CN109278230A

CN109278230A - Piston ring manufacturing equipment

Info

Publication number: CN109278230A
Application number: CN201810887436.5A
Authority: CN
Inventors: 董田田
Original assignee: 董田田
Current assignee: Shandong Pufeng Garden Technology Co.,Ltd.
Priority date: 2018-08-06
Filing date: 2018-08-06
Publication date: 2019-01-29
Anticipated expiration: 2038-08-06
Also published as: CN109278230B

Abstract

The invention discloses piston ring manufacturing equipments, its structure includes material box, hinge, chamber door, ring-out port, support leg, manufacture host, operation panel, material box is fixedly mounted on manufacture host left upper end, chamber door is connected by hinge with manufacture host front surface, ring-out port left end is mounted on manufacture host bottom righthand side by embedded mode, pass through the flow of solenoid valve control raw material, the mixed proportion of raw material can accurately be controlled, screening is filtered by the raw material of sorting mechanism again, sundries in raw material is excluded, so that raw material are finer and smoother, the piston ring produced in this way is just more careful, heating stirring is carried out to raw material by rabbling mechanism again, so that stirring is more abundant, thermal finalization mechanism is promoted to carry out piston ring sizing material followed by boosting mechanism, the shape of piston ring can be improved by thermal finalization Stability, subsequent piston ring can be more strong and stablize.

Description

Piston ring manufacturing equipment

Technical field

The present invention relates to piston ring manufacturing equipment fields, particularly with regard to a kind of piston ring manufacturing equipment.

Background technique

Piston ring is one of key part in internal combustion engine, is mounted on the annular groove of piston, is worked in the heart portion of engine Position, piston ring it is perfect whether, the performance of engine is directly influenced, so the manufacturing process of piston ring is of crucial importance, still The manufacturing equipment of the prior art piston ring is not very well, to lead to the piston ring prepared in the treatment effect for carrying out raw material Inside ginseng has sundries, affects the using effect of piston ring, and piston ring is particularly important at the part of sizing, and operation is not When will cause piston annular strain, such piston ring can also reduce practicability.

Summary of the invention

In view of the deficiencies of the prior art, the present invention is to realize by the following technical solutions: piston ring manufacturing equipment, Structure includes material box, hinge, chamber door, ring-out port, support leg, manufacture host, operation panel, and the material box is fixedly mounted on Host left upper end is manufactured, the chamber door is connected by hinge with manufacture host front surface, and the ring-out port left end passes through insertion Mode is mounted on manufacture host bottom righthand side, and the support leg sets there are four altogether and be fixedly installed in manufacture host quadrangle, described Operation panel is electrically connected embedded in manufacture host left end front surface and by conducting wire.

The manufacture host include shell, power mechanism, sorting mechanism, rabbling mechanism, boosting mechanism, thermal finalization mechanism, Ring-cutting machine structure, solenoid valve, discharge nozzle, the ring-out port left end is mounted on the right side of shell inside lower end by embedded mode, described Power mechanism be fixedly mounted inside the housing right side upper end, power mechanism lower-left end mutually welded with sorting mechanism right end and Mechanical connection, the sorting mechanism lower end are equipped with rabbling mechanism, and power mechanism lower-left end is meshed with rabbling mechanism upper end, The rabbling mechanism left end is flexibly connected with boosting mechanism left upper end, and the boosting mechanism is located at rabbling mechanism lower end, described to help Pushing mechanism is located on the left of thermal finalization mechanism, and the thermal finalization mechanism is fixedly mounted on interior of shell bottom surface middle-end, the thermal finalization Ring-cutting machine structure is equipped on the right side of mechanism, ring-cutting machine structure upper end is flexibly connected with power mechanism bottom righthand side, the solenoid valve and out It is connected in the middle part of expects pipe, the discharge nozzle upper end is connected with material box, and the discharge nozzle lower end is connected with sorting mechanism upper end It connects.

