CN206068315U

CN206068315U - Full-automatic bearing finished products oiling device

Info

Publication number: CN206068315U
Application number: CN201621053801.5U
Authority: CN
Inventors: 陈奔腾
Original assignee: WENLING WANLI BEARING Co Ltd
Current assignee: Zhejiang Wanli Bearing Co., Ltd
Priority date: 2016-09-13
Filing date: 2016-09-13
Publication date: 2017-04-05
Anticipated expiration: 2026-09-13

Abstract

The utility model discloses a kind of full-automatic bearing finished products oiling device, its drip irrigation device is：Including frame, frame is provided with the first oiling passage, second oiling passage, automatically transmit the intermediate rail of bearing, supplied materials conveyer belt, discharge guide, front oiling component, reverse side oiling component, endoporus oiling component, it is additionally provided with to drive front oiling component in frame, the first drive component that reverse side oiling component and endoporus oiling component move up and down, turn-over component is provided between front oiling component and reverse side oiling component, it is additionally provided with to promote the bearing on supplied materials conveyer belt to move along the first oiling passage and push the first pushing component of intermediate rail on first oiling passage, second oiling passage is provided with bearing outer ring oiling station and promotes bearing to move along the second oiling passage and push the second pushing component of discharge guide.Which realizes bearing oiling comprehensive automation, high working efficiency, and makes bearing surface oil film more uniform, complete.

Description

Full-automatic bearing finished products oiling device

Technical field

This utility model is related to bearing machining equipment, more particularly to a kind of full-automatic bearing finished products oiling device.

Background technology

Bearing is that part that is fixed and reducing load coefficient of friction is played in mechanical transmission course.It may also be said that working as other When parts produce relative motion on axle each other, for reducing the coefficient of friction in power transmission process and holding shaft center Fixed parts.

In the course of processing of bearing, the bearing after cleaning, drying needs to coat rust preventive lubricating oil on surface, then wraps Take on factory.The oiling technique of bearing generally divides front oiling, reverse side oiling, endoporus oiling and outer ring oiling.At present, notification number Chinese patent for CN205312066U discloses a kind of efficient bearing oiling station, and its base is provided with conveyer belt, transmission Take and be provided with some fixing devices to fixing bearing, above conveyer belt, be provided with elevating lever and rotary shaft, atomizer peace Bearing, during work, is first installed on the securing means, is then transported on band and bearing is sent to atomizer by the lower section loaded on rotary shaft Lower section, atomizer carries out the spraying of oil in the presence of rotary shaft and elevating lever to bearing, and herein, fixing device can be with Swivel bearing makes bearing tow sides obtain oiling.Although above-mentioned patent realizes the automatic oiling of bearing, but its bearing Outer ring cannot get uniform oiling due to being clamped by the fastening gasket in fixing device, and its bearing needs practical work first One is fixed in the fixing device of conveyer belt, then carries out automatic oiling by machine, needs to dismantle down after being painted with oil one by one To be collected, automaticity is not high, inefficiency.

Utility model content

In view of the shortcomings of the prior art, the purpose of this utility model is to provide a kind of full-automatic bearing finished products oiling Equipment, its high degree of automation, high working efficiency.

Above-mentioned technical purpose of the present utility model technical scheme is that：A kind of full-automatic finished product axle Hold oiling device, including frame, frame is provided with the first oiling passage, the second oiling passage, be connected to the first oiling passage and Between second oiling passage to the automatically intermediate rail of transmission bearing, be connected to the first oiling passage away from intermediate rail one end Supplied materials conveyer belt, be connected to discharge guide of the second oiling passage away from intermediate rail one end, along the first oiling passage length The front oiling component of directional spreding, reverse side oiling component, endoporus oiling component, are additionally provided with to drive front oiling in frame The first drive component that component, reverse side oiling component and endoporus oiling component move up and down, is located at front on the first oiling passage Turn-over component is provided between oiling component and reverse side oiling component, is additionally provided with to promote supplied materials conveyer belt on the first oiling passage On bearing the first pushing component of intermediate rail is moved and pushed along the first oiling passage, the second oiling passage is provided with bearing Outer ring oiling station and promotion bearing are moved along the second oiling passage and push the second pushing component of discharge guide.

