CN205551470U - Piston ring automatic cutout machine - Google Patents
Piston ring automatic cutout machine Download PDFInfo
- Publication number
- CN205551470U CN205551470U CN201620041167.7U CN201620041167U CN205551470U CN 205551470 U CN205551470 U CN 205551470U CN 201620041167 U CN201620041167 U CN 201620041167U CN 205551470 U CN205551470 U CN 205551470U
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- piston ring
- chuck
- motor
- arm
- cylinder
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Abstract
The utility model relates to a piston ring cutting technical field discloses a piston ring automatic cutout machine, which comprises a frame, main motor, lathe head, be equipped with the main shaft in the lathe head, the one end of main shaft is equipped with the belt pulley, the other end of main shaft is equipped with piston ring location chuck, the top other end of frame is equipped with the knife rest, lathe head's upside is equipped with the connecting seat, be equipped with feed mechanism on the connecting seat, feed mechanism's discharge end is equipped with retaining cylinder, the side of connecting seat is equipped with the position sleeve, two sides that lie in feed mechanism on the connecting seat respectively are equipped with a rotor arm drive assembly, be connected with the feeding arm on the rotor arm drive assembly, be connected with ejection of compact arm on another rotor arm drive assembly, the outer end of feeding arm is equipped with the feeding chuck, the outer end of ejection of compact arm is equipped with ejection of compact chuck, the knife rest bottom is equipped with automatic knife feed mechanism, it is equipped with material distributing frame under to lie in ejection of compact chuck in the frame. The utility model discloses the cutting is during the piston ring, cut efficient, the cutting accuracy height.
Description
Technical field
This utility model relates to piston ring cutting technique field, particularly relates to a kind of piston ring automatic gas cutting machine.
Background technology
Having a kind of wear ring in piston ring, wear ring is made by casting, needs to cut into two panels after making.Traditional processing method is by lathe process, after manually piston ring being clamped by lathe dog, to cutter, cutting, then the two rings after cutting is taken off, is then loaded on piston ring, such cycle operation.Obviously, this kind of artificial fatigue strength of operating type is big, and piston ring cutting efficiency is low, needs cutter, cutting every time, and after cutting with a batch of piston ring, thickness there are differences, and homogeneity of product is poor.
Chinese Patent Application No.: CN201010536927.9, November 2 2010 applying date, disclose a kind of piston ring-cutting device, including cutter sweep main body, cutter, cylinder (one), cylinder (two), piston ring clamping axle, cutter is arranged in cutter sweep main body, cylinder (one) is arranged on above cutter sweep main body, cylinder (one) be connected with cutter by connecting rod, piston ring clamping axle is horizontally set in the middle part of cutter sweep and corresponding with cutter, cutter sweep lower body part is cylinder (two), the upper connection of cylinder (two) has T-Ring device.This kind of device compares with manually cutting, improves cutting efficiency, but and unrealized automatically, need nonetheless remain for manually cutting, belong to semi-automatic cutting equipment, and this kind of equipment is only applicable to the raw material of elongated tubular to cut into the piston ring of slices, and the piston ring of casting can not be cut into two panels.
Utility model content
This utility model in order to overcome piston ring cutting equipment cutting efficiency of the prior art low, the deficiency that artificial fatigue strength is big, it is provided that a kind of piston ring automatic gas cutting machine that piston ring cutting efficiency, cutting accuracy are greatly improved.
To achieve these goals, this utility model adopts the following technical scheme that
nullA kind of piston ring automatic gas cutting machine，Including frame、It is located at the mair motor bottom frame，One end of described frame top is provided with geared head，Main shaft it is provided with in geared head，One end of main shaft is provided with the belt pulley driven by mair motor，The other end of main shaft is provided with piston ring positioning chuck，The top other end of described frame is provided with knife rest，The upside of described geared head is provided with connection seat，Described connection seat be provided with feeding mechanism，The discharge end of feeding mechanism is provided with backgauge cylinder，The side connecting seat is provided with positioning sleeve，Two sides being positioned at feeding mechanism on connection seat are respectively provided with a cursor driving assembly，One of them cursor drives to connect on assembly fill arm，Another cursor drives to connect on assembly discharging arm，The outer end of fill arm is provided with charging chuck，The outer end of discharging arm is provided with discharging chuck，It is provided with automatic feed mechanism bottom described knife rest.