As advanced optimizing for the technical program, the power mechanism includes motor, motor shaft, axle bed, worm screw, driving Gear, main drive gear, the motor are fixedly mounted upper right side, the motor shaft inside the housing and connect with electromechanics, institute Motor shaft is stated through axle bed inside and is gap-matched, the motor shaft left end is mutually welded with worm screw right end, the snail Bar is meshed with driving gear, and the driving gear is flexibly connected with main drive gear.

As advanced optimizing for the technical program, the main drive gear includes fixed round block, mobile framework, driving Bar, track roller, long bull stick, connection shaft, internal gear, the fixed round block is fixedly mounted on driving gear and activity connects It connects, the fixed round block is mounted on inside mobile framework and is gap-matched, the mobile framework right lateral surface and driving Bar left upper end mutually welds, and the drive rod lower end is gap-matched with track roller, and the long bull stick is through track roller Internal and be mechanically connected, the long bull stick left end is through inside connection shaft and being mechanically connected, the long bull stick left end Through inside internal gear and being mechanically connected, the internal gear is meshed with rabbling mechanism upper end, the long bull stick left end and Sorting mechanism is mutually welded and is mechanically connected, and the connection shaft is flexibly connected with ring-cutting machine structure upper end.

As advanced optimizing for the technical program, the sorting mechanism include screw rod, serrated disks, drive belt, Screening washer, screen holes, the screw rod right end are mutually welded with long bull stick left end, and the screw rod left end is mutually nibbled with serrated disks It closes, the serrated disks are flexibly connected by drive belt with screening washer, and the screening washer is located at discharge nozzle lower end, the screening Hole is fixedly mounted below screening washer, and the screen holes are located above rabbling mechanism.

As advanced optimizing for the technical program, the rabbling mechanism includes planetary gear, linkage internal gear, stirring Bar, stirring flabellum, heater, drive shaft, the internal gear are mounted on planetary gear inner upper end and are meshed, the row It is equipped with linkage internal gear inside star gear lower end and is meshed, the stirring rod right end is mounted in linkage by embedded mode It gear internal and is mechanically connected, stirring rod left end outside weldings have stirring flabellum, and the heater, which is fixedly mounted on, to be mixed Flabellum upper end, the stirring rod left end are mounted on inside drive shaft and are mechanically connected by embedded mode, and the driving turns Axis is flexibly connected with boosting mechanism.

As advanced optimizing for the technical program, the boosting mechanism includes linkage belt, linkage shaft, track turn Bar, mobile bar, sliding block, fixed glides, pusher, the linkage shaft are flexibly connected by the belt that links with drive shaft, institute Track bull stick left end is stated through linkage shaft inside and is mechanically connected, the track bull stick and mobile bar upper end use gap Cooperation, the mobile bar middle part are equipped with sliding block, and the sliding block is mounted on inside fixed glides and is gap-matched, the shifting Lever bottom righthand side is fixedly connected with pusher, and the pusher is located on the left of thermal finalization mechanism.

As advanced optimizing for the technical program, the thermal finalization mechanism includes heating rod, water tank, piston ring mold, The heating rod lower end is mounted on inside water tank, and the water tank lower surface fits with piston ring mold upper end, the piston ring Mold is located on the right side of pusher.

As advanced optimizing for the technical program, the ring-cutting machine structure includes belt, rotating disk, interlocking lever, ellipse shape turn Disk, cuts cutting ring at decline plate, fixing sleeve, and the rotating disk is flexibly connected by belt with the connection shaft of upper end, the rotating disk It is flexibly connected by interlocking lever with ellipse shape turntable, the ellipse shape disk lower surface fits with decline plate upper surface and activity connects It connects, the decline plate is mounted on inside fixing sleeve and is gap-matched, and is fixedly mounted inside the shell on the right side of the fixing sleeve Portion right lateral surface lower end, the cutting ring of cutting are fixedly mounted on decline plate lower end, and the cutting ring of cutting is located on the right side of piston ring mold.

