CN205817474U - Bearing inner race grinding machine processing intelligence production line - Google Patents
Bearing inner race grinding machine processing intelligence production line Download PDFInfo
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- CN205817474U CN205817474U CN201620571452.XU CN201620571452U CN205817474U CN 205817474 U CN205817474 U CN 205817474U CN 201620571452 U CN201620571452 U CN 201620571452U CN 205817474 U CN205817474 U CN 205817474U
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Abstract
This utility model belongs to technical field of bearing processing, relates to a kind of bearing inner race grinding machine processing intelligence production line.It includes ball track grinding machine of inner circle, inner ring rib grinding machine, inner ring inner-diameter grinding machine and inner ring raceway superfinishing grinding machine, it is respectively equipped with a demagnetizing cleaning machine between described ball track grinding machine of inner circle and inner ring rib grinding machine, between inner ring rib grinding machine and inner ring inner-diameter grinding machine, between inner ring inner-diameter grinding machine and inner ring raceway superfinishing grinding machine, described ball track grinding machine of inner circle, inner ring rib grinding machine, inner ring inner-diameter grinding machine and inner ring raceway superfinishing grinding machine is respectively equipped with a mechanical hand, No. two mechanical hands, No. three mechanical hands and No. four mechanical hands.This practicality forms the raceway polishing of bearing inner race, rib polishing, internal diameter polishing and the operation of raceway superfinishing continuous way, thus saves the handling time between different operation, reaches streamlined operation.
Description
Technical field
This utility model belongs to technical field of bearing processing, relates to a kind of bearing machining machinery, particularly relates to a kind of bearing
Inner ring grinding machine processing intelligence production line.
Background technology
Bearing is a kind of important spare part in plant equipment in the present age.Its major function is to support machinery rotary body, reduces
Coefficient of friction in its motor process, and ensure its rotating accuracy.By the difference of motor element frictional property, bearing can be divided into rolling
Dynamic bearing and the big class of sliding bearing two.Wherein rolling bearing is the most normalized, seriation, but its radial direction compared with sliding bearing
Size, vibration and noise are relatively big, and price is the highest.Rolling bearing is typically by outer ring, inner ring, rolling element and retainer four part group
Become, be made up of outer ring, inner ring, rolling element, retainer, sealing, the big part of lubricating oil six strictly speaking.In simple terms, as long as having
Standby outer ring, inner ring, rolling element just may be defined as rolling bearing.By the shape of rolling element, rolling bearing is divided into ball bearing and roller
The big class of bearing two.
Bearing inner race is adding man-hour, needs to carry out the operations such as raceway polishing, rib polishing, internal diameter polishing and raceway superfinishing,
Each operation is generally independently operated by prior art, and a process operations is carried to another operation by operator after completing, carrying
Process expends substantial amounts of manpower and time, and production efficiency is relatively low.
Utility model content
The purpose of this utility model is for the problems referred to above, it is provided that the bearing inner race grinding machine processing intelligence that a kind of production efficiency is high
Can production line.
For reaching above-mentioned purpose, this utility model have employed following technical proposal: a kind of bearing inner race grinding machine processing is intelligent
Production line, including ball track grinding machine of inner circle, inner ring rib grinding machine, inner ring inner-diameter grinding machine and inner ring raceway superfinishing grinding machine, described is interior
Between circle raceway grinding machine and inner ring rib grinding machine, between inner ring rib grinding machine and inner ring inner-diameter grinding machine, inner ring inner-diameter grinding machine and interior
It is respectively equipped with a demagnetizing cleaning machine, described ball track grinding machine of inner circle, inner ring rib grinding machine, inner ring between circle raceway superfinishing grinding machine
A mechanical hand, No. two mechanical hands, No. three mechanical hands and No. four machines it are respectively equipped with on inner-diameter grinding machine and inner ring raceway superfinishing grinding machine
Tool hands.
In above-mentioned bearing inner race grinding machine processing intelligence production line, described ball track grinding machine of inner circle is clear away from a demagnetization
The side of washing machine is provided with feed bin, and a described mechanical hand can be sent to the bearing inner race in feed bin in ball track grinding machine of inner circle,
A described mechanical hand includes the vertically moving elevating mechanism hands of interconnective energy and can be in the horizontal direction
A number conveying robot of motion, No. two described mechanical hands include No. two liftings that interconnective energy is vertically moving
Mechanical hand and No. two conveying robots that can move in the horizontal direction, No. three described mechanical hands include that interconnective energy is along perpendicular
Nogata is to No. three elevating mechanism handss of motion and No. three conveying robots that can move in the horizontal direction, No. four described mechanical hands
No. four elevating mechanism handss vertically moving including interconnective energy and No. four carrying implements that can move in the horizontal direction
Tool hands.
