CN205629983U - Oil pan machine processingequipment - Google Patents
Oil pan machine processingequipment Download PDFInfo
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- CN205629983U CN205629983U CN201620168262.3U CN201620168262U CN205629983U CN 205629983 U CN205629983 U CN 205629983U CN 201620168262 U CN201620168262 U CN 201620168262U CN 205629983 U CN205629983 U CN 205629983U
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- oil sump
- pin
- float support
- seat
- assembly
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Abstract
The utility model discloses an oil pan machine processingequipment, including bracket component, locating pin subassembly quantity a plurality of, support column subassembly quantity a plurality of, supporting shoe quantity a plurality of and pressure plate assembly quantity a plurality of, the bracket component is used for anchor clamps reliably to install in the processing equipment, the locating pin subassembly is located the bracket component upper end, locating pin subassembly and support column subassembly all are equipped with the floating installation, support column subassembly, supporting shoe and pressure plate assembly all are located bracket component upper end and distribute peripherally in the oil pan, and the processingequipment's of this kind of oil pan beneficial effect is that the clamping when having realized oil pan parts machining has sufficient rigidity, effectively prevent deformation that the clamping produced the oil pan part and to the influence of machining precision, the parts machining's of improvement yields, and clamping clamping -force is invariable quick, efficient in addition, reduces working strength of worker.
Description
Technical field
This utility model relates to a kind of machining set-up, particularly relates to a kind of oil sump machining set-up.
Background technology
Oil sump is in engine bottom, dismantled and assembled, and the shell as oil storage tank will be sealed by axle box, oil sump is the lower half of crankcase, it is also called lower crankcase, effect is the closed crankcase shell as oil storage tank, prevent impurity from entering, and collect and store the lubricating oil flowed back to by each friction surface of diesel engine, disperse partial heat, prevent oil ageing, oil sump is many to be stamped to form by sheet metal, what shape was complex typically uses die cast, equipped with steady oil baffle inside it, swash with the right side concussion avoiding diesel engine to cause when jolting and spatter, be conducive to the precipitation of impurity of lubricant, side is equipped with dipstick, it is used for checking oil mass.
Oil sump part for die cast, the position needing processing is mainly seal face, necessary Packed function after installing due to oil sump, planarity requirements after oil sump end face is just processed by this is the highest, and the oil sump part of die cast generally is housing part, certain deformation all can be there is after molding, clamping rigidity can be occurred inadequate during common clamping mechanism clamping, or cause part after machining, not reach the technology requirement required for part parts fixation deformation after clamping, for this problem, be necessary to develop a machine for oil sump needed for processing unit (plant).
Utility model content
Technical problem to be solved in the utility model is: provide a kind of oil sump machining set-up, solves the oil sump machining clamping rigidity that occurs in current oil sump machining process not and during clamping by the problem of oil sump parts fixation deformation.
nullFor solving above-mentioned technical problem，The technical solution of the utility model is: a kind of oil sump machining set-up，Including carriage assembly、Pin assembly quantity several、Support column component count several、Support number of blocks several and Anchor plate kit quantity several，Described carriage assembly is positioned at process equipment，Described pin assembly is positioned at carriage assembly upper end and inserts hole, oil sump location，Described pin assembly is used for oil sump location in the horizontal direction，Described pin assembly and support column assembly are equipped with floating installation，Described support column assembly、Prop up bracer and Anchor plate kit is respectively positioned on carriage assembly upper end and is distributed in oil sump periphery，Described support column assembly for clamping time to the support bottom oil sump，Described Anchor plate kit is positioned at support column assembly or the outside of a bracer，Described Anchor plate kit is for fixed by pressing solidly under oil sump part.
This utility model further improves as follows:
Further, described carriage assembly also includes substrate, deck plate and some reinforcing plates, and described deck plate is positioned on the left of substrate, described reinforcing plate is positioned at substrate left end and deck plate lower end, described reinforcing plate is distributed in deck plate lower end, and described carriage assembly intensity is high, easy for installation.