Beneficial effect

Inventive piston ring manufacturing equipment, raw material are placed on inside material box, control solenoid valve work by operation panel Make, the flow of solenoid valve control raw material, so that raw material are entered inside sorting mechanism by discharge nozzle, opens motor and make Motor shaft rotation, motor shaft rotation have driven worm screw rotation, and the driving gear being at this moment meshed with worm screw starts to rotate, and makes winner Transmission mechanism works, and the fixation round block on main drive gear and then drives gear rotation, has driven mobile framework mobile, has at this moment driven Lever start movement works track roller, this duration bull stick also starts turning, the connection shaft on this duration bull stick and Internal gear all starts turning, and long bull stick has also driven screw rod rotation, and the serrated disks being meshed with screw rod and then rotate, and leads to Overdrive belt transmission so that screening washer raw material carry out rotation screening, the material after screening drops into blender from screen holes Inside structure, raw material are heated by the heater on rabbling mechanism, the planetary gear being meshed with internal gear is also followed Rotation, the internal gear that at this moment links starts to rotate, while having driven stirring rod rotation, at this moment stirs flabellum and starts to carry out raw material Stirring, by heating stirring, so that the better effect of stirring, at this moment raw material drop into boosting mechanism bottom righthand side, pass through stirring Bar rotation rotation has driven the work of boosting mechanism, and the pusher on boosting mechanism applies pressure to material, so that material is more It is adequately squeezed into piston ring mould inside, and by the heating of heating rod so that the raising of water tank internal temperature, passes through heat and pass It passs and transfers thermal energy to piston ring mould inside to material progress thermal finalization, the dimensionally stable of piston ring can be improved in thermal finalization Property, subsequent piston ring can be more strong and stablizes；Shaft rotation is connected, by the transmission of belt so that rotating disk rotates, then leads to The linkage function for crossing interlocking lever rotates ellipse shape turntable, at this moment declines plate and begins to decline, and the dynamic cutting ring of cutting of decline strip declines, right Piston ring is cut, and the piston ring after cutting is sent out from ring-out port.

For the prior art, the present invention uses the flow by solenoid valve control raw material, can accurately control The mixed proportion of raw material, then it is filtered screening by the raw material of sorting mechanism, the sundries in raw material is excluded, so that Raw material are finer and smoother, and the piston ring produced in this way is just more careful, then carry out heating to raw material by rabbling mechanism and stir It mixes, so that stirring is more abundant, promotes thermal finalization mechanism to carry out piston ring sizing material followed by boosting mechanism, pass through The shape stability of piston ring can be improved in thermal finalization, and subsequent piston ring can be more strong and stablizes.

Detailed description of the invention

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention, Objects and advantages will become more apparent upon:

Fig. 1 is the structural schematic diagram of inventive piston ring manufacturing equipment.

Fig. 2 is the cross-sectional view of inventive piston ring manufacturing equipment.

Fig. 3 is the detailed construction schematic diagram of inventive piston ring manufacturing equipment.

Fig. 4 is the partial enlarged view one of Fig. 3.

Fig. 5 is the partial enlarged view two of Fig. 3.

Fig. 6 is the partial enlarged view three of Fig. 3.

In figure: material box -1, hinge -2, chamber door -3, ring-out port -4, support leg -5, manufacture host -6, operation panel -7, Shell -61, power mechanism -62, sorting mechanism -63, rabbling mechanism -64, boosting mechanism -65, thermal finalization mechanism -66, ring-cutting machine Structure -67, solenoid valve -68, discharge nozzle -69, motor -621, motor shaft -622, axle bed -623, worm screw -624, driving gear -625, Main drive gear -626, fixed round block -6261, mobile framework -6262, drive rod -6263, track roller -6264, long bull stick - 6265, shaft -6266, internal gear -6267, screw rod -631, serrated disks -632, drive belt -633, screening washer-are connected 634, screen holes -635, planetary gear -641, linkage internal gear -642, stirring rod -643, stirring flabellum -644, heater - 645, drive shaft -646, linkage belt -651, linkage shaft -652, track bull stick -653, mobile bar -654, sliding block -655, Fixed glides -656, pusher -657, heating rod -661, water tank -662, piston ring mold -663, belt -671, rotating disk - 672, interlocking lever -673, ellipse shape turntable -674, decline plate -675, fixing sleeve -676, cut cutting ring -677.

