CN205816896U - The through axis hole of penetrating bridge reprocesses frock - Google Patents
The through axis hole of penetrating bridge reprocesses frock Download PDFInfo
- Publication number
- CN205816896U CN205816896U CN201620696486.1U CN201620696486U CN205816896U CN 205816896 U CN205816896 U CN 205816896U CN 201620696486 U CN201620696486 U CN 201620696486U CN 205816896 U CN205816896 U CN 205816896U
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- China
- Prior art keywords
- parts
- upper junction
- junction plate
- frock
- axis hole
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Abstract
A kind of through axis hole of penetrating bridge reprocesses frock, relate to one and reprocess frock, frock includes tool parts, pivoting part, positioning element, adjustment parts, tool parts includes rotary motive power mechanism, upper junction plate, broach shell, knife bar, milling cutter, pivoting part, positioning element are connected to the lower section of upper junction plate in turn, and the knife bar of tool parts and milling cutter sequentially pass through upper junction plate, pivoting part, the mesopore of positioning element and stretch out outside positioning element；Adjust parts to include laterally adjusting parts and longitudinally adjusted parts.This utility model is to reprocess frock to be directly installed on the axle housing of penetrating bridge through axis hole can be reprocessed processing by whole, just can do over again without pulling down axle housing to transport back to be arranged on machining center, its reclamation work amount is little, reprocess expense low, also there is compact conformation simple, feature easy to carry, easy to operate, it is easy to promote the use of.
Description
Technical field
This utility model relates to one and reprocesses frock, and frock reprocessed by a kind of through bridge opening.
Background technology
If the through axis hole of penetrating bridge axle housing is processed defective, need to do over again.The through axis hole of existing penetrating bridge is reprocessed
Have the disadvantage in that
1. reclamation work amount is big: penetrating bridge assembly needs to remove from vehicle, is then disintegrated by penetrating bridge assembly, by bridge
Shell is transported back, is arranged on machining center through axis hole of doing over again, and its reclamation work amount is the biggest；
2. reprocess costly: penetrating bridge assembly is dismounted from vehicle and once needs nearly 2,000 yuan by (1)；(2) axle housing freight charges are relatively
Expensive；(3) penetrating bridge assembly disintegrates, and secondary assembling needs thousands of units expense；(4) on axle housing, machining center is done over again a hundreds of unit of need；
(5) rework cost is up to millions of unit in batches, and loss is big.
Summary of the invention
The technical problems to be solved in the utility model is: provide a kind of through axis hole of penetrating bridge to reprocess frock, existing to solve
Big with the presence of the reclamation work amount of technology, reprocess weak point costly.
The technical scheme solving above-mentioned technical problem is: a kind of through axis hole of penetrating bridge reprocesses frock, including tool parts,
Pivoting part, positioning element, described tool parts includes rotary motive power mechanism, upper junction plate, broach shell, knife bar, milling cutter, described
Rotary motive power mechanism be arranged on the top of upper junction plate, the output shaft of rotary motive power mechanism is connected with one end of knife bar, knife bar
The other end be connected with milling cutter, be socketed with described broach shell outside knife bar；Described pivoting part, positioning element are connected in turn
The lower section of connecting plate, the knife bar of tool parts and milling cutter sequentially pass through upper junction plate pivoting part, the mesopore of positioning element and stretch
Go out outside positioning element.
Further technical scheme of the present utility model is: described pivoting part includes lower connecting plate, support set, described
Lower connecting plate is positioned at the lower section of upper junction plate；Described support set is connected to the lower section of lower connecting plate；Lower connecting plate, support set are equal
It is provided with for the mesopore through knife bar.
Further technical scheme of the present utility model is: the through axis hole of described penetrating bridge is reprocessed frock and also included adjustment
Parts, these adjustment parts include laterally adjusting parts and longitudinally adjusted parts, and the described parts that laterally adjust are arranged on connection
Between plate and pivoting part, longitudinally adjusted parts are arranged on positioning element.