Further, described pin assembly includes floating positioning pin seat, alignment pin, first spring and the first stop screw, described floating positioning pin seat is provided with a circular hole, described alignment pin side is provided with a groove, described alignment pin is positioned at the circular hole of floating positioning pin seat, described alignment pin slides with floating positioning pin seat and is connected, described first spring is positioned at floating positioning pin seat inside and alignment pin lower end, described first stop screw head is positioned at the groove of alignment pin, the float design of described alignment pin avoids scratch oil sump part in clamping process while can realizing positioning function.
Further, described support column assembly includes the first keel, float support seat, lock sleeve, float support post, second spring, second stop screw and the first cylinder, described first keel is positioned at deck plate upper end, described float support seat is positioned at the first keel upper end, described float support post lower end is positioned at inside float support seat, described lock sleeve is provided with a circular hole, described float support post runs through the circular hole of lock sleeve, described second spring is positioned at float support post lower end, described float support post can be slidable in the vertical direction, the float design of described support column assembly effectively prevent its upper end and there is gap with oil sump and lose supporting role.
Further, described float support seat is provided with a manhole, described float support post is cylindrical, described float support post slides with float support seat and is connected, described float support post bottom is provided with a Long Circle groove for its spacing at above-below direction, and described float support seat ensure that float support post has elastic force upwards and is unlikely to be ejected and depart from.
Further, described lock sleeve is connected with float support seat screw thread, the center hole left and right sides of described lock sleeve is respectively arranged with one and coupled runs through upper and lower rectangular recess and a breach, and the arranging of described lock sleeve can realize float support post optional position fixing in its domain of walker.
Further, described first cylinder axis height is identical with lock sleeve height, the breach center alignment that the piston rod axle center of described first cylinder is arranged with lock sleeve, and described first cylinder realizes the locking function of lock sleeve, simple in construction for driving lock sleeve deformation.
Further, described Anchor plate kit includes the second keel, second cylinder, joint, cushion block, connecting rod and pressing plate, described second keel is positioned at deck plate upper end and is connected with deck plate screw thread, described second cylinder is positioned at keel upper end and is connected with its screw thread, the piston rod thread of described joint and the second cylinder is connected, described cushion block is positioned at cylinder upper end and is connected with its screw thread, described connecting rod and pressing plate are designed with pin hole, described connecting rod is connected by pin with cushion block, described pressing plate is connected by pin with joint, described pressing plate is connected by pin with connecting rod, described connecting rod and briquetting can rotate around its pin hole, described Anchor plate kit effectively achieves the location of oil sump part in the vertical direction, and it is high to position reliable intensity.
Compared with prior art, the machining set-up of this kind of oil sump has multi-point support and positioner, ensure that the precise positioning of oil sump, will not shake when the float design of support means ensure that oil sump clamping, the position distribution of support member and oil sump periphery, pressing plate on Anchor plate kit is positioned at a bracer upper end, oil sump will not be deformed by such platen pressure, also ensure that the rigidity requirement of its clamping simultaneously, thus ensure that oil sump adds and oil sump will be caused to offset because of the cutting force in the course of processing man-hour, ensure that important end face machining accuracy, the device of the most this oil sump uses air cylinder driven, achieve the automatization of clamping, substantially increase production efficiency.
Accompanying drawing explanation
Fig. 1 illustrates this utility model front view
Fig. 2 illustrates this utility model top view
Fig. 3 illustrates this utility model right view
Fig. 4 illustrates this utility model pin assembly front view
Fig. 5 illustrates this utility model latch segment top view
Fig. 6 illustrates this utility model Anchor plate kit front view
Fig. 7 illustrates this utility model Anchor plate kit top view
Carriage assembly 1, pin assembly 2, support column assembly 3, prop up bracer 4, Anchor plate kit 5, substrate 11, deck plate 12, reinforcement 13, floating positioning pin seat 21, alignment pin 22, first spring 23, first stop screw 24, boss 211, blind hole 212, screwed hole 213, through hole 214, groove 221, first keel 31, float support seat 32, lock sleeve 33, float support post 34, second spring 35, second stop screw 36, first cylinder 37, center hole 331, second keel 51, second cylinder 52, joint 53, cushion block 54, connecting rod 55, pressing plate 56.