By above-mentioned technical proposal, the oiling step of bearing is as follows：

1st, bearing is transported to the junction of the first oiling passage and supplied materials conveyer belt from supplied materials conveyer belt；

2nd, the first pushing component pushes the bearing on supplied materials conveyer belt in the first oiling passage, and shifts front painting line of oils onto The lower section of part；

3rd, in the presence of the first drive component, one side of the oiling component in front to bearing upward carries out oiling, Ran Hou Bearing is shifted onto at turn-over component in the presence of first pushing component；

4th, bearing is overturn by turn-over component so as to which upper and lower surface is exchanged, then in the work of the first drive component Bearing is shifted onto at reverse side oiling component with lower；

5th, in the presence of the first drive component, one side of the reverse side oiling component to bearing upward carries out oiling, Ran Hou Bearing is shifted onto at endoporus oiling component in the presence of first pushing component；

6th, in the presence of the first drive component, endoporus oiling component carries out oiling to brearing bore, then pushes away first Bearing is pushed into intermediate rail in the presence of dynamic component；

7th, in the presence of intermediate rail, bearing is moved in the second oiling passage；

8th, bearing outer ring oiling station carries out outer ring oiling to the bearing in the second oiling passage；

9th, in the presence of the second pushing component, outer ring is painted with the bearing of oil and is pushed discharge guide along the second oiling passage Place；

In said process, only need constantly oil bearing to be coated is placed on supplied materials conveyer belt, full-automatic bearing finished products oiling Equipment can auto-alignment hold and carry out omnibearing oiling, then exported automatically by discharge guide again, it is not necessary in advance Bearing to be processed is installed manually, afterwards bearing to be processed is unloaded manually, compared to conventional art, realized bearing The comprehensive automation of oiling, high working efficiency；In addition, the tow sides, endoporus, outer ring to bearing individually carry out oiling, make Bearing surface oil film is more uniform, complete.

Preferably, the first power part that the first drive component includes movable plate and drives movable plate to move up and down, front Oiling component, reverse side oiling component and endoporus oiling component are both secured on movable plate.

By above-mentioned technical proposal, front oiling component, reverse side oiling component and endoporus oiling component are arranged on into one On movable plate, can be driven by a power source, it is cost-effective；Meanwhile, make keeping strokes for three, it is ensured that each step Harmony, running is more smooth automatically to make machine.

Preferably, turn-over component includes overturning the turnover panel of bearing, drives the second drive component that turnover panel rotates, and first Oiling passage is provided with the slot to make way installed for turnover panel, and turnover panel is provided with the jaws for clamping bearing, after turnover panel overturns, folder The lower surface and the first oiling passage flush of mouth.

By above-mentioned technical proposal, slot to make way is opened up on the first oiling passage, turnover panel is located at rotatable, folder in slot to make way Mouthful equivalent to the groove being opened on turnover panel, jaws is available for bearing to snap in, the lower surface of jaws and the first oiling passage upper surface Concordantly, upper surface of the upper surface of jaws higher than bearing, therefore the first pushing component can promote bearing simultaneously along the first oiling passage Bearing is pushed in jaws, then the second drive component drives turnover panel to rotate the turn-over for realizing bearing, herein, is automatically finished, Realize the tow sides operation of bearing.

Preferably, the second drive component is included located at turnover panel away from the driven gear of the first oiling passage end and driven Driving rack that gear is engaged, drive reciprocating second power part of driving rack.

By above-mentioned technical proposal, driven gear is sheathed in the rotary shaft of turnover panel, and driving rack is by the second power part Reciprocable is driven, driving rack drives driven gear to rotate, when driving rack is moved to a direction, driven gear band Dynamic turnover panel is rotated in one direction, and when driving rack is moved to opposite direction, turnover panel is rotated in the opposite direction；Driving rack and driven The cooperation of gear is realized that turnover panel is stable, is reliably overturn, and realizes the accurate turn-over of bearing.

Preferably, the first pushing component include pushing plate, be distributed in pushing plate be used for clip bearing claw, driving push away Laterally driven portion that dynamic plate is moved along the first oiling passage, drive the zigzag tread patterns that pushing plate moved perpendicular to the first oiling passage Portion.

By above-mentioned technical proposal, bearing can be just stuck in wherein by claw, and bearing is come on the first oiling passage, according to Below the secondary junction for being located at the first oiling passage and supplied materials conveyer belt, front oiling component, at upset component, reverse side apply line of oils Below part, below endoporus oiling component；When first pushing component works, pushing plate was driven towards first by zigzag tread patterns portion before this Oiling passage is moved, and the claw in pushing plate blocks the bearing of above-mentioned each position respectively, then in the effect in laterally driven portion Lower driving bearing is moved along the first oiling passage, is moved respectively to next station and is treated that next step is processed, and then pushing plate is returned again Next circulation is carried out to initial position, so, pushing plate moving to the bearing in the first oiling passage repeatedly is realized Automatic transmission of the bearing between each station.