Further technical scheme of the present utility model is: the described parts that laterally adjust include push broach block, adjust bolt, push away
One end of cutter block is connected with lower connecting plate, and the other end of push broach block is provided with adjustment bolt hole；Described adjustment bolt is through being somebody's turn to do
Adjust bolt hole end to withstand on upper junction plate, and locked by locking nut.
Further technical scheme of the present utility model is: the described parts that laterally adjust also include laterally adjusting limiting section
Part, this laterally adjust limiting component include contiguous block, caging bolt, limited block, described limited block be connected to upper junction plate with
Between lower connecting plate, described contiguous block is located at upper junction plate and adjusts between bolt, one end of this contiguous block and upper junction plate
Connecting, the other end of contiguous block is provided with caging bolt hole；Described caging bolt passes caging bolt hole, and its end withstands on spacing
On block, and locked by the clamp nut being socketed on caging bolt.
Further technical scheme of the present utility model is: described longitudinally adjusted parts include adjusting nut, adjusting sleeve, tight
Gu screw I, described adjusting nut is connected on support set, and adjusting sleeve is socketed on the support set below adjusting nut, adjusts
The upper surface of set fits with the lower surface of adjusting nut；Adjusting nut, adjusting sleeve are equipped with for the mesopore through knife bar, adjust
The periphery of whole nut is provided with screwed hole, is provided with described trip bolt I in this screwed hole.
Further technical scheme of the present utility model is: described positioning element includes positioning sleeve, and this positioning sleeve is enclosed within tune
On a whole set of lower end cylindrical, and between the lower end cylindrical of positioning sleeve and adjusting sleeve, bearing is installed；Also connect outside described positioning sleeve
It is connected to pressing plate, pressing plate is provided with the trip bolt II for fastening feeler block or workpiece；The bottom of positioning sleeve is also equipped with many
The Magnet that block is uniform.
Owing to using said structure, the through axis hole of penetrating bridge of this utility model reprocesses frock compared with prior art, tool
There is a following beneficial effect:
1. reclamation work amount is little
Reprocess frock due to the through axis hole of penetrating bridge of the present utility model and include tool parts, pivoting part, positioning element,
Wherein tool parts includes that rotary motive power mechanism, upper junction plate, broach shell, knife bar, milling cutter, rotary motive power mechanism are arranged on connection
The top of plate, the output shaft of rotary motive power mechanism is connected with one end of knife bar, and the other end of knife bar is connected with milling cutter, knife bar overcoat
It is connected to described broach shell；Described pivoting part, positioning element are connected to the lower section of upper junction plate, the knife bar of tool parts in turn
And milling cutter sequentially passes through upper junction plate, pivoting part, the mesopore of positioning element and stretches out outside positioning element.During use, by whole
Reprocess frock to be directly installed on the axle housing of penetrating bridge and through axis hole can be reprocessed processing, it is not necessary to by penetrating bridge assembly from
Removing on vehicle, disintegrated by penetrating bridge assembly, transport back axle housing to be arranged on machining center and just can do over again, it reprocesses work
Greatly reduce as amount.
2. reprocess expense low
Owing to reprocessing of the through axis hole of penetrating bridge is all to be arranged on machining center by the axle housing of penetrating bridge under normal circumstances
Processing, will be arranged on the equipment of machining center processing by workpiece；And this utility model is that through for penetrating bridge axis hole is reprocessed work
Dress is arranged on the axle housing i.e. workpiece of penetrating bridge processing, it is not necessary to the dismounting expense of penetrating bridge, freight charges, greatly reduces the expense of reprocessing,
Batch can retrieve millions of economic losses when doing over again.
3. compact conformation is simple, easy to carry
The through axis hole of penetrating bridge of the present utility model reprocess frock include tool parts, pivoting part, positioning element and
Adjusting parts, its overall size is little, and quality is relatively small, and compact conformation is simple, easy to carry, it is easy to promote the use of.