Detailed description of the invention
With embodiment, this utility model is further illustrated below in conjunction with the accompanying drawings.
As shown in Figures 1 to 7, a kind of oil sump machining set-up, including carriage assembly 1, some pin assemblies 2, some support column assemblies 3, some bracers 4 and some Anchor plate kits 5, carriage assembly 1 is reliably installed in process equipment for device, carriage assembly 1 is connected with process equipment screw thread, pin assembly 2 be positioned at carriage assembly 1 upper end and with oil sump location hole corresponding, pin assembly 2 and support column assembly 3 all use float design, support column assembly 3, prop up bracer 4 and Anchor plate kit 5 is respectively positioned on carriage assembly 1 upper end and is distributed in oil sump periphery, Anchor plate kit 5 is positioned at support column assembly 3 or the outside of a bracer 4.
Carriage assembly 1 also includes substrate 11, deck plate 12 and some reinforcing plates 13, if substrate 11 is provided with the connection for carriage assembly 1 with process equipment of the dry hole position, deck plate 12 is positioned on the left of substrate 11 and is connected with its screw thread, reinforcing plate 13 is positioned at substrate 11 left end and is connected with deck plate 12 lower end and with substrate 11 screw thread, reinforcing plate 13 is distributed in deck plate 12 lower end, this carriage assembly is easy for installation, simple in construction, and intensity is high.
nullPin assembly 2 includes floating positioning pin seat 21、Alignment pin 22、First spring 23 and the first stop screw 24，Boss 211 it is provided with for connected unit panel 12 bottom floating positioning pin seat 21，Floating positioning pin seat 21 upper end is provided with the blind hole 212 in a same axle center，Floating positioning pin seat 21 is provided with a tapped through hole 213 and a through hole 214 for ventilation at its blind hole side，Screwed hole 213 is positioned at above through hole 214，It is internal that alignment pin 22 is positioned at floating positioning pin seat 21，Alignment pin 22 slides with floating positioning pin seat 21 and is connected，First spring 23 is positioned at floating positioning pin seat 21 inside and alignment pin 21 lower end，First stop screw 24 is positioned at the tapped through hole 213 on floating positioning pin seat 21,Alignment pin 22 side is provided with a groove 221，First stop screw 24 head stretches in the groove 211 of alignment pin 22，Alignment pin upper end is provided with chamfering，Alignment pin 22 head stretches in hole, oil sump location，The float design of this alignment pin can be placed oil sump part and is positioned pin part scratch.
During work, the head of the first stop screw can only move in the groove of alignment pin, achieve the limit function of alignment pin, and the spring with alignment pin lower end is set alignment pin is up ejected, first oil sump is positioned over alignment pin upper end and presses under alignment pin, when aliging with alignment pin in hole, oil sump location, alignment pin not by oil sump stop and by spring ejection, alignment pin head stretches in hole, oil sump location, alignment pin is limited by the first stop screw and stops moving upward, this completes the location to oil sump, this location mode cannot be easily caused the scratch of oil sump.
nullSupport column assembly 3 includes the first keel 31、Float support seat 32、Lock sleeve 33、Float support post 34、Second spring 35、Second stop screw 36 and the first cylinder 37，First keel 31 is positioned at deck plate 12 upper end and is connected with its screw thread，Float support seat 32 is positioned at the first keel 31 upper end and is connected with its screw thread，Lock sleeve 33 be positioned at float support seat 32 upper end and with its consistency from top to bottom，It is internal that float support post 34 lower end is positioned at float support seat 32，Float support post 34 runs through lock sleeve 33，Second spring 35 is positioned at float support post 34 lower end，Second stop screw 36 is connected with float support seat 32 screw thread and is connected with float support post 34 gap，Float support post 34 can be slidable in the vertical direction，First cylinder 31 is positioned at upper end and the outside of float support seat 32 of the first keel 31.