Preferably, the junction of the first oiling passage and intermediate rail is provided with arc-shaped guide plate, and intermediate rail is from the first oiling Passage is inclined obliquely and is connected to the second oiling passage.

By above-mentioned technical proposal, intermediate rail is obliquely installed, namely horizontal plane residing for the first oiling passage is higher than second Horizontal plane residing for oiling passage, the so bearing from the first oiling passage can smoothly freely in the presence of intermediate rail Slip in the second oiling passage, realize the automatic transmission of bearing.

Preferably, bearing outer ring oiling station includes bracing frame above the second oiling passage, is rotationally connected with Outer ring oiling component on support, positioned at the second oiling passage side and to rotate with dynamic bearing rotating roller, drive and rotate The 3rd drive component that roller and outer ring oiling component are rotated.

By above-mentioned technical proposal, bearing outer ring oiling station is slided from intermediate rail for carrying out oiling to bearing outer ring Under bearing enter in the second oiling passage, the side of bearing contradicts and rotates rod, and upside is contradicted on outer ring oiling component, is rotated Roller is rotated by frictional force band dynamic bearing, and the outer ring oiling component of rotation uniformly oils to the bearing for rotating, and realizes bearing Bearing finally, is released and is pushed in discharge guide from the second oiling passage by the second pushing component by outer ring oiling.

Preferably, the 3rd drive component includes motor on bracing frame, is connected to motor and rotating roller Between the first driving belt, the second driving belt being connected between motor and outer ring oiling component.

By above-mentioned technical proposal, rotating roller and outer ring oiling component are driven by same motor, so as to Reduce power source quantity, between motor and rotating roller by the first driving belt transmit power, outer ring oiling component it Between transmission power is carried out by the second driving belt.

Preferably, it is additionally provided with bearing arrangement device in frame, bearing arrangement device is included located at discharge guide away from second Oiling passage end arrangement groove, located at arrangement groove and discharge guide junction and to by the bearing on discharge guide push to row The arrangement push pedal that arranged in row groove, reciprocating 3rd power part of arrangement push pedal is driven, discharge guide is connected to the One end of two oiling passages is connected to one end of arrangement groove higher than discharge guide.

By above-mentioned technical proposal, arranging groove can be mutually perpendicular to discharge guide, and arrangement push pedal can be from discharge guide Discharging opening promotes bearing to move along the length direction of arrangement groove；During work, bearing enters discharge guide simultaneously from the second oiling passage The discharging opening of discharge guide is slided into, now, push pedal campaign is arranged, bearing is pushed in arrangement groove, arrangement push pedal is constantly repeatedly Motion, bearing just one by one clamp-on arrangement groove in, be finally arranged in arrangement groove in.

Preferably, exhibition groove that groove is arranged side by side is additionally provided with and is arranged in frame, is arranged along arrangement slot length direction and is used in combination With the 4th power part that the bearing in arrangement groove is pushed to the scraping wings in exhibition groove, scraping wings motion is driven, scraping wings is remote It is provided with to detect the first induction apparatuss whether bearing is booked arrangement groove from one end of discharge guide.

By above-mentioned technical proposal, groove is parallel is arranged side by side for exhibition groove and arrangement, after the bearing arrangement in groove is arranged is full, The first induction apparatuss on arrangement groove can detect bearing arrangement completely, so as to bearing is pushed to by scraping wings perpendicular to the direction of arrangement groove Treat in exhibition groove that workman packs, in such exhibition groove, bearing can be rearranged again, realize automatization's bearing arrangement, improve work Efficiency.

Description of the drawings

First viewing angle constructions schematic diagrams of the Fig. 1 for embodiment；

Fig. 2 is A portions enlarged drawing in Fig. 1；

Second viewing angle constructions schematic diagrams of the Fig. 3 for embodiment；

Fig. 4 is B portions enlarged drawing in Fig. 3；

Fig. 5 is C portions enlarged drawing in Fig. 3；

Fig. 6 is the structural representation at bearing outer ring oiling station, wherein eliminating the shell of outer ring oiling component side；

Fig. 7 is bearing outer ring oiling station and the structural representation at bearing arrangement device.