The most easy to operate
Repair method step of the present utility model is simple, and easy to operate, normal operations work is the most operable.
Below, the through axis hole of penetrating bridge to this utility model is reprocessed the technical characteristic of frock and is made in conjunction with the accompanying drawings and embodiments
Further instruction.
Accompanying drawing explanation
Described in Fig. 1: embodiment one, the through axis hole of the penetrating bridge of this utility model reprocesses the planar structure schematic diagram of frock,
Described in Fig. 2: embodiment one, the through axis hole of the penetrating bridge of this utility model reprocesses the perspective view of frock,
Fig. 3: use the through axis hole of penetrating bridge to reprocess view when through axis hole is reprocessed by frock.
In above-mentioned accompanying drawing, each description of reference numerals is as follows:
Tool parts 1,
101-rotary motive power mechanism, 102-upper junction plate, 103-broach shell, 104-knife bar, 105-milling cutter, 106-handle；
2-pivoting part,
201-lower connecting plate, 202-support set；
3-positioning element, 301-positioning sleeve, 302-bearing, 303-pressing plate, 304-trip bolt II, 305-Magnet；
4-adjusts parts,
41-laterally adjusts parts,
411-push broach block, 412-locking nut, 413-adjusts bolt, and 414-laterally adjusts limiting component,
4141-contiguous block, 4142-caging bolt, 4143-limited block, 4144-clamp nut,
The longitudinally adjusted parts of 42-,
421-adjusting nut, 422-adjusting sleeve, 423-trip bolt I,
5-protective cover, the axle housing of 6-penetrating bridge.
Detailed description of the invention
Embodiment one
A kind of through axis hole of penetrating bridge reprocesses frock, including tool parts 1, pivoting part 2, positioning element 3, adjusts parts
4, described tool parts 1 includes rotary motive power mechanism 101, upper junction plate 102, broach shell 103, knife bar 104, milling cutter 105, described
Rotary motive power mechanism 101 be arranged on the top of upper junction plate 102, the output shaft of rotary motive power mechanism 101 and the one of knife bar 104
End connects, and the other end of knife bar 104 is connected with milling cutter 105, is socketed with described broach shell 103, upper junction plate 102 outside knife bar 104
On be also equipped with handle 106；Described pivoting part 2, positioning element 3 are connected to the lower section of upper junction plate 102, cutter part in turn
The knife bar 104 of part 1 and milling cutter 105 sequentially pass through upper junction plate 102, pivoting part 2, the mesopore of positioning element 3 and stretch out location
Outside parts 3.
Described pivoting part 2 includes that lower connecting plate 201, support set 202, described lower connecting plate 201 are positioned at connection
The lower section of plate 102；Described support set 202 is connected to the lower section of lower connecting plate 201；Lower connecting plate 201, support set 202 are all provided with
Have for the mesopore through knife bar 104.
Described adjustment parts 4 include laterally adjusting parts 41 and longitudinally adjusted parts 42, and described laterally adjusts parts
41 are arranged between upper junction plate 102 and pivoting part 2, and longitudinally adjusted parts 42 are arranged on positioning element 3.
The described parts 41 that laterally adjust include push broach block 411, adjustment bolt 413, laterally adjust limiting component 414, push away
One end of cutter block 411 is connected with lower connecting plate 201, and the other end of push broach block 401 is provided with adjustment bolt hole；Described adjustment spiral shell
Bolt 413 withstands on upper junction plate 102 through this adjustment bolt hole end, and is locked by locking nut 412.
The described limiting component 414 that laterally adjusts includes contiguous block 4141, caging bolt 4142, limited block 4143, described
Limited block 4143 be connected between upper junction plate 102 and lower connecting plate 201, described contiguous block 4141 is located at upper junction plate
Between 102 and adjustment bolt 412, one end of this contiguous block 4141 is connected with upper junction plate 102, and the other end of contiguous block 4141 sets
Limited location bolt hole；Described caging bolt 4142 is through caging bolt hole, and its end withstands on limited block 4143, and by set
The clamp nut 4144 being connected on caging bolt 4142 is locked.