Backgauge cylinder axis retraction, fill arm drives charging chuck clamp piston ring from feeding mechanism, make to feed chuck in piston ring is sent into positioning sleeve to be held in place completely with piston ring, then charging grips piston ring, piston ring is moved in piston ring positioning chuck, mair motor drives main axis, automatic feed mechanism cuts into two panels piston ring, after cutting, cursor drives the discharging chuck of Component driver discharging arm outer end to move at piston ring positioning chuck and clamps the two panels piston ring after cutting, then the piston ring after the cutting of discharging arm turning handle takes out and is positioned at directly over material distributing rest, discharging chuck can automatically two piston rings separately after unclamping；Above-mentioned action reciprocation cycle, it is achieved the surface trimming of piston ring, during cutting, owing to automatic feed mechanism is controlled by controller, therefore the position of cutting every time is all identical, and the cutting accuracy of piston ring is the highest.
As preferably, described feeding mechanism includes stock chest, feeding motor, the edge of described stock chest is provided with riser, the side of riser is provided with slide rail, the opposite side of riser is provided with tooth bar, described feeding motor is slidably connected with slide rail by motor cabinet, and the axle head of described feeding motor is engaged by wheel and rack, and described motor cabinet is provided with pushing block.Piston ring the most to be cut is arranged closely in stock chest, feeding electric machine rotation, driven gear moves on tooth bar, thus the pushing block on drive motor seat is pushed to piston ring at backgauge cylinder, backgauge cylinder stops outermost piston ring, prevents piston ring from dropping, when feeding chuck and preparing clamp piston ring, backgauge cylinder axis retraction, when feeding one piston ring of grips and leave, the axle of backgauge cylinder stretches out stop piston ring.
As preferably, two pieces of swash plates that described stock chest includes gripper shoe, is located on gripper shoe upper side, two pieces of swash plates are herringbone distribution, and the outside of swash plate is connected with gripper shoe by regulating block.The distance between two pieces of swash plates can be regulated by regulating block, when the external diameter of piston ring changes, by the distance between regulation swash plate, thus ensure that the center of circle of the piston ring of various outer diameter is concentric, it is simple to charging chuck accurately clamps.
As preferably, the inner of described positioning sleeve is provided with horizontal pusher cylinder, and described horizontal pusher cylinder connects with being connected seat, and the axle head of described horizontal pusher cylinder is provided with the circular push pedal stretching in positioning sleeve.When the charging chuck in fill arm aligns with positioning sleeve, horizontal pusher cylinder is pushed the piston ring being positioned at positioning sleeve to feed chuck to so that charging chuck can stable holding piston ring.
As preferably, described riser rear and front end is respectively provided with the proximity transducer of feeding electric machine spacing.Proximity transducer is for detecting the position of motor, thus whether the piston ring in judging stock chest has residue, can send warning during without residue.
As preferably, described cursor drives assembly to include motor, decelerator, cylinder, the input of described decelerator is connected with motor, it is provided with rotating shaft in described decelerator, the outside of described rotating shaft is provided with axle sleeve, described motor drives the axle sleeve rotating shaft in decelerator, is slidably connected and synchronous axial system between described rotating shaft and axle sleeve, and one end of described rotating shaft is connected with cylinder；Described fill arm, discharging arm drive the rotating shaft on assembly to connect with corresponding cursor respectively.Driven by motor axis of rotation, cylinder drives rotating shaft to stretch, simple in construction, compact, good stability；The sensor that is rotatably assorted by motor can accurately control the rotational angle of rotating shaft, thus controls two extreme positions of fill arm, discharging arm.