Float support seat 32 center is provided with a manhole, float support post 34 is cylindrical, float support post 34 slides with float support seat 32 and is connected, float support post 34 bottom is provided with a Long Circle groove for its spacing at above-below direction, and float support post 34 lower end is provided with a blind round hole.
Lock sleeve 33 is connected with float support seat 32 screw thread, lock sleeve 33 is provided with a center hole 331, center hole 331 left and right sides is respectively arranged with one and coupled runs through upper and lower rectangular recess and a breach, first cylinder 31 centre-height is identical with lock sleeve height, piston rod axle center and lock sleeve breach center alignment.
nullDuring work，Second stop screw head stretches in the Long Circle groove of float support post，Achieve on float support post above-below direction is spacing，Float support post is owing to upwards being ejected by the elastic force of lower end the second spring，After alignment pin location in the horizontal direction placed by oil sump part，Oil sump relies on self gravity to press under float support post and the holding of its lower surface and float support post upper surface contacts，At this time latch segment breach side is inwardly pushed up by driving the piston rod of the first cylinder to eject，Latch segment deformation and breach is promoted to reduce，Achieve the function that float support post is clamped by latch segment，The most together fix and on deck plate due to latch segment and float support seat，Float support bar cannot be moved downward by the clamping force of latch segment，Now float support post relies on the clamping force of latch segment that oil sump is produced supporting role upwards.
Bracer 4 is respectively positioned on deck plate 12 upper end and is connected with its screw thread, and bracer 4 upper end is provided with a small boss, float support post and prop up bracer and arrange, at oil sump periphery, the support that effectively ensure that bottom oil sump.
Anchor plate kit 5 includes the second keel 51, second cylinder 52, joint 53, cushion block 54, connecting rod 55 and pressing plate 56, second keel 51 is positioned at deck plate 12 upper end and is connected with deck plate 12 screw thread, second cylinder 52 is positioned at keel 51 upper end and is connected with its screw thread, joint 53 is connected with the piston rod thread of cylinder 52, cushion block 54 is positioned at the second cylinder 52 upper end and is connected with its screw thread, connecting rod 55 and pressing plate 56 are designed with pin hole, connecting rod 55 is connected with cushion block 54 pin, pressing plate 56 is connected with joint 53 pin, pressing plate 56 is connected with connecting rod 55 pin, connecting rod 55 and briquetting 56 can rotate around its pin hole.
During work, by driving the second cylinder piston rod upwards to eject, pressing back-end is lifted up by the fixing upper end of joint with piston rod head by pin, and the pin hole in the middle of pressing plate is due to the pulling force of the connecting rod by being connected with cushion block pin, pressing plate middle part is not ejected, so pressing plate pressure head just completes pressing action, otherwise drives the opposite force of the second cylinder piston rod, then complete the lift action of pressing plate.The setting of Anchor plate kit is effectively ensured the rigidity of oil sump parts fixation, and ensure that oil sump part will not affect the machining accuracy of its upper surface because of chip power or deformation when clamping.
The processing unit (plant) of this oil sump provides the benefit that to achieve and oil sump part adds the clamping in man-hour has enough rigidity, effectively prevent deformation that oil sump part produces by clamping and the impact on machining accuracy, the yields of the part processing improved, additionally the clamping chucking power of oil sump part all has cylinder to provide, chucking power is constant quickly, efficiency is high, reduces workman's working strength.
This utility model is not limited to above-mentioned specific embodiment, and those of ordinary skill in the art is from above-mentioned design, and without performing creative labour, all conversion made, within all falling within protection domain of the present utility model.
Claims (9)
1. an oil sump machining set-up, it is characterized in that, including carriage assembly, pin assembly quantity several, support column component count several, support number of blocks several and Anchor plate kit quantity several, described carriage assembly is positioned at process equipment, described pin assembly is positioned at carriage assembly upper end and inserts hole, oil sump location, described pin assembly is used for oil sump location in the horizontal direction, described pin assembly and support column assembly are equipped with floating installation, described support column assembly, prop up bracer and Anchor plate kit is respectively positioned on carriage assembly upper end and is distributed in oil sump periphery, described support column assembly for clamping time to the support bottom oil sump, described Anchor plate kit is positioned at support column assembly or the outside of a bracer, described Anchor plate kit is for fixed by pressing solidly under oil sump part.