Reference：1st, frame；2nd, the first drive component；201st, movable plate；202nd, the first power part；3rd, turn-over group Part；301st, turnover panel；302nd, the second drive component；303rd, slot to make way；3011st, jaws；3021st, driven gear；3022nd, driving cog Bar；3023rd, the second power part；4th, the first pushing component；41st, pushing plate；42nd, claw；43rd, laterally driven portion；431st, it is fixed Plate；432nd, guided way；433rd, the first cylinder；44th, zigzag tread patterns portion；5th, bearing outer ring oiling station；51st, bracing frame；52nd, outer ring Oiling component；521st, oiling rolls；522nd, oil film roller；523rd, oil box；53rd, rotating roller；54th, the 3rd drive component；541st, drive electricity Machine；542nd, the first driving belt；543rd, the second driving belt；6th, the second pushing component；61st, charging ram；62nd, the 3rd cylinder；7、 Bearing arrangement device；71st, arrange groove；72nd, arrange push pedal；73rd, the 3rd power part；8th, exhibition groove；9th, scraping wings；10th, the 4th Power part；11st, the first oiling passage；12nd, the second oiling passage；13rd, intermediate rail；14th, supplied materials conveyer belt；15th, discharging is led Rail；16th, front oiling component；17th, reverse side oiling component；18th, endoporus oiling component；19th, arc-shaped guide plate；21st, the first induction apparatuss； 22nd, the second induction apparatuss；23rd, the 3rd induction apparatuss；24th, the 4th induction apparatuss；25th, feeler lever；26th, bearing；27th, belt pulley；28th, first Dynamic belt；29th, rotary electric machine；30th, the second linkage belt.

Specific embodiment

This utility model is described in further detail below in conjunction with accompanying drawing.

Full-automatic bearing finished products oiling device as shown in accompanying drawing 1 and 3, including frame 1, frame 1 are provided with the first oiling Passage 11, the second oiling passage 12, it is connected between the first oiling passage 11 and the second oiling passage 12 to automatic transmission axle Hold 26 intermediate rail 13, be connected to the first oiling passage 11 away from 13 one end of intermediate rail supplied materials conveyer belt 14, be connected to Discharge guide 15 of the second oiling passage 12 away from 13 one end of intermediate rail, is just distributed along 11 length direction of the first oiling passage Face oiling component 16, reverse side oiling component 17, endoporus oiling component 18, are additionally provided with to drive front oiling component in frame 1 16th, the first drive component 2 that reverse side oiling component 17 and endoporus oiling component 18 move up and down, is located on the first oiling passage 11 Turn-over component 3 is provided between front oiling component 16 and reverse side oiling component 17, is additionally provided with to push away on the first oiling passage 11 Bearing on dynamic supplied materials conveyer belt 14 moves and pushes the first pushing component 4 of intermediate rail 13 along the first oiling passage 11, the Two oiling passages 12 are provided with bearing outer ring oiling station 5 and promote bearing 26 to move and push out along the second oiling passage 12 Second pushing component 6 of material guide rail 15, the port of export of discharge guide 15 are provided with bearing arrangement device 7.

It is described in detail below for the composition structure of each device：

Referring to accompanying drawing 1, supplied materials conveyer belt 14 is perpendicular to the first oiling passage 11, and the upper surface of supplied materials conveyer belt 14 and The upper surface of one oiling passage 11 is concordant, is provided with the 3rd induction apparatuss in the junction of supplied materials conveyer belt 14 and the first oiling passage 11 23, the 3rd induction apparatuss 23 are located at the top of supplied materials conveyer belt 14, and the bearing 26 on supplied materials conveyer belt 14 is sent to the first oiling and leads to Can be blocked by the side side wall of the first oiling passage 11 when on road 11, now bearing 26 is located at the entrance of the first oiling passage 11 Place, and it is placed exactly in the lower section of the 3rd induction apparatuss 23.Herein, the first drive component 2 includes movable plate 201 and drives movable plate 201 the first power parts 202 for moving up and down, it is front oiling component 16 along the arrangement of 11 length direction of the first oiling passage, anti- Face oiling component 17 is rotationally connected with movable plate 201, and endoporus oiling component 18 is fixed on movable plate 201, movable plate 201 It is arranged in and vertically stands on the guide rail of frame 1, movable plate 201 there can be shifting along guide rail up and down by the effect of the first power part 202 Dynamic, the first power part 202 is cylinder；Wherein, rotary electric machine 29, the motor shaft of rotary electric machine 29 are additionally provided with movable plate 201 It is mutual by the first linkage belt 28 with the belt pulley 27 on the belt pulley 27 on front oiling component 16, reverse side oiling component 17 Connection, for realizing the linkage between three, the front oiling component 16 and reverse side oiling component 17 of rotation can make bearing 26 Double-edged oiling is more uniform；Front oiling component 16, reverse side oiling component 17 and endoporus oiling component 18 are by oil storage Cylinder and the immersion oil sponge below oil drum constitute, and the immersion oil sponge on front oiling component 16 and reverse side oiling component 17 is Big face sponge, the immersion oil sponge on endoporus oiling component 18 are column sponge.

