CN209513482U - Hardness tester apparatus for fastening applied to ABS gear ring - Google Patents
Hardness tester apparatus for fastening applied to ABS gear ring Download PDFInfo
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- CN209513482U CN209513482U CN201822155870.2U CN201822155870U CN209513482U CN 209513482 U CN209513482 U CN 209513482U CN 201822155870 U CN201822155870 U CN 201822155870U CN 209513482 U CN209513482 U CN 209513482U
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- dish bearing
- bearing matter
- clamping
- ring
- support claw
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Abstract
The hardness tester apparatus for fastening applied to ABS gear ring of the utility model, including dish bearing matter, the upper surface slide of dish bearing matter is connected with several support claws, the glide direction of each support claw is arranged along dish bearing matter axle center to the radial direction of dish bearing matter, clamping motor is provided on the side wall of dish bearing matter, linkage gear is provided in the shaft of clamping motor, drive rod is rotatably connected in dish bearing matter, the axis of drive rod and the axis collinear of dish bearing matter, drive disk is provided on the peripheral wall of drive rod, linkage gear is engaged with drive disk, clamping ring is threaded on drive rod, the setting of the opposite sliding of clamping ring is in dish bearing matter, dish bearing matter is equipped with clamping bar, the both ends of clamping bar are hinged with support claw and clamping ring respectively.Clamping motor moves clamping ring along drive rod, and clamping bar struts support claw mutually outward along the axis of dish bearing matter, and support claw limits the position of ABS gear ring by propping up the inner wall of ABS gear ring, guarantees that ABS gear ring contradicts the position of head relative to hardness tester.
Description
Technical field
The utility model relates to hardness tester equipment, and in particular to the hardness tester apparatus for fastening applied to ABS gear ring.
Background technique
The ABS gear ring completed the process needs to measure its intensity by hardness tester, and existing hardness tester is in measuring targets
When measuring, object under test is both placed on the dish bearing matter of hardness tester, and the rise of dish bearing matter, dish bearing matter are driven by hardness tester
It is contradicted with the conflict head of hardness tester, contradicts the hardness that head detects testee.
But since the ABS gear ring being placed on dish bearing matter is easy to slide on dish bearing matter, position and the ABS tooth of head are contradicted
Circle should not be aligned, therefore fixture is provided on dish bearing matter, and since ABS gear ring is annular shape, traditional fixture is clamping ABS tooth
When circle, ABS gear ring is since unbalance stress slides on dish bearing matter, and the ABS gear ring position after clamping is still relative to the position for contradicting head
Inaccuracy is set, therefore need to be designed using extremely urgent with the hardness tester clamping device of ABS gear ring.
Utility model content
It in order to overcome the deficiencies of the prior art, can the utility model proposes the hardness tester apparatus for fastening for being applied to ABS gear ring
With while clamping to ABS gear ring to the position restriction of ABS gear ring.
To achieve the above object, the hardness tester apparatus for fastening applied to ABS gear ring of the utility model, including dish bearing matter,
The upper surface slide of dish bearing matter is connected with several support claws, and the glide direction of each support claw is along dish bearing matter axle center to the half of dish bearing matter
Diameter direction is arranged, and is provided with clamping motor on the side wall of dish bearing matter, linkage gear, dish bearing matter are provided in the shaft of clamping motor
In be rotatably connected to drive rod, the axis of drive rod and the axis collinear of dish bearing matter, be provided with drive disk on the peripheral wall of drive rod,
Linkage gear is engaged with drive disk, is threaded with clamping ring on drive rod, the setting of the opposite sliding of clamping ring in dish bearing matter,
Dish bearing matter is equipped with clamping bar, and the both ends of clamping bar are hinged with support claw and clamping ring respectively.
Further, the sliding slot slided for clamping ring is equipped in dish bearing matter, clamping ring is equipped with sliding for reducing clamping ring
The damping device of dynamic resistance, damping device include the riser being arranged on clamping ring, and several rollers are rotatably connected on riser, rolling
The peripheral wall and sliding slot of column contradict.
Further, limited block is slidably connected on each support claw, the side wall of support claw is rotatably connected to side gear, holds object
Side rack gear is provided in disk, side gear is engaged with side rack gear, and perpendicular rack gear is slidably connected in support claw, erects rack gear and limited block connects
It connects, side gear is coaxially arranged with pinion, and pinion is engaged with perpendicular rack gear.
Further, it is three that support claw is mutually placed equidistant with along the axis of dish bearing matter.
Further, rubber pad is provided on support claw and limited block.
Further, arc conflict block is provided on each support claw.
The utility model has the advantages that clamping motor moves clamping ring along drive rod, clamping bar makes support claw mutually along the axis of dish bearing matter
It struts outward, support claw limits the position of ABS gear ring by propping up the inner wall of ABS gear ring, guarantees ABS gear ring relative to hardness tester
Contradict the position of head.
Detailed description of the invention
With reference to the accompanying drawing the utility model is made further to describe and illustrate.