Specific embodiment

To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to Specific embodiment and Detailed description of the invention, the preferred embodiment that the present invention is further explained.

Embodiment

Please refer to Fig. 1-Fig. 6, the present invention provides piston ring manufacturing equipment, structure include material box 1, hinge 2, chamber door 3, Ring-out port 4, support leg 5, manufacture host 6, operation panel 7, the material box 1 is fixedly mounted on manufacture 6 left upper end of host, described Chamber door 3 is connected by hinge 2 with manufacture 6 front surface of host, and 4 left end of ring-out port is mounted on manufacture master by embedded mode 6 bottom righthand side of machine, the support leg 5 set there are four altogether and are fixedly installed in 6 four jiaos of host of manufacture, and the operation panel 7 is embedded in It manufactures 6 left end front surface of host and is electrically connected by conducting wire.

The manufacture host 6 include shell 61, power mechanism 62, sorting mechanism 63, rabbling mechanism 64, boosting mechanism 65, Thermal finalization mechanism 66, ring-cutting machine structure 67, solenoid valve 68, discharge nozzle 69,4 left end of ring-out port are mounted on outer by embedded mode Inside 61 right side lower end of shell, the power mechanism 62 is fixedly mounted on 61 inner right side upper end of shell, and the power mechanism 62 is left Lower end is mutually welded and is mechanically connected with 63 right end of sorting mechanism, and 63 lower end of sorting mechanism is equipped with rabbling mechanism 64, described 62 lower-left end of power mechanism is meshed with 64 upper end of rabbling mechanism, and 64 left end of rabbling mechanism and 65 left upper end of boosting mechanism are living Dynamic connection, the boosting mechanism 65 are located at 64 lower end of rabbling mechanism, and the boosting mechanism 65 is located at 66 left side of thermal finalization mechanism, institute It states thermal finalization mechanism 66 and is fixedly mounted on 61 inner bottom surface middle-end of shell, be equipped with ring-cutting machine structure on the right side of the thermal finalization mechanism 66 67,67 upper end of ring-cutting machine structure is flexibly connected with 62 bottom righthand side of power mechanism, the solenoid valve 68 and 69 middle part phase of discharge nozzle Connection, 69 upper end of discharge nozzle are connected with material box 1, and 69 lower end of discharge nozzle is connected with 63 upper end of sorting mechanism, The power mechanism 62 includes motor 621, motor shaft 622, axle bed 623, worm screw 624, driving gear 625, main drive gear 626, the motor 621 is fixedly mounted on 61 inside upper right side of shell, and the motor shaft 622 is mechanically connected with motor 621, described Motor shaft 622 is through 623 inside of axle bed and is gap-matched, and 622 left end of motor shaft is mutually welded with 624 right end of worm screw It connects, the worm screw 624 is meshed with driving gear 625, and the driving gear 625 is flexibly connected with main drive gear 626, described Main drive gear 626 includes fixed round block 6261, mobile framework 6262, drive rod 6263, track roller 6264, long bull stick 6265, shaft 6266, internal gear 6267 are connected, the fixed round block 6261 is fixedly mounted on driving gear 625 and activity Connection, the fixed round block 6261 are mounted on 6262 inside of mobile framework and are gap-matched, the mobile framework 6262 Right lateral surface is mutually welded with 6263 left upper end of drive rod, and 6263 lower end of drive rod is matched with track roller 6264 using gap Close, the long bull stick 6265 is through the inside of track roller 6264 and is mechanically connected, long 6265 left end of bull stick through It