With reference to accompanying drawing 1,3 and 4, turn-over component 3 includes turnover panel 301, the second drive component 302, and the second drive component 302 is wrapped Include driven gear 3021, the transmission being engaged with driven gear 3021 away from 11 one end of the first oiling passage located at turnover panel 301 Tooth bar 3022, driving 3022 reciprocating second power part 3023 of driving rack；Open up on the first oiling passage 11 and allow Position groove 303, turnover panel 301 are rotatable in slot to make way 303, and jaws 3011 is equivalent to the groove being opened on turnover panel 301, jaws 3011 are available for bearing to snap in, and the lower surface of jaws 3011 and 11 upper surface of the first oiling passage are concordant, the upper surface of jaws 3011 Higher than the upper surface of bearing 26, driven gear 3021 is sheathed in the rotary shaft of turnover panel 301, and the second power part 3023 is gas Cylinder, driving rack 3022 are connected to the cylinder rod of cylinder, and cylinder is moved up and down repeatedly, and driving rack 3022 drives driven gear 3021 rotate, and so as to realize that turnover panel 301 overturns, therefore the first pushing component 4 can promote bearing 26 simultaneously along the first oiling passage 11 Bearing 26 is pushed in jaws 3011, the second power part drives turnover panel 301 to rotate the turn-over for realizing bearing；Herein, with reference to accompanying drawing 2 With 4, symmetrical in the frame 1 of 301 both sides of turnover panel to be provided with the second induction apparatuss 22, the side of turnover panel 301 is provided with feeler lever 25, works as turnover panel 301 in initial position when, feeler lever 25 it is horizontally disposed and with one of them second induction apparatus 22 to contact, when driving rack 3022 When moving to a direction, driven gear 3021 drives turnover panel 301 to rotate in one direction, and feeler lever 25 encounters the second induction apparatuss 22 Then to air cylinder signal, cylinder stop motion, now, on turnover panel 301, the upper surface of jaws 3011 and the first oiling passage 11 are concordant； When driving rack 3022 is moved to opposite direction, turnover panel 301 rotates the second induction apparatuss that feeler lever 25 contacts opposite side in the opposite direction 22 also with stopping cylinder；The cooperation of driving rack 3022 and driven gear 3021 is realized plus the setting of the second induction apparatuss 22 Turnover panel 301 is stable, reliable upset, realizes the accurate turn-over of bearing 26.

Referring to accompanying drawing 1, the first pushing component 4 includes pushing plate 41, is distributed in pushing plate 41 for clip bearing 26 Claw 42, laterally driven portion 43, driving pushing plate 41 that pushing plate 41 move along the first oiling passage 11 are driven perpendicular to first The zigzag tread patterns portion 44 of the movement of oiling passage 11, wherein, in concave, bearing 26 can be just stuck in claw 42 by claw 42 Wherein, bearing 26 is come on the first oiling passage 11, be sequentially located at the first oiling passage 11 and supplied materials conveyer belt 14 junction, Below front oiling component 16, at upset component, below reverse side oiling component 17, below endoporus oiling component 18；It is laterally driven Portion 43 includes the guided way 432 in frame 1, and sliding is connected to the fixed plate 431 on guided way 432 and promotes fixed plate 431 the first cylinders 433 moved along guided way 432, zigzag tread patterns portion 44 is similarly cylinder and is fixed in fixed plate 431 and is used in combination To drive pushing plate 41 to move perpendicular to the first oiling passage 11, when the first pushing component 4 works, before this by zigzag tread patterns portion 44 driving pushing plates 41 are moved towards the first oiling passage 11, and the claw 42 in pushing plate 41 blocks above-mentioned each position respectively Bearing 26, then in the presence of laterally driven portion 43, driving bearing 26 is moved along the first oiling passage 11, is moved respectively to down One station treats that next step is processed, and then pushing plate 41 returns initial position and carries out next circulation, and so, pushing plate 41 is anti- Multiple moves to the bearing 26 in the first oiling passage 11, realizes automatic transmission of the bearing 26 between each station.