As preferably, described charging chuck is Tridactyle pneumatic chuck, and the jig arm on Tridactyle pneumatic chuck stretches into piston ring inner ring outside synchronizing moving tensioner piston ring；Described discharging chuck is two pawl pneumatic chucks, and the jig arm on two pawl pneumatic chucks is from the outer ring of piston ring inside synchronizing moving clamping piston ring.Tridactyle pneumatic chuck tensioner piston ring in positioning sleeve, is then fed into piston ring positioning chuck, prevents from interfering with piston ring positioning chuck；Discharging chuck is two pawl pneumatic chuck, from the outside clamping piston rings, can automatic blanking after after feeding, two pawl pneumatic chucks unclamp.
As preferably, described piston ring positioning chuck includes delta air chuck, three lobe fixture blocks, described fixture block is fixing with the claw on delta air chuck to be connected, described fixture block is curved, the intrados of fixture block is provided with blade escape groove, and described fixture block is provided with the chuck escape groove for merging out feed collet head；The side of described geared head is provided with proximity switch, and described belt pulley is provided with the projection for triggering proximity switch signal.Blade cuts from piston ring inner ring, and after piston ring is completely severed, blade enters blade escape groove, thus prevents blade from cutting to fixture block intrados；After piston ring is completely severed, main shaft stops operating, then rotate backward, now when the projection on belt pulley and proximity switch close to time, main shaft stops operating, now chuck escape groove is just alignd with the jig arm on two pawl pneumatic chucks, and the jig arm on two pawl pneumatic chucks stretches into after chuck escape groove can be from piston ring outer ring clamping piston ring, consequently facilitating discharging.
As preferably, described automatic feed mechanism includes entering sliding seat, vertical slide block, cross slider, feed cylinder, feed motor, described frame is provided with sideslip rail, described cross slider is fixed on bottom sliding seat and is connected with sideslip rail, described vertical slide block is slidably connected with the end face of sliding seat, described feed cylinder is connected with sliding seat, is provided with the screw rod driving vertical slide block to move in described sliding seat, and described feed motor is connected with screw rod；Described knife rest is fixed on the end face of cross slider, and described knife rest is provided with tool rest, and described tool rest is fixed with three pieces of parallel blades.Enter cylinder and blade is moved to piston ring inner ring, enter electric motor driven screw and rotate so that tool rest vertically moves cutting piston ring；Three pieces of blade synchronous cutting, middle blade is to cut off piston ring, piston ring is cut into two panels, owing to piston ring is cast member, end face is relatively rough, the blade being positioned at both sides just cuts two end faces coarse to piston ring, cut flat with, and the two panels piston ring end face after cutting is smooth, dimensional accuracy is high.
Therefore, this utility model has the advantages that (1) Full automatic feed, cutting, discharging, saves labour turnover, and piston ring cutting efficiency is high；(2) automatically entering mechanism and ensure that the cutting depth of cut is consistent every time, the piston ring dimensional uniformity after cutting is good, and piston ring dimensional accuracy is high.
Accompanying drawing explanation
Fig. 1 is axonometric drawing of the present utility model.
Fig. 2 is the front view of Fig. 1.
Fig. 3 is the top view of Fig. 1.
Fig. 4 is the left view of Fig. 1.
Fig. 5 is the structural representation of feeding mechanism in this utility model.
Fig. 6 is positioning sleeve sectional side view.
Fig. 7 is the structural representation of automatic feed mechanism.
Fig. 8 is the structural representation that cursor drives assembly.
Fig. 9 is the structural representation of piston ring positioning chuck.
Figure 10 is the structural representation of charging chuck.
Figure 11 is the structural representation of discharging chuck.
