward, a certain amount of (is substantially equal to gasket 21
Thickness), until enabling the location point that can comply with standard the tolerance of slot 10.To hollow stabilizing rod, each does not meet standard cell
The location point of 10 tolerances all carries out aforesaid operations, finally enables all location points of hollow stabilizing rod that can comply with standard slot 10
Tolerance.The thickness of measurement gasket 21 can then be passed through；Or each gasket 21 has specific thickness, passes through meter
Calculate 21 overall thickness of gasket for showing that U-lag on each tool structure 1 is placed, to determine anti-deformation, finally on bending machine to
Hollow stabilizing rod compensates the anti-deformation, and the hollow stabilizing rod produced can also comply with standard the public affairs of the requirement of slot 10 after quenching
Difference.
It should be noted that the hollow stabilizing rod of standard cell 10 can be put into originally but not if U-lag width is less than 10 width of standard cell
One surely puts U-lag into, is that U-lag its tolerance before gasket 21 is not added can be put than the tolerance requirements at the higher level of standard cell 10
Standard cell 10 can be put into U-lag, also just lose the meaning adjusted with gasket 21.
The U-lag that the utility model is provided with dedicated for debugging, and sky is adjusted by increasing and decreasing gasket 21 on U-lag
The amount of bow (bending direction can also be adjusted by a small margin) of heart stabiliser bar, thus showing that bending machine should mend hollow stabilizing rod
The anti-deformation repaid is tested without wasting a large amount of tubing, also saves multiple pilot production tubing while saving tubing
And the time consumed.
Further, the gasket 21 is provided with the recess that can accommodate screw end, and gasket 21 is pacified by flat head screw 22
Loaded on U-lag.It should be noted that and gasket 21 then can be the gasket 21 of nominal thickness.Each piece of gasket 21 all has determining thickness
Degree, measures, it is only necessary to make simple meter according to the standard thickness of the quantity of gasket 21 and every piece of gasket 21 without subsequent
Calculation can calculate compensation rate is how many, simplify operational sequence, save the time and avoid each artificial measurement error, improve essence
Accuracy.It is noted that gasket 21 can also directly inlay card between hollow stabilizing rod and the gap of standard cell 10, substantially will not shadow
Ring measuring accuracy.
Further, the both ends of second measuring block 20 are respectively provided with mounting hole, first measuring block be provided with
The corresponding through hole of position of mounting hole, the mounting hole at 20 both ends of the second measuring block are equipped with for pacifying the second measuring block 20
It is attached to the locating shaft 30 of the first measuring block.The locating shaft 30 is detachably inserted into the through hole and mounting hole.Second surveys
When gauge block 20 needs to rotate, one of locating shaft 30 is extracted, then the second measuring block 20 can be 30 turns around another locating shaft
It is dynamic.It should be noted that locating shaft 30 can be screw, the slotting axis with positive stop end.Tool structure 1 is as shown in figure 4, tool structure at this time
1 is in measuring state, and the second measuring block 20 is rotated and leaves initial position, turns to the side of tool structure 1, and U-lag is de-
From standard cell 10.The standard cell of tool structure 1 of the hollow stabilizing rod merging in measuring state produced after bending machine will be adjusted
10.In this way without dismantling gasket 21, operate more convenient.
Further, for the ease of installation, 1 bottom of tool structure is provided with connecting pin, is provided with screw hole on connecting pin.
Further, second measuring block 20 is in concave shape.
Further, gasket 21 is set to the slot bottom and side cell wall of standard cell 10U shape slot.So that this tool structure 1
Shape of product more can be easily adjusted from laterally and vertically amplifying or adding tight tolerance (compensation rate)；After being adjusted in place, enter
Next process.
Further, gasket 21 is set to the slot bottom and two sides cell wall of standard cell 10U shape slot.So that this tool structure 1
From three direction amplifications or tight tolerance (compensation rate) can be added, more three-dimensionally adjust shape of product；After being adjusted in place, under
One procedure.
A kind of hollow stabilizing rod cubing, including above-mentioned tool structure.
Above embodiment is only preferred embodiments of the present invention, cannot be protected with this to limit the utility model
Range, the variation of any unsubstantiality that those skilled in the art is done on the basis of the utility model and replacement belong to
In the utility model range claimed.
Claims (9)
1. a kind of tool structure of hollow stabilizing rod cubing, including the first measuring block, first measuring block is equipped with standard cell,
It is characterized by: first measuring block is additionally provided with the open slot to intersect vertically with standard cell, is provided in the open slot
Two measuring blocks, second measuring block are equipped with the U-lag for placing hollow stabilizing rod and gasket, the width of the U-lag
Not less than standard groove width.
2. a kind of tool structure of hollow stabilizing rod cubing as described in claim 1, it is characterised in that: the gasket is provided with
The recess of screw end can be accommodated, the gasket is installed on U-lag by flat head screw.
3. a kind of tool structure of hollow stabilizing rod cubing as described in claim 1, it is characterised in that: second measuring block
Both ends be respectively provided with mounting hole, first measuring block is provided with through hole corresponding with position of mounting hole, and described second surveys
The mounting hole at gauge block both ends is equipped with the locating shaft for the second measuring block to be installed to the first measuring block.
4. a kind of tool structure of hollow stabilizing rod cubing as claimed in claim 3, it is characterised in that: the locating shaft is removable
It is plugged in the through hole and mounting hole with unloading.
5. a kind of tool structure of hollow stabilizing rod cubing as described in claim 1, it is characterised in that: first measuring block
Bottom is provided with connecting pin, is provided with screw hole on the connecting pin.
6. a kind of tool structure of hollow stabilizing rod cubing as described in claim 1, it is characterised in that: second measuring block
In concave shape.
7. a kind of tool structure of hollow stabilizing rod cubing as described in claim 1, it is characterised in that: the gasket is set to
The slot bottom and side cell wall of the U-lag.
8. a kind of tool structure of hollow stabilizing rod cubing as described in claim 1, it is characterised in that: the gasket is set to
The slot bottom and two sides cell wall of the U-lag.
9. a kind of hollow stabilizing rod cubing, it is characterised in that: including such as described in any item tool structures of claim 1-8.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821304000.0U CN208671904U (en) | 2018-08-13 | 2018-08-13 | A kind of tool structure of hollow stabilizing rod cubing and a kind of hollow stabilizing rod cubing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821304000.0U CN208671904U (en) | 2018-08-13 | 2018-08-13 | A kind of tool structure of hollow stabilizing rod cubing and a kind of hollow stabilizing rod cubing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208671904U true CN208671904U (en) | 2019-03-29 |
Family
ID=65837000
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821304000.0U Active CN208671904U (en) | 2018-08-13 | 2018-08-13 | A kind of tool structure of hollow stabilizing rod cubing and a kind of hollow stabilizing rod cubing |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208671904U (en) |
-
2018
- 2018-08-13 CN CN201821304000.0U patent/CN208671904U/en active Active
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