Arc-shaped guide plate 19, intermediate rail 13 are provided with referring to the junction of accompanying drawing 3, the first oiling passage 11 and intermediate rail 13 It is obliquely installed, namely horizontal plane residing for the first oiling passage 11 is higher than horizontal plane residing for the second oiling passage 12, in arc-shaped guide rail In the presence of, the state that the bearing 26 for coming is changed into erecting from the state for lying low, the bearing 26 for erecting are pushed by the first pushing component 4 Along intermediate rail 13 roll and under, so as to be rolled at the second oiling passage 12.

With reference to accompanying drawing 1 and 6, bearing outer ring oiling station 5 includes bracing frame 51 above the second oiling passage 12, turns The dynamic outer ring oiling component 52 being connected on bracing frame 51, rotate positioned at 12 side of the second oiling passage and to band dynamic bearing 26 Rotating roller 53, drive the 3rd drive component 54 that rotating roller 53 and outer ring oiling component 52 rotate, wherein, the 3rd drive component 54 include motor 541 on bracing frame 51, first be connected between motor 541 and rotating roller 53 transmission skin With 542, the second driving belt 543 for being connected between motor 541 and outer ring oiling component 52；Outer ring oiling component 52 is wrapped Oil box 523, oil film roller 522, oiling rolls 521 are included, oiling rolls 521 and oil film roller 522 are rotationally connected with bracing frame 51, oil film Roller 522 and 521 surface of oiling rolls are fitted and positioned at the top of oiling rolls 521, and oil box 523 is located at the top of oil film roller 522, oil box 523 are connected on the motor shaft of oil film roller 522 and motor 541 to 522 fuel feeding of oil supply deflector roll, the second driving belt 543, One end of oil film roller 522 and oiling rolls 521 is additionally provided with the second linkage belt 30 for realizing both linkages；When oil film roller 522 is rotated When, the oil on oil box 523 is uniformly adhered to the surface of oil film roller 522 and forms one layer of oil film, when oil film roller 522 and oiling rolls During 521 contact, the oil on oil film roller 522 is just attached to 521 surface of oiling rolls, by 26 outer circumference surface of oiling rolls 521 and bearing Contact, appropriate is applied to 26 outer ring of bearing by oily uniform.With reference to accompanying drawing 5 and 6, positioned at the second oiling passage 12 and intermediate rail 13 Junction namely intermediate rail 13 be provided with the 4th induction apparatuss 24 near one end of the second oiling passage 12, the 4th induction apparatuss 24 are used Deposit when detecting with the presence or absence of the bearing 26 for treating outer ring oiling near one end of the second oiling passage 12 in sensing intermediate rail 13 When whne the bearing 26 of outer ring oiling, charging ram 61 can bounce back in the presence of the 3rd cylinder 62, so as to bearing 26 falls into second In oiling passage 12, then charging ram 61 in the presence of the 3rd cylinder 62 protracts again and pushes away forward bearing 26, makes to treat outer Circle applies oil bearing 26 and oiling rolls 521 are contacted.

Referring to accompanying drawing 1 and 7, bearing arrangement device 7 includes arranging groove 71, arrangement push pedal 72 and the 3rd power part 73, row Row groove 71 and discharge guide 15 are mutually perpendicular to, and arrange the discharging opening that push pedal 72 is located at discharge guide 15, and the 3rd power part 73 is Cylinder, the direction of motion for arranging push pedal 72 are arranged along the length direction of arrangement groove 71；Herein, exhibition groove 8 and arrangement groove 71 be side by side Arrange, and groove 71 is arranged near bearing outer ring oiling station 5 away from the side of bearing outer ring oiling station 5 positioned at arrangement groove 71 Side be provided with scraping wings 9 and the 4th power part 10, scraping wings 9 is provided with the first induction apparatuss away from one end of discharge guide 15 21, the first induction apparatuss 21 are used for whether sensing to have bearing 26 to exist；Here the 4th power part 10 is cylinder, and scraping wings 9 exists Bearing in arrangement groove 71 can be shifted onto in exhibition groove 8 in the presence of 4th power part 10；Wherein, discharge guide 15 is connected to One end of second oiling passage 12 is connected to one end of arrangement groove 71 higher than discharge guide 15, and such bearing 26 can be along discharge guide 15 ends for being rolled to arrangement groove 71.