Figure 12 is the connection diagram of tool rest and blade.
nullIn figure: frame 1、Mair motor 2、Geared head 3、Main shaft 4、Belt pulley 5、Piston ring positioning chuck 6、Knife rest 7、Automatic feed mechanism 8、Connect seat 9、Feeding mechanism 10、Cursor drives assembly 11、Fill arm 12、Discharging arm 13、Charging chuck 14、Discharging chuck 15、Piston ring 16、Proximity switch 17、Projection 18、Delta air chuck 60、Fixture block 61、Chuck escape groove 62、Tool rest 70、Blade 71、Sliding seat 80、Vertical slide block 81、Cross slider 82、Feed cylinder 83、Feed motor 84、Sideslip rail 85、Screw rod 86、Stock chest 100、Feeding motor 101、Riser 102、Slide rail 103、Tooth bar 104、Motor cabinet 105、Pushing block 106、Gripper shoe 107、Swash plate 108、Positioning sleeve 109、Backgauge cylinder 110、Horizontal pusher cylinder 111、Circular push pedal 112、Motor 120、Decelerator 121、Cylinder 122、Rotating shaft 123、Axle sleeve 124、Material distributing rest 130、Guide cambered surface 131、Sub-material cutting edge 132、Blanking post 133.
Detailed description of the invention
With detailed description of the invention, this utility model is further described below in conjunction with the accompanying drawings:
nullSuch as Fig. 1、Fig. 2、A kind of piston ring automatic gas cutting machine shown in Fig. 3 and Fig. 4，Including frame 1、It is located at the mair motor 2 bottom frame，The left end of frame top is provided with geared head 3，Main shaft 4 it is provided with in geared head 3，The left end of main shaft is provided with the belt pulley 5 driven by mair motor，The right-hand member of main shaft is provided with piston ring positioning chuck 6，The top right-hand member of frame is provided with knife rest 7，The automatic feed mechanism 8 being connected with frame it is provided with bottom knife rest 7，The upside of geared head 3 is provided with connection seat 9，Connect seat 9 is provided with feeding mechanism 10，Two sides being positioned at feeding mechanism 10 on connection seat 9 are respectively provided with a cursor driving assembly 11，With the state of Fig. 4 as visual angle，The cursor on the feeding mechanism left side drives to connect on assembly fill arm 12，Cursor on the right of feeding mechanism drives to connect on assembly discharging arm 13，The outer end of fill arm 12 is provided with charging chuck 14，The outer end of discharging arm is provided with discharging chuck 15；
Be positioned at discharging chuck in frame 1 is arranged right below material distributing rest 130, material distributing rest 130 be respectively provided on two sides with guide cambered surface 131, the junction, top of two guide cambered surfaces is provided with sub-material cutting edge 132, and what frame was positioned at material distributing rest is respectively provided on two sides with blanking post 133, and the outside of blanking post is provided with silica gel sheath.
As shown in Figure 9, piston ring positioning chuck 6 includes delta air chuck 60, three lobe fixture block 61, and fixture block is fixing with the claw on delta air chuck to be connected, and fixture block 61 is curved, the intrados of fixture block is provided with blade escape groove, and fixture block 61 is provided with the chuck escape groove 62 for merging out feed collet head；As shown in Figure 10, charging chuck 14 is Tridactyle pneumatic chuck, and the jig arm on Tridactyle pneumatic chuck stretches into piston ring 16 inner ring outside synchronizing moving tensioner piston ring；As shown in figure 11, discharging chuck 15 is two pawl pneumatic chucks, and the jig arm on two pawl pneumatic chucks is from the outer ring of piston ring inside synchronizing moving clamping piston ring 16；As shown in Figure 2, the side of geared head 3 is provided with proximity switch 17, the projection 18 for triggering proximity switch signal it is fixed with on belt pulley 5, piston ring is cut after piston ring positioning chuck 6 clamping, after cutting, main shaft stops operating, then mair motor controls main shaft reversion, when the projection on belt pulley turns to align with proximity switch, main shaft stops operating, now the jig arm on discharging chuck is just alignd with the chuck escape groove on fixture block, consequently facilitating two jig arm on discharging chuck extend into outside piston ring and clamping piston ring.