Fig. 1 is the whole structural schematic diagram of the present embodiment；
Fig. 2 is the structural schematic diagram in order to highlight the connection relationship of side gear, side rack gear and perpendicular rack gear.
Appended drawing reference: 1, dish bearing matter；2, support claw；3, clamping motor；4, linkage gear；5, drive rod；6, drive disk；7, it presss from both sides
Tight ring；8, clamping bar；9, sliding slot；10, damping device；101, riser；102, roller；11, limited block；12, side gear；13, side
Rack gear；14, rack gear is erected；15, pinion；16, rubber pad；17, arc conflict block.
Specific embodiment
Below in conjunction with attached drawing, by the description to preferred embodiments of the present invention, more clearly and completely explain
State the technical solution of the utility model.
Embodiment: as depicted in figs. 1 and 2, applied to the hardness tester apparatus for fastening of ABS gear ring, for ABS gear ring is opposite
In the position restriction of the conflict head of hardness tester, the hardness tester apparatus for fastening applied to ABS gear ring includes dish bearing matter 1, and dish bearing matter 1 is used
In bearing ABS gear ring, the upper surface slide of dish bearing matter 1 is connected with several support claws 2, and object is held on the glide direction of each support claw 2 edge
1 axle center of disk is arranged to the radial direction of dish bearing matter 1, and is placed equidistant between each other between each support claw 2, and each support claw 2 is simultaneously
It is bonded with the inner ring of ABS gear ring, by the movement of each support claw 2, each support claw 2 limits the position of ABS gear ring, makes ABS gear ring
Axis and dish bearing matter 1 axis collinear, in order to reduce the material of support claw 2, while guaranteeing support claw 2 to the conflict of ABS gear ring jail
Solidity, therefore 2 first choice of support claw is set as three.
As depicted in figs. 1 and 2, in order to realize the automation movement of support claw 2, therefore folder is provided on the side wall of dish bearing matter 1
Tight motor 3, clamping motor 3 are the mobile power sources of support claw 2, are provided with linkage gear 4, dish bearing matter 1 in the shaft of clamping motor 3
In be rotatably connected to drive rod 5, the axis of drive rod 5 and the axis collinear of dish bearing matter 1 are provided with drive on the peripheral wall of drive rod 5
Moving plate 6, linkage gear 4 are engaged with drive disk 6, and due to engaging for linkage gear 4 and drive disk 6, clamping motor 3 drives drive rod
5 rotate around the axis of dish bearing matter 1, clamping ring 7 are threaded on drive rod 5, the setting of the opposite sliding of clamping ring 7 is in dish bearing matter
In 1, dish bearing matter 1 is equipped with clamping bar 8, and the both ends of clamping bar 8 are hinged with support claw 2 and clamping ring 7 respectively, after drive rod 5 rotates
Clamping ring 7 is driven to vertically move, clamping ring 7 drives support claw 2 mobile by clamping bar 8.
As depicted in figs. 1 and 2, clamping motor 3 drives support claw 2 to clamp ABS gear ring or unclamps ABS tooth by positive and negative rotation
Circle, clamping motor 3 are equipped with the cunning slided for clamping ring 7 using the servo motor of 1FK7060-5AF71-1AG0 in dish bearing matter 1
Slot 9, clamping ring 7 are equipped with damping device 10, and damping device 10 can reduce 7 resistance to sliding of clamping ring, to reduce clamping electricity
The rotary resistance of machine 3 achievees the purpose that improving support claw 2 clamps ABS stability of coil, and damping device 10 includes being arranged in clamping ring
Riser 101 on 7 peripheral walls, several rollers 102 are rotatably connected on riser 101, and the peripheral wall and sliding slot 9 of roller 102 contradict, pass through
Roller 102 rolls and reduces the resistance of clamping ring 7 Yu dish bearing matter 1 in sliding slot 9.
As depicted in figs. 1 and 2, each support claw 2 is during clamping ABS gear ring, due between each 2 shape of support claw
Error, the lower surface of ABS gear ring and the upper surface for holding object plate can be detached from the active force of ABS gear ring by support claw 2, departing from holding
After the ABS gear ring of object plate upper surface and the conflict head of hardness tester contradict, hardness tester can be due to the frictional force of ABS gear ring and support claw 2
And the case where causing measurement error to become larger, keeps the lower surface of ABS gear ring and holds the upper surface of object plate not to solve this situation
It is detached from, therefore vertical sliding is connected with limited block 11 on support claw 2, limited block 11 makes ABS gear ring by moving straight down
Lower surface and the upper surface of dish bearing matter 1, which contradict, to be compressed, and the vertical shift of limited block 11 is driven by aforementioned clamped motor 3 why
Limited block 11 can be driven by clamping motor 3, be because being rotatably connected to side gear 12 on the side wall of support claw 2, in dish bearing matter 1
It is provided with side rack gear 13, side gear 12 is engaged with side rack gear 13, and support claw 2 is after by the driving movement of clamping motor 3, due to side gear
12 engage with side rack gear 13, and side gear 12 generates rotation, slidably connects perpendicular rack gear 14 in support claw 2, erect rack gear 14 and limited block
11 connections, side gear 12 are coaxially arranged with pinion 15, and pinion 15 is engaged with perpendicular rack gear 14, and side gear 12 and pinion 15 are same
Axis rotation, pinion 15 drive perpendicular rack gear 14 to move up and down, and it is mobile to erect the drive limited block 11 of rack gear 14, and support claw 2 is moved to most
Behind big position, limited block 11 is just moved to maximum position straight down and contradicts with ABS gear ring.