Below the course of work of whole full-automatic bearing finished products oiling device is illustrated：

1st, bearing 26 is transported to the junction of the first oiling passage 11 and supplied materials conveyer belt 14 from supplied materials conveyer belt 14 and stops In the entrance of the first oiling passage 11.

2nd, when the 3rd induction apparatuss 23 detect bearing 26 positioned at the entrance of the first oiling passage 11, pushing plate 41 is towards the One oiling passage 11 is moved, and makes claw 42 block the bearing 26 on the first oiling passage 11, and then pushing plate 41 is along the first oiling Passage 11 moves and bearing is promoted a station along the first oiling passage 11, that is, by the axle of 11 entrance of the first oiling passage 26 lower sections for shifting front oiling component 16 onto are held, the bearing 26 below front oiling component 16 is shifted onto in turn-over component 3, will be turned over Bearing 26 in face component 3 shifts the lower section of reverse side oiling component 17 onto, the bearing 26 below reverse side oiling component 17 is shifted onto interior The lower section of hole oiling component, the bearing 26 below endoporus oiling component 18 is shifted onto in intermediate rail 13；Pushing plate 41 is again vertical Move away from the first oiling passage 11 in the presence of drive division 44, now movable plate 201 drives front oiling component 16, reverse side Oiling component 17, endoporus oiling component 18 are moved downwardly together, carry out oiling to bearing 26 below；After an oiling Turn-over component 3 carried out turn-over to the bearing 26 between front oiling component 16 and reverse side oiling component 17 before this, then pushing plate 41 re-move initial position wait circulates next time.

3rd, bearing 26 is rolled to 12 entrance of the second oiling passage in the presence of intermediate rail 13, and herein, bearing 26 can quilt Charging ram 61 is blocked, when the 4th induction apparatuss 24 sense that intermediate rail 13 has bearing 26 near the side of the second oiling passage 12 When, charging ram 61 is bounced back backward, and then bearing 26 is fallen on the second oiling passage 12, then charging ram 61 by bearing 26 along second Oiling passage 12 is moved, and makes the contact of 26 outer circumference surface of bearing rotate outer ring oiling component 52；Herein, rotating roller 53 is with dynamic bearing 26 Rotate, while oiling rolls 521 are also being rotated, uniform oiling is carried out to 26 outer ring of bearing；Here, charging ram 61 repeatedly to Bearing 26 in one oiling passage 11 is promoted forward, and the bearing 26 positioned at 12 port of export of the second oiling passage is pressed against discharge guide On 15.

4th, bearing 26 along discharge guide 15 roll and under, the side for being arranged push pedal 72 is blocked, and bearing 26 is blocked in discharging The discharging opening of guide rail 15；Now scraping wings 9 travels forward and opens the discharging opening of discharge guide 15, and bearing 26 falls arrangement groove 71 In, then scraping wings 9 move backward again by bearing 26 to arrangement groove 71 away from scraping wings 9 a side shifting.

5th, bearing 26 ceaselessly is pushed to arrange and is arranged in groove 71 by scraping wings 9, then when the first induction apparatuss 21 sense To in the presence of there is bearing 26, namely represent that the bearing 26 in arrangement groove 71 has been booked, now, the 4th power part drives scraping wings 9 promote the bearing 26 for arranging to move to exhibition groove 8, and operator can pack to bearing 26 from exhibition groove 8.

The above is only exemplary embodiment of the present utility model, not for restriction protection model of the present utility model Enclose, protection domain of the present utility model is determined by appended claim.