As shown in Figure 5, feeding mechanism 10 includes stock chest 100, feeding motor 101, stock chest horizontal distribution, two pieces of swash plates 108 that stock chest 100 includes gripper shoe 107, is located on gripper shoe upper side, two pieces of swash plates are herringbone distribution, the outside of swash plate is connected with gripper shoe by regulating block, and regulating block can regulate the distance between two pieces of swash plates；The side of gripper shoe is provided with riser 102, the side of riser is provided with slide rail 103, the opposite side of riser is provided with tooth bar 104, feeding motor 101 is slidably connected with slide rail by motor cabinet 105, the axle head of feeding motor is engaged by wheel and rack, motor cabinet 105 is provided with pushing block 106, the discharge end of stock chest is provided with backgauge cylinder 110, the side connecting seat is provided with positioning sleeve 109, positioning sleeve 109 is between stock chest and piston ring positioning chuck, positioning sleeve center, stock chest inner carrier ring center, the center of circle of the circle that 3, piston ring positioning chuck center is constituted is concentric with the center of rotation of fill arm；Riser rear and front end is respectively provided with the proximity transducer of feeding electric machine spacing.
As shown in Figure 6, the inner of positioning sleeve 109 is provided with horizontal pusher cylinder 111, and horizontal pusher cylinder 111 connects with being connected seat 9, and the axle head of horizontal pusher cylinder 111 is provided with the circular push pedal 112 stretching in positioning sleeve 109；It is only pre-determined bit that stock chest inner carrier ring is fed chuck when inner ring clamps, piston ring is not pressed from both sides standard completely by charging chuck, then fill arm is transferred to piston ring in positioning sleeve, the axle of the horizontal pusher cylinder 111 in positioning sleeve stretches out, make the end face of circular push pedal push piston ring, so that piston ring folder perfectly aligned with charging clamping standard, fill arm action again, piston ring is sent in piston ring positioning chuck.
As shown in Figure 8, cursor drives assembly 11 to include motor 120, decelerator 121, cylinder 122, the input of decelerator is connected with motor, being provided with rotating shaft 123 in decelerator, the outside of rotating shaft is provided with axle sleeve 124, and motor drives the axle sleeve rotating shaft in decelerator, it is slidably connected between rotating shaft and axle sleeve and synchronous axial system, one end of rotating shaft 123 is connected with cylinder 122, and motor energy drive shaft rotates, and cylinder energy drive shaft is stretched；Fill arm 12, discharging arm 13 drive the rotating shaft on assembly to connect with corresponding cursor respectively.Motor 120 in the present embodiment is motor, fill arm 12, the rotational angle of discharging arm 13 can be accurately controlled by motor, the initial position of the charging chuck in fill arm aligns with the piston ring in stock chest, align with positioning sleeve in the centre position of the charging chuck in fill arm, the final position of the charging chuck in fill arm aligns with piston ring positioning chuck, charging chuck grips piston ring pre-determined bit from stock chest end, then position completely in piston ring being transferred to positioning sleeve, finally piston ring is sent in piston ring positioning chuck；The original state of the discharging chuck on discharging arm is alignd with piston ring positioning chuck, and the final state of discharging arm is positioned at the surface of material distributing rest, thus moves to sub-material directly over material distributing rest after the piston ring of well cutting is taken out from piston ring positioning chuck.
As shown in Figure 7, automatic feed mechanism 8 includes entering sliding seat 80, vertical slide block 81, cross slider 82, feed cylinder 83, feed motor 84, frame is provided with sideslip rail 85, cross slider 82 is fixed on bottom sliding seat 80 and is connected with sideslip rail 85, vertical slide block 81 is slidably connected with the end face of sliding seat 80, feed cylinder 83 connects with being connected seat 80, is provided with the screw rod 86 driving vertical slide block 81 to move in sliding seat, and feed motor is connected with screw rod；Knife rest 7 is fixed on the end face of cross slider, and as shown in figure 12, knife rest 7 is provided with tool rest 70, and tool rest is fixed with three pieces of parallel blades 71.