inside connection shaft 6266 and is mechanically connected, long 6265 left end of bull stick is through 6267 inside of internal gear and machinery connects It connects, the internal gear 6267 is meshed with 64 upper end of rabbling mechanism, and long 6265 left end of bull stick is welded with 63 phase of sorting mechanism And it is mechanically connected, the connection shaft 6266 is flexibly connected with 67 upper end of ring-cutting machine structure, and the sorting mechanism 63 includes spiral Bar 631, serrated disks 632, drive belt 633, screening washer 634, screen holes 635,631 right end of screw rod and long bull stick 6265 left ends are mutually welded, and 631 left end of screw rod is meshed with serrated disks 632, and the serrated disks 632 pass through driving skin Band 633 is flexibly connected with screening washer 634, and the screening washer 634 is located at 69 lower end of discharge nozzle, and the screen holes 635 are fixedly mounted Below screening washer 634, the screen holes 635 are located at 64 top of rabbling mechanism, and the rabbling mechanism 64 includes planetary gear 641, link internal gear 642, stirring rod 643, stirring flabellum 644, heater 645, drive shaft 646, the internal gear 6267 It is mounted on 641 inner upper end of planetary gear and is meshed, linkage internal gear 642 is equipped with inside 641 lower end of planetary gear And it being meshed, 643 right end of stirring rod is mounted on 642 inside of linkage internal gear by embedded mode and is mechanically connected, The 643 left end outside weldings of stirring rod have stirring flabellum 644, and the heater 645, which is fixedly mounted on, mixes 644 upper end of flabellum, 643 left end of stirring rod is mounted on 646 inside of drive shaft by embedded mode and is mechanically connected, the drive shaft 646 are flexibly connected with boosting mechanism 65, and the boosting mechanism 65 includes linkage belt 651, linkage shaft 652, track bull stick 653, mobile bar 654, sliding block 655, fixed glides 656, pusher 657, the linkage shaft 652 by linkage belt 651 with Drive shaft 646 is flexibly connected, and 653 left end of track bull stick is through 652 inside of linkage shaft and is mechanically connected, described Track bull stick 653 is gap-matched with 654 upper end of mobile bar, and sliding block 655, the sliding block are equipped in the middle part of the mobile bar 654 655 are mounted on 656 inside of fixed glides and are gap-matched, 654 bottom righthand side of mobile bar and the fixed company of pusher 657 It connects, the pusher 657 is located at 66 left side of thermal finalization mechanism, and the thermal finalization mechanism 66 includes heating rod 661, water tank 662, lives Plug ring mold 663,661 lower end of heating rod are mounted on inside water tank 662,662 lower surface of water tank and piston ring mold 663 upper ends fit, and the piston ring mold 663 is located at 657 right side of pusher, and the ring-cutting machine structure 67 includes belt 671, rotation Turntable 672, ellipse shape turntable 674, decline plate 675, fixing sleeve 676, cuts cutting ring 677 at interlocking lever 673, and the rotating disk 672 passes through Belt 671 is flexibly connected with the connection shaft 6266 of upper end, and the rotating disk 672 is living by interlocking lever 673 and ellipse shape turntable 674 Dynamic connection, ellipse 674 lower surface of shape turntable fit and are flexibly connected, the decline plate 675 with decline 675 upper surface of plate It is mounted on 676 inside of fixing sleeve and is gap-matched, 61 inner right side of shell is fixedly mounted on the right side of the fixing sleeve 676 Surface lower end, the cutting ring 677 of cutting are fixedly mounted on decline 675 lower end of plate, and the cutting ring 677 of cutting is located at piston ring mold 663 Right side.