Described longitudinally adjusted parts 42 include adjusting nut 421, adjusting sleeve 422, trip bolt I 423, described adjustment
Nut 421 is connected on support set 202, and adjusting sleeve 422 is socketed on the support set 202 below adjusting nut 421, adjusting sleeve
The upper surface of 422 fits with the lower surface of adjusting nut 421；Adjusting nut 421, adjusting sleeve 422 are equipped with for through cutter
The mesopore of bar 104, the periphery of adjusting nut 421 is provided with screwed hole, is provided with described trip bolt I in this screwed hole
423。
Described positioning element 3 includes positioning sleeve 301, and this positioning sleeve 301 is enclosed within the lower end cylindrical of adjusting sleeve 422, and
Between the lower end cylindrical of positioning sleeve 301 and adjusting sleeve 422, bearing 302 is installed；It is also associated with three pieces outside described positioning sleeve 301
Symmetrically arranged pressing plate 303, pressing plate 303 is provided with the trip bolt II 304 for fastening feeler block or workpiece；Positioning sleeve
The bottom of 301 is also equipped with 6 blocks of uniform Magnet 305.
Add man-hour, first check the axle housing 6 of penetrating bridge, it is ensured that without other parts such as through shaft, bearing, oil in through axis hole
Envelopes etc., put in through axis hole by the protective cover 5 of subsidiary Magnet, and develop bottom through axis hole；Determining of cleaning positioning sleeve 301
Plane without iron filings, is sling whole frock by permanent magnet hanger, and positioning sleeve 301 is inserted through axis hole by the portable handle of both hands, it is ensured that
The locating surface of positioning sleeve 301 is fitted with through axis hole plane, intersects and locks trip bolt II 304；Start rotary motive power mechanism
101, slow precession adjusts bolt 413, makes milling cutter 105 feeding, until caging bolt 4142 contacts limited block 4143, locking fastening
Nut 4144；Slowly rotary cutting annular groove, rotates 365 ~ 370 °, and rotary motive power mechanism 101 shuts down, and unscrews trip bolt II
304, take out whole frock, completion of processing；Remove through shaft iron filings inside holes, remove flash removed, remove dust, take out protective cover 5；Press
Drawing checks through shaft hole size, reprocesses end.
Claims (7)
1. the through axis hole of penetrating bridge reprocesses frock, it is characterised in that: include tool parts (1), pivoting part (2), location
Parts (3), described tool parts (1) includes rotary motive power mechanism (101), upper junction plate (102), broach shell (103), knife bar
(104), milling cutter (105), described rotary motive power mechanism (101) is arranged on the top of upper junction plate (102), rotary motive power mechanism
(101) output shaft is connected with the one end of knife bar (104), and the other end of knife bar (104) is connected with milling cutter (105), knife bar (104)
It is socketed with outward described broach shell (103)；Described pivoting part (2), positioning element (3) are connected to upper junction plate (102) in turn
Lower section, the knife bar (104) of tool parts (1) and milling cutter (105) sequentially pass through upper junction plate (102), pivoting part (2), fixed
Position parts (3) mesopore and stretch out positioning element (3) outward.
The through axis hole of penetrating bridge the most according to claim 1 reprocesses frock, it is characterised in that: described pivoting part (2)
Including lower connecting plate (201), support set (202), described lower connecting plate (201) is positioned at the lower section of upper junction plate (102)；Described
Support set (202) be connected to the lower section of lower connecting plate (201)；Lower connecting plate (201), support set (202) are equipped with for wearing
Cross the mesopore of knife bar (104).
The through axis hole of penetrating bridge the most according to claim 2 reprocesses frock, it is characterised in that: described penetrating bridge through shaft
Hole is reprocessed frock and is also included adjustment parts (4), and these adjustment parts (4) include laterally adjusting parts (41) and longitudinally adjusted parts
(42), the described parts (41) that laterally adjust are arranged between upper junction plate (102) and pivoting part (2), longitudinally adjusted parts
(42) it is arranged on positioning element (3).