In conjunction with accompanying drawing, principle of the present utility model is as follows: a lot of piston rings are arranged in stock chest, charging motor moves on tooth bar, piston ring is promoted to move by pushing block, wherein the piston ring of outermost end is stopped by backgauge cylinder, charging grips piston ring is sent in positioning sleeve, the axle of horizontal pusher cylinder stretches out, piston ring is promoted by circular push pedal, piston ring is positioned completely with charging chuck, fill arm is sent into piston ring in piston ring positioning chuck, three lobe fixture block clamping piston rings of piston ring positioning chuck, it is achieved automatic feed；Automatic feed mechanism feed, is cut into two panels piston ring, the two of piston ring building up by weldings, levelings, automatic feed mechanism withdrawing after cutting while cutting, completes surface trimming；Piston ring positioning chuck stops operating after having cut, then rotate backward, when the projection on belt pulley aligns with proximity switch, stop operating, now in piston ring positioning chuck, fixture block upper grip escape groove is in specific position, just align with the jig arm on the discharging chuck on discharging arm in this position, discharging chuck stretches into piston ring positioning chuck and clamps two panels piston ring from the outer ring of piston ring, then rotate to the surface of material distributing rest, now two jig arm on discharging chuck are in level, cutting seam on piston ring just aligns with sub-material cutting edge, after discharging chuck unclamps, two panels piston ring automatically falls and is separated by sub-material cutting edge, two panels piston ring glides respectively along guide cambered surface, go here and there the most respectively on two blanking posts.This utility model has the advantages that (1) Full automatic feed, cutting, discharging, saves labour turnover, and piston ring cutting efficiency is high；(2) automatically entering mechanism and ensure that the cutting depth of cut is consistent every time, the piston ring dimensional uniformity after cutting is good, and piston ring dimensional accuracy is high.
Claims (9)
- null1. a piston ring automatic gas cutting machine，Including frame、It is located at the mair motor bottom frame，One end of described frame top is provided with geared head，Main shaft it is provided with in geared head，One end of main shaft is provided with the belt pulley driven by mair motor，The other end of main shaft is provided with piston ring positioning chuck，The top other end of described frame is provided with knife rest，It is characterized in that，The upside of described geared head is provided with connection seat，Described connection seat be provided with feeding mechanism，The discharge end of feeding mechanism is provided with backgauge cylinder，The side connecting seat is provided with positioning sleeve，Two sides being positioned at feeding mechanism on described connection seat are respectively provided with a cursor driving assembly，One of them cursor drives to connect on assembly fill arm，Another cursor drives to connect on assembly discharging arm，The outer end of fill arm is provided with charging chuck，The outer end of discharging arm is provided with discharging chuck，It is provided with automatic feed mechanism bottom described knife rest.
- A kind of piston ring automatic gas cutting machine the most according to claim 1, it is characterized in that, described feeding mechanism includes stock chest, feeding motor, the edge of described stock chest is provided with riser, the side of riser is provided with slide rail, and the opposite side of riser is provided with tooth bar, and described feeding motor is slidably connected with slide rail by motor cabinet, the axle head of described feeding motor is engaged by wheel and rack, and described motor cabinet is provided with pushing block.
- A kind of piston ring automatic gas cutting machine the most according to claim 2, is characterized in that, two pieces of swash plates that described stock chest includes gripper shoe, is located on gripper shoe upper side, and two pieces of swash plates are herringbone distribution, and the outside of swash plate is connected with gripper shoe by regulating block.
- A kind of piston ring automatic gas cutting machine the most according to claim 1 and 2, it is characterized in that, the inner of described positioning sleeve is provided with horizontal pusher cylinder, and described horizontal pusher cylinder connects with being connected seat, and the axle head of described horizontal pusher cylinder is provided with the circular push pedal stretching in positioning sleeve.