Raw material are placed on inside material box 1, solenoid valve 68 is controlled by operation panel 7 and is worked, solenoid valve 68 controls original The flow of material opens motor 621 and makes motor shaft so that raw material are entered inside sorting mechanism 63 by discharge nozzle 69 622 rotations, the rotation of motor shaft 622 have driven worm screw 624 to rotate, and the driving gear 625 being at this moment meshed with worm screw 624 starts to revolve Turn, so that main drive gear 626 works, the fixation round block 6261 on main drive gear 626 and then drives gear 625 to rotate, band It has moved mobile framework 6262 to move, at this moment drive rod 6263 starts to move and works to track roller 6264, this duration bull stick 6265 also start turning, and the connection shaft 6266 and internal gear 6267 on this duration bull stick 6265 all start turning, long bull stick 6265 have also driven screw rod 631 to rotate, and the serrated disks 632 being meshed with screw rod 631 and then rotate, and pass through drive belt So that 634 raw material of screening washer carry out rotation screening, the material after screening drops into blender from screen holes 635 for 633 transmission Inside structure 64, raw material are heated by the heater 645 on rabbling mechanism 64, the planet being meshed with internal gear 6267 Gear 641 also and then rotates, and the internal gear 642 that at this moment links starts to rotate, while stirring rod 643 having been driven to rotate, and at this moment stirs Flabellum 644 starts to be stirred raw material, and by heating stirring, so that the better effect of stirring, at this moment raw material are dropped into 65 bottom righthand side of boosting mechanism has driven the work of boosting mechanism 65, pushing away on boosting mechanism 65 by the rotation rotation of stirring rod 643 Dynamic device 657 applies pressure to material, so that material is more fully squeezed into inside piston ring mold 663, and passes through heating So that 662 internal temperature of water tank increases, it is right that logical heat transfer transfers thermal energy to 663 inside of piston ring mold for the heating of stick 661 Material carries out thermal finalization, and the shape stability of piston ring can be improved in thermal finalization, and subsequent piston ring can be more strong and stablizes；Even Switch through the rotation of axis 6266, by the transmission of belt 671 so that rotating disk 672 rotates, then makes by the linkage function of interlocking lever 673 Ellipse shape turntable 674 rotates, at this moment decline plate 675 and begin to decline, the decline of cutting ring 677 is cut in the decline drive of plate 675, to piston ring into Row cutting, the piston ring after cutting are sent out from ring-out port 4.

Solenoid valve of the present invention is electromagnetically controlled industrial equipment, is the automation foundation member for controlling fluid Part belongs to actuator, however it is not limited to it is hydraulic, pneumatic, adjusted in industrial control system the direction of medium, flow, speed and Other parameters.

Problems solved by the invention be piston ring manufacturing equipment carry out raw material treatment effect be not very well, cause Ginseng has sundries inside the piston ring prepared, affects the using effect of piston ring, and piston ring is at the part of sizing Wait particularly important, misoperation will cause piston annular strain, and such piston ring can also reduce practicability, and the present invention passes through above-mentioned portion Part is combined with each other, and equipped with power mechanism 62, sorting mechanism 63, rabbling mechanism 64, boosting mechanism 65, thermal finalization mechanism 66, is cut Ring mechanism 67, solenoid valve 68, discharge nozzle 69 are controlled the flow of raw material by solenoid valve 68, can accurately control raw material Mixed proportion, then be filtered screening by the raw material of sorting mechanism 63, the sundries in raw material is excluded, so that former material Material is finer and smoother, and the piston ring produced in this way is just more careful, then carries out heating stirring to raw material by rabbling mechanism 64, So that stirring is more abundant, promotes thermal finalization mechanism 66 to carry out piston ring sizing material followed by boosting mechanism 65, lead to Crossing thermal finalization can be improved the shape stability of piston ring, and subsequent piston ring can be more strong and stablizes.