As depicted in figs. 1 and 2, in order to further increase support claw 2 contradict ABS coil stability, therefore support claw 2 with
The side that ABS gear ring contradicts is provided with arc conflict block 17, and arc conflict block 17 is identical as the inner ring radian of ABS gear ring, arc
Conflict block 17 can increase its conflict area with ABS gear ring, to ensure that support claw 2 to the conflict fastness of ABS gear ring.Separately
Outside, support claw 2 is easy to cause slide mark, therefore supporting in support claw 2 and ABS gear ring to the inner ring of ABS gear ring to the conflict power of ABS gear ring
The side of touching is provided with rubber pad 16.
Above-mentioned specific embodiment is only described preferred embodiments of the present invention, and not practical to this
Novel protection scope is defined.Under the premise of not departing from the utility model design conception and scope, this field
Those of ordinary skill is according to verbal description provided by the utility model, attached drawing to made by the technical solution of the utility model
Various modifications, substitution and improvement should belong to the protection category of the utility model.The protection scope of the utility model is wanted by right
Ask determining.
Claims (6)
1. being applied to the hardness tester apparatus for fastening of ABS gear ring, including dish bearing matter (1), it is characterised in that: the dish bearing matter (1)
Upper surface slide is connected with several support claws (2), and the glide direction of each support claw (2) is along dish bearing matter (1) axle center to holding object
The radial direction of disk (1) is arranged, and is provided with clamping motor (3) on the side wall of the dish bearing matter (1), the clamping motor (3)
It is provided in shaft linkage gear (4), is rotatably connected to drive rod (5) in the dish bearing matter (1), the axis of the drive rod (5)
The axis collinear of line and dish bearing matter (1) is provided with drive disk (6) on the peripheral wall of the drive rod (5), the linkage gear (4)
It engages with drive disk (6), is threaded with clamping ring (7) on the drive rod (5), the opposite sliding of the clamping ring (7) is set
Set in dish bearing matter (1), the dish bearing matter (1) be equipped with clamping bar (8), the both ends of the clamping bar (8) respectively with support claw (2)
It is hinged with clamping ring (7).
2. the hardness tester apparatus for fastening according to claim 1 applied to ABS gear ring, it is characterised in that: the dish bearing matter
(1) sliding slot (9) slided for clamping ring (7) is equipped in, the clamping ring (7) is equipped with for reducing clamping ring (7) sliding resistance
The damping device (10) of power, the damping device (10) include the riser (101) being arranged on clamping ring (7), the riser
(101) it is rotatably connected on several rollers (102), the peripheral wall of the roller (102) and sliding slot (9) contradict.
3. the hardness tester apparatus for fastening according to claim 1 applied to ABS gear ring, it is characterised in that: each support
It is slidably connected on pawl (2) limited block (11), the side wall of the support claw (2) is rotatably connected to side gear (12), described to hold object
It is provided in disk (1) side rack gear (13), the side gear (12) is engaged with side rack gear (13), is slidably connected in the support claw (2)
Have perpendicular rack gear (14), the perpendicular rack gear (14) connect with limited block (11), and the side gear (12) is coaxially arranged with pinion
(15), the pinion (15) is engaged with perpendicular rack gear (14).
4. the hardness tester apparatus for fastening according to claim 1 applied to ABS gear ring, it is characterised in that: the support claw (2)
Mutually be placed equidistant with along the axis of dish bearing matter (1) is three.
5. the hardness tester apparatus for fastening according to claim 3 applied to ABS gear ring, it is characterised in that: the support claw (2)
With rubber pad (16) are provided on limited block (11).
6. the hardness tester apparatus for fastening according to claim 3 applied to ABS gear ring, it is characterised in that: each support
Arc conflict block (17) are provided on pawl (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822155870.2U CN209513482U (en) | 2018-12-21 | 2018-12-21 | Hardness tester apparatus for fastening applied to ABS gear ring |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822155870.2U CN209513482U (en) | 2018-12-21 | 2018-12-21 | Hardness tester apparatus for fastening applied to ABS gear ring |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209513482U true CN209513482U (en) | 2019-10-18 |
Family
ID=68196158
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822155870.2U Active CN209513482U (en) | 2018-12-21 | 2018-12-21 | Hardness tester apparatus for fastening applied to ABS gear ring |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209513482U (en) |
-
2018
- 2018-12-21 CN CN201822155870.2U patent/CN209513482U/en active Active
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