- A kind of piston ring automatic gas cutting machine the most according to claim 2, is characterized in that, described riser rear and front end is respectively provided with the proximity transducer of feeding electric machine spacing.
- A kind of piston ring automatic gas cutting machine the most according to claim 1, it is characterized in that, described cursor drives assembly to include motor, decelerator, cylinder, the input of described decelerator is connected with motor, being provided with rotating shaft in described decelerator, the outside of described rotating shaft is provided with axle sleeve, and described motor drives the axle sleeve rotating shaft in decelerator, being slidably connected and synchronous axial system between described rotating shaft and axle sleeve, one end of described rotating shaft is connected with cylinder；Described fill arm, discharging arm drive the rotating shaft on assembly to connect with corresponding cursor respectively.
- A kind of piston ring automatic gas cutting machine the most according to claim 6, is characterized in that, described charging chuck is Tridactyle pneumatic chuck, and the jig arm on Tridactyle pneumatic chuck stretches into piston ring inner ring outside synchronizing moving tensioner piston ring；Described discharging chuck is two pawl pneumatic chucks, and the jig arm on two pawl pneumatic chucks is from the outer ring of piston ring inside synchronizing moving clamping piston ring.
- A kind of piston ring automatic gas cutting machine the most according to claim 1, it is characterized in that, described piston ring positioning chuck includes delta air chuck, three lobe fixture blocks, described fixture block is fixing with the claw on delta air chuck to be connected, described fixture block is curved, the intrados of fixture block is provided with blade escape groove, and described fixture block is provided with the chuck escape groove for merging out feed collet head；The side of described geared head is provided with proximity switch, and described belt pulley is provided with the projection for triggering proximity switch signal.
- A kind of piston ring automatic gas cutting machine the most according to claim 1, it is characterized in that, described automatic feed mechanism includes entering sliding seat, vertical slide block, cross slider, feed cylinder, feed motor, described frame is provided with sideslip rail, described cross slider is fixed on bottom sliding seat and is connected with sideslip rail, described vertical slide block is slidably connected with the end face of sliding seat, described feed cylinder is connected with sliding seat, being provided with the screw rod driving vertical slide block to move in described sliding seat, described feed motor is connected with screw rod；Described knife rest is fixed on the end face of cross slider, and described knife rest is provided with tool rest, and described tool rest is fixed with three pieces of parallel blades.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620041167.7U CN205551470U (en) | 2016-01-18 | 2016-01-18 | Piston ring automatic cutout machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620041167.7U CN205551470U (en) | 2016-01-18 | 2016-01-18 | Piston ring automatic cutout machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205551470U true CN205551470U (en) | 2016-09-07 |
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ID=56823927
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620041167.7U Expired - Fee Related CN205551470U (en) | 2016-01-18 | 2016-01-18 | Piston ring automatic cutout machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205551470U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109454687A (en) * | 2018-11-07 | 2019-03-12 | 安庆工匠智能化设备制造有限公司 | A kind of horizontal double track full-automatic slicing machine |
| CN112357526A (en) * | 2020-10-30 | 2021-02-12 | 安庆海威尔机械有限公司 | Shaping method for heat treatment of piston ring |
| CN115922504A (en) * | 2023-03-10 | 2023-04-07 | 湖南宇环智能装备有限公司 | Automatic feeding device for piston ring machining |
-
2016
- 2016-01-18 CN CN201620041167.7U patent/CN205551470U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109454687A (en) * | 2018-11-07 | 2019-03-12 | 安庆工匠智能化设备制造有限公司 | A kind of horizontal double track full-automatic slicing machine |
| CN112357526A (en) * | 2020-10-30 | 2021-02-12 | 安庆海威尔机械有限公司 | Shaping method for heat treatment of piston ring |
| CN115922504A (en) * | 2023-03-10 | 2023-04-07 | 湖南宇环智能装备有限公司 | Automatic feeding device for piston ring machining |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160907 Termination date: 20170118 |
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| CF01 | Termination of patent right due to non-payment of annual fee |