2. a kind of oil sump machining set-up as claimed in claim 1, it is characterized in that, described carriage assembly also includes substrate, deck plate and some reinforcing plates, and described deck plate is positioned on the left of substrate, described reinforcing plate is positioned at substrate left end and deck plate lower end, and described reinforcing plate is distributed in deck plate lower end.
3. a kind of oil sump machining set-up as claimed in claim 1, it is characterized in that, described pin assembly includes floating positioning pin seat, alignment pin, the first spring and the first stop screw, described floating positioning pin seat is provided with a circular hole, described alignment pin side is provided with a groove, described alignment pin is positioned at the circular hole of floating positioning pin seat, described alignment pin slides with floating positioning pin seat and is connected, described first spring is positioned at floating positioning pin seat inside and alignment pin lower end, and described first stop screw head is positioned at the groove of alignment pin.
4. a kind of oil sump machining set-up as claimed in claim 1, it is characterized in that, described support column assembly includes the first keel, float support seat, lock sleeve, float support post, second spring, second stop screw and the first cylinder, described first keel is positioned at deck plate upper end, described float support seat is positioned at the first keel upper end, described float support post lower end is positioned at inside float support seat, described lock sleeve is provided with a circular hole, described float support post runs through the circular hole of lock sleeve, described second spring is positioned at float support post lower end, described float support post can be slidable in the vertical direction.
5. a kind of oil sump machining set-up as claimed in claim 4, it is characterized in that, described float support seat is provided with a manhole, described float support post is cylindrical, described float support post and float support seat slide and are connected, and described float support post bottom is provided with a Long Circle groove for its spacing at above-below direction.
6. a kind of oil sump machining set-up as claimed in claim 4, it is characterized in that, described lock sleeve is connected with float support seat screw thread, and the center hole left and right sides of described lock sleeve is respectively arranged with one and coupled runs through upper and lower rectangular recess and a breach.
7. a kind of oil sump machining set-up as described in claim 4 or 6, it is characterised in that described first cylinder axis height is identical with lock sleeve height, the breach center alignment that the piston rod axle center of described first cylinder is arranged with lock sleeve.
8. a kind of oil sump machining set-up as claimed in claim 1, it is characterized in that, described Anchor plate kit includes the second keel, the second cylinder, joint, cushion block, connecting rod and pressing plate, described second keel is positioned at deck plate upper end and is connected with deck plate screw thread, described second cylinder is positioned at keel upper end and is connected with its screw thread, the piston rod thread of described joint and the second cylinder is connected, and described cushion block is positioned at cylinder upper end and is connected with its screw thread.
9. a kind of oil sump machining set-up as claimed in claim 8, it is characterized in that, described connecting rod and pressing plate are designed with pin hole, described connecting rod is connected by pin with cushion block, described pressing plate is connected by pin with joint, described pressing plate is connected by pin with connecting rod, and described connecting rod and briquetting can rotate around its pin hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620168262.3U CN205629983U (en) | 2016-03-04 | 2016-03-04 | Oil pan machine processingequipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620168262.3U CN205629983U (en) | 2016-03-04 | 2016-03-04 | Oil pan machine processingequipment |
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| Publication Number | Publication Date |
|---|---|
| CN205629983U true CN205629983U (en) | 2016-10-12 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620168262.3U Active CN205629983U (en) | 2016-03-04 | 2016-03-04 | Oil pan machine processingequipment |
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| CN (1) | CN205629983U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106166681A (en) * | 2016-03-04 | 2016-11-30 | 苏州金澄精密铸造有限公司 | A kind of oil sump machining set-up |
-
2016
- 2016-03-04 CN CN201620168262.3U patent/CN205629983U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106166681A (en) * | 2016-03-04 | 2016-11-30 | 苏州金澄精密铸造有限公司 | A kind of oil sump machining set-up |
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