The through axis hole of penetrating bridge the most according to claim 3 reprocesses frock, it is characterised in that: described laterally adjusts parts
(41) including push broach block (411), adjust bolt (413), one end of push broach block (411) is connected with lower connecting plate (201), push broach block
(411) the other end is provided with adjustment bolt hole；Described adjustment bolt (413) withstands on company through this adjustment bolt hole end
On fishplate bar (102), and locked by locking nut (412).
The through axis hole of penetrating bridge the most according to claim 4 reprocesses frock, it is characterised in that: described laterally adjusts parts
(41) also including laterally adjusting limiting component (414), this laterally adjusts limiting component (414) and includes contiguous block (4141), spacing
Bolt (4142), limited block (4143), described limited block (4143) is connected to upper junction plate (102) and lower connecting plate (201)
Between, described contiguous block (4141) is located at upper junction plate (102) and adjusts between bolt (413), this contiguous block (4141)
One end is connected with upper junction plate (102), and the other end of contiguous block (4141) is provided with caging bolt hole；Described caging bolt
(4142) through caging bolt hole, its end withstands on limited block (4143), and by being socketed on caging bolt (4142)
Clamp nut (4144) is locked.
The through axis hole of penetrating bridge the most according to claim 3 reprocesses frock, it is characterised in that: described longitudinally adjusted parts
(42) include that adjusting nut (421), adjusting sleeve (422), trip bolt I (423), described adjusting nut (421) are connected to prop up
On support set (202), adjusting sleeve (422) is socketed on the support set (202) of adjusting nut (421) lower section, adjusting sleeve (422) upper
End face fits with the lower surface of adjusting nut (421)；Adjusting nut (421), adjusting sleeve (422) are equipped with for through knife bar
(104) mesopore, the periphery of adjusting nut (421) is provided with screwed hole, is provided with described trip bolt I in this screwed hole
(423).
The through axis hole of penetrating bridge the most according to claim 6 reprocesses frock, it is characterised in that: described positioning element (3)
Including positioning sleeve (301), this positioning sleeve (301) is enclosed within the lower end cylindrical of adjusting sleeve (422), and positioning sleeve (301) with adjust
Between the lower end cylindrical of set (422), bearing (302) is installed；Pressing plate (303) it is also associated with, pressure outside described positioning sleeve (301)
Trip bolt II (304) for fastening feeler block or workpiece is installed on plate (303)；The bottom of positioning sleeve (301) is also installed
There is the Magnet (305) that polylith is uniform.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620696486.1U CN205816896U (en) | 2016-06-29 | 2016-06-29 | The through axis hole of penetrating bridge reprocesses frock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620696486.1U CN205816896U (en) | 2016-06-29 | 2016-06-29 | The through axis hole of penetrating bridge reprocesses frock |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205816896U true CN205816896U (en) | 2016-12-21 |
Family
ID=57563997
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620696486.1U Withdrawn - After Issue CN205816896U (en) | 2016-06-29 | 2016-06-29 | The through axis hole of penetrating bridge reprocesses frock |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205816896U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106001718A (en) * | 2016-06-29 | 2016-10-12 | 方盛车桥（柳州）有限公司 | Repairing tool and method for tandem axle hole of tandem axle |
-
2016
- 2016-06-29 CN CN201620696486.1U patent/CN205816896U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106001718A (en) * | 2016-06-29 | 2016-10-12 | 方盛车桥（柳州）有限公司 | Repairing tool and method for tandem axle hole of tandem axle |
| CN106001718B (en) * | 2016-06-29 | 2018-07-03 | 方盛车桥（柳州）有限公司 | Penetrating bridge perforation axis hole reprocesses tooling and repair method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161221 Effective date of abandoning: 20180703 |
|
| AV01 | Patent right actively abandoned |