Claims

1. a kind of full-automatic bearing finished products oiling device, including frame (1), is characterized in that：Frame (1) is provided with the first oiling and leads to Road (11), the second oiling passage (12), it is connected between the first oiling passage (11) and the second oiling passage (12) to automatic Transmit the intermediate rail (13) of bearing, be connected to supplied materials conveyer belt of the first oiling passage (11) away from intermediate rail (13) one end (14) discharge guide (15) of the second oiling passage (12) away from intermediate rail (13) one end, is connected to, along the first oiling passage (11) front oiling component (16) of length direction distribution, reverse side oiling component (17), endoporus oiling component (18), frame (1) On be additionally provided with to drive what front oiling component (16), reverse side oiling component (17) and endoporus oiling component (18) moved up and down First drive component (2), is located between front oiling component (16) and reverse side oiling component (17) on the first oiling passage (11) Turn-over component (3) is provided with, is additionally provided with to promote on the first oiling passage (11) bearing on supplied materials conveyer belt (14) along first Oiling passage (11) moves and pushes first pushing component (4) of intermediate rail (13), and the second oiling passage (12) is provided with axle Bearing outer-ring oiling station (5) and promotion bearing are moved along the second oiling passage (12) and push the second of discharge guide (15) and push away Dynamic component (6).

2. full-automatic bearing finished products oiling device according to claim 1, is characterized in that：First drive component (2) includes The first power part (202) that movable plate (201) and driving movable plate (201) move up and down, front oiling component (16), reverse side Oiling component (17) and endoporus oiling component (18) are both secured on movable plate (201).

3. full-automatic bearing finished products oiling device according to claim 1, is characterized in that：Turn-over component (3) include to The second drive component (302) that the turnover panel (301) of upset bearing, driving turnover panel (301) are rotated, sets on the first oiling passage (11) There is the slot to make way (303) installed for turnover panel (301), turnover panel (301) is provided with the jaws (3011) for clamping bearing, works as turnover panel (301) after overturning, the lower surface of jaws (3011) and the first oiling passage (11) flush.

4. full-automatic bearing finished products oiling device according to claim 3, is characterized in that：Second drive component (302) is wrapped Include located at turnover panel (301) away from first oiling passage (11) one end driven gear (3021), and driven gear (3021) match The driving rack (3022) of conjunction, reciprocating second power part (3023) of driving driving rack (3022).

5. full-automatic bearing finished products oiling device according to claim 1, is characterized in that：First pushing component (4) includes Pushing plate (41), be distributed in pushing plate (41) be used for clip bearing claw (42), drive pushing plate (41) along the first oiling The mobile laterally driven portion (43) of passage (11), driving pushing plate (41) are driven perpendicular to the mobile longitudinal direction of the first oiling passage (11) Dynamic portion (44).

6. full-automatic bearing finished products oiling device according to claim 1, is characterized in that：First oiling passage (11) and in Between the junction of guide rail (13) be provided with arc-shaped guide plate (19), intermediate rail (13) is inclined simultaneously obliquely from the first oiling passage (11) It is connected to the second oiling passage (12).

7. full-automatic bearing finished products oiling device according to claim 1, is characterized in that：Bearing outer ring oiling station (5) Including the bracing frame (51) above the second oiling passage (12), the outer ring oiling component being rotationally connected with bracing frame (51) (52), positioned at the second oiling passage (12) side and to rotate with dynamic bearing rotating roller (53), drive rotating roller (53) and The 3rd drive component (54) that outer ring oiling component (52) is rotated.

8. full-automatic bearing finished products oiling device according to claim 7, is characterized in that：3rd drive component (54) includes Motor (541), the first transmission being connected between motor (541) and rotating roller (53) on bracing frame (51) Belt (542), the second driving belt (543) being connected between motor (541) and outer ring oiling component (52).

9. full-automatic bearing finished products oiling device according to claim 1, is characterized in that：Frame is additionally provided with bearing on (1) Collating unit (7), bearing arrangement device (7) include the arrangement located at discharge guide (15) away from second oiling passage (12) one end Groove (71), located at arrangement groove (71) and discharge guide (15) junction and to by the bearing on discharge guide (15) push to arrange The arrangement push pedal (72) that arranged in groove (71), reciprocating 3rd power part (73) of arrangement push pedal (72) is driven, gone out Material guide rail (15) is connected to one end that one end of the second oiling passage (12) is connected to arrangement groove (71) higher than discharge guide (15).

10. full-automatic bearing finished products oiling device according to claim 9, is characterized in that：It is additionally provided with and arranges in frame (1) Exhibition groove (8) that row groove (71) is arranged side by side, arrange along arrangement groove (71) length direction and to by the axle in arrangement groove (71) Hold push in exhibition groove (8) scraping wings (9), drive scraping wings (9) the 4th power part (10) that moves, scraping wings (9) is remote It is provided with to detect the first induction apparatuss (21) whether bearing is booked arrangement groove (71) from one end of discharge guide (15).