The basic principles, main features and advantages of the present invention have been shown and described above, the technology of the industry Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and the above embodiments and description only describe this The principle of invention can not only be realized in other specific forms under the premise of not departing from spirit of that invention or essential characteristic The present invention will also have various changes and improvements, these changes and improvements both fall within scope of the claimed invention, therefore this hair Bright claimed range is defined by appended claims and its equivalent, rather than above description limits.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiments being understood that.

Claims

1. piston ring manufacturing equipment, structure include material box (1), hinge (2), chamber door (3), ring-out port (4), support leg (5), Manufacturing host (6), operation panel (7), it is characterised in that: the material box (1) is fixedly mounted on manufacture host (6) left upper end, The chamber door (3) is connected by hinge (2) with manufacture host (6) front surface, and ring-out port (4) left end passes through embedded mode It is mounted on manufacture host (6) bottom righthand side, the support leg (5) sets there are four altogether and is fixedly installed in manufacture host (6) quadrangle, The operation panel (7) is electrically connected embedded in manufacture host (6) left end front surface and by conducting wire.

The manufacture host (6) includes shell (61), power mechanism (62), sorting mechanism (63), rabbling mechanism (64), boosting machine Structure (65), thermal finalization mechanism (66), ring-cutting machine structure (67), solenoid valve (68), discharge nozzle (69), ring-out port (4) left end are logical It crosses embedded mode to be mounted on the right side of shell (61) inside lower end, it is internal right that the power mechanism (62) is fixedly mounted on shell (61) Side upper end, power mechanism (62) the lower-left end are mutually welded and are mechanically connected with sorting mechanism (63) right end, the screening machine Structure (63) lower end is equipped with rabbling mechanism (64), and power mechanism (62) the lower-left end is meshed with rabbling mechanism (64) upper end, institute It states rabbling mechanism (64) left end to be flexibly connected with boosting mechanism (65) left upper end, the boosting mechanism (65) is located at rabbling mechanism (64) lower end, the boosting mechanism (65) are located on the left of thermal finalization mechanism (66), and the thermal finalization mechanism (66) is fixedly mounted on Shell (61) inner bottom surface middle-end, thermal finalization mechanism (66) right side are equipped with ring-cutting machine structure (67), the ring-cutting machine structure (67) Upper end is flexibly connected with power mechanism (62) bottom righthand side, is connected in the middle part of the solenoid valve (68) and discharge nozzle (69), it is described go out Expects pipe (69) upper end is connected with material box (1), and discharge nozzle (69) lower end is connected with sorting mechanism (63) upper end.

2. piston ring manufacturing equipment according to claim 1, it is characterised in that: the power mechanism (62) includes motor (621), motor shaft (622), axle bed (623), worm screw (624), driving gear (625), main drive gear (626), the motor (621) it is fixedly mounted on the internal upper right side of shell (61), the motor shaft (622) and motor (621) are mechanically connected, the motor Axis (622) is internal through axle bed (623) and is gap-matched, motor shaft (622) left end and worm screw (624) right end It mutually welds, the worm screw (624) is meshed with driving gear (625), the driving gear (625) and main drive gear (626) It is flexibly connected.

3. piston ring manufacturing equipment according to claim 2, it is characterised in that: the main drive gear (626) includes solid Determine round block (6261), mobile framework (6262), drive rod (6263), track roller (6264), long bull stick (6265), connection shaft (6266), internal gear (6267), the fixed round block (6261) are fixedly mounted in driving gear (625) and are flexibly connected, The fixed round block (6261) is mounted on mobile framework (6262) inside and is gap-matched, the mobile framework (6262) Right lateral surface is mutually welded with drive rod (6263) left upper end, between drive rod (6263) lower end and track roller (6264) use Gap cooperation, the long bull stick (6265) is internal through track roller (6264) and is mechanically connected, the long bull stick (6265) Left end is internal through connection shaft (6266) and is mechanically connected, and long bull stick (6265) left end is through internal gear (6267) it inside and is mechanically connected, the internal gear (6267) is meshed with rabbling mechanism (64) upper end, the long bull stick (6265) left end is mutually welded and is mechanically connected with sorting mechanism (63), on the connection shaft (6266) and ring-cutting machine structure (67) End is flexibly connected.

4. piston ring manufacturing equipment according to claim 1 or 3, it is characterised in that: the sorting mechanism (63) includes spiral shell Spinner handle (631), serrated disks (632), drive belt (633), screening washer (634), screen holes (635), the screw rod (631) Right end is mutually welded with long bull stick (6265) left end, and screw rod (631) left end is meshed with serrated disks (632), the saw Tooth disk (632) is flexibly connected by drive belt (633) with screening washer (634), and the screening washer (634) is located at discharge nozzle (69) lower end, the screen holes (635) are fixedly mounted below screening washer (634), and the screen holes (635) are located at rabbling mechanism (64) top.

5. piston ring manufacturing equipment according to claim 1 or 3, it is characterised in that: the rabbling mechanism (64) includes row Star gear (641), linkage internal gear (642), stirring rod (643), stirring flabellum (644), heater (645), drive shaft (646), the internal gear (6267) is mounted on planetary gear (641) inner upper end and is meshed, the planetary gear (641) It is equipped with linkage internal gear (642) inside lower end and is meshed, stirring rod (643) right end is mounted on connection by embedded mode Dynamic internal gear (642) are internal and are mechanically connected, and stirring rod (643) left end outside weldings have stirring flabellum (644), described Heater (645), which is fixedly mounted on, mixes flabellum (644) upper end, and stirring rod (643) left end is mounted on drive by embedded mode Turn axis (646) is internal and is mechanically connected, and the drive shaft (646) is flexibly connected with boosting mechanism (65).

6. piston ring manufacturing equipment according to claim 1, it is characterised in that: the boosting mechanism (65) includes linkage skin Band (651), track bull stick (653), mobile bar (654), sliding block (655), fixed glides (656), pushes linkage shaft (652) Device (657), the linkage shaft (652) are flexibly connected by linkage belt (651) with drive shaft (646), and the track turns Bar (653) left end is internal through linkage shaft (652) and is mechanically connected, the track bull stick (653) and mobile bar (654) Upper end is gap-matched, and is equipped with sliding block (655) in the middle part of the mobile bar (654), and the sliding block (655) is mounted on fixed glides (656) it inside and is gap-matched, mobile bar (654) bottom righthand side is fixedly connected with pusher (657), the promotion Device (657) is located on the left of thermal finalization mechanism (66).

7. piston ring manufacturing equipment according to claim 1, it is characterised in that: the thermal finalization mechanism (66) includes heating Stick (661), water tank (662), piston ring mold (663), heating rod (661) lower end is mounted on water tank (662) inside, described Water tank (662) lower surface fits with piston ring mold (663) upper end, and the piston ring mold (663) is located at pusher (657) Right side.

8. piston ring manufacturing equipment according to claim 1 or 3, it is characterised in that: the ring-cutting machine structure (67) includes skin Band (671), interlocking lever (673), ellipse shape turntable (674), decline plate (675), fixing sleeve (676), cuts cutting ring at rotating disk (672) (677), the rotating disk (672) is flexibly connected by belt (671) with the connection shaft (6266) of upper end, the rotating disk (672) it is flexibly connected by interlocking lever (673) with ellipse shape turntable (674), ellipse shape turntable (674) lower surface and decline plate (675) upper surface fits and is flexibly connected, between the decline plate (675) is mounted on fixing sleeve (676) inside and uses Gap cooperation, fixing sleeve (676) right side is fixedly mounted on shell (61) inner right side surface lower end, described to cut cutting ring (677) It is fixedly mounted on decline plate (675) lower end, the cutting ring (677) of cutting is located on the right side of piston ring mold (663).