In above-mentioned bearing inner race grinding machine processing intelligence production line, described demagnetizing cleaning machine includes the support that demagnetizes, institute
The demagnetization frame upper surface stated is not magnetic conduction plane, is provided with demagnetization station, sets in described demagnetization station in not magnetic conduction plane
The permanent magnet that can produce alternating magnetic field, the side of described demagnetization station is had to be provided with a conveying for fed bearings inner ring
Band, the opposite side of demagnetization station is provided with a wiper mechanism that can be carried out by the bearing inner race on demagnetization station.
In above-mentioned bearing inner race grinding machine processing intelligence production line, described demagnetization support is provided with one and can will carry
Bearing inner race on band captures and is sent to the first material grasping mechanical hand in station that demagnetizes, the first described material grasping from conveyer belt
Mechanical hand connects the outfan of the first material grasping cylinder, and the first material grasping cylinder is fixed on demagnetization support.
In above-mentioned bearing inner race grinding machine processing intelligence production line, described wiper mechanism includes being fixed on demagnetization support
On the second material grasping cylinder, the outfan of the second described material grasping cylinder is provided with the second material grasping mechanical hand, described cleaning machine
Structure also includes the washing station being located on demagnetization frame upper surface, when the second material grasping cylinder action, the second material grasping mechanical hand energy
Bearing inner race in demagnetization station is taken out from demagnetization station and is sent in washing station.
In above-mentioned bearing inner race grinding machine processing intelligence production line, wiper mechanism also includes being located at demagnetization frame upper surface
On drying station, the outfan of the second described material grasping cylinder is additionally provided with the 3rd material grasping mechanical hand, when the second material grasping cylinder
Outfan retract time, the second material grasping mechanical hand and the 3rd material grasping mechanical hand respectively with demagnetization station and washing station corresponding, when
When the outfan of the second material grasping cylinder stretches out, the second material grasping mechanical hand and the 3rd material grasping mechanical hand respectively with washing station and drying
Station is corresponding.
In above-mentioned bearing inner race grinding machine processing intelligence production line, on described demagnetization support and be positioned on demagnetization support
Surface is provided with a cup mechanism, and described cup mechanism includes some cups and cup and washing station and drying station
One_to_one corresponding, described cup mechanism connects lift cylinder, and lift cylinder is fixed on demagnetization support.
In above-mentioned bearing inner race grinding machine processing intelligence production line, described washing station includes in placing bearing
The rinse bath of circle, described rinse bath connects cleaning motor, and the described station that dries includes the drying groove for placing bearing, institute
The drying groove stated connects drying motor.
In above-mentioned bearing inner race grinding machine processing intelligence production line, described conveyer belt is also arranged above stopping bearing
The bearing spacer that inner ring moves, described bearing spacer is fixed on locating support, and locating support is fixed with demagnetization support
Connecting, described bearing spacer has two, and described bearing spacer is provided with photoelectric sensor, on described locating support
Being fixed with sub-material bar, this sub-material bar is positioned at above conveyer belt, being respectively provided on two sides with and be positioned at above conveyer belt of sub-material bar
Backgauge bar, backgauge bar is fixing with locating support to be connected, the charging that backgauge bar matches with bearing inner race with sub-material bar intermediate formation
Passage, feeding-passage is corresponding with the position of bearing spacer.
In above-mentioned bearing inner race grinding machine processing intelligence production line, described demagnetizing cleaning machine connects and has helical feed
Band assembly, ball track grinding machine of inner circle, inner ring rib grinding machine, inner ring inner-diameter grinding machine and inner ring raceway superfinishing grinding machine are respectively equipped with charging aperture
And discharging opening, and the conveying of the discharging opening of ball track grinding machine of inner circle, inner ring rib grinding machine and inner ring inner-diameter grinding machine and demagnetizing cleaning machine
Band position is corresponding.
Compared with prior art, the utility model has the advantage of: the raceway of formation bearing inner race is polished, rib is polished,
Internal diameter polishing and raceway superfinishing continuous way operate, thus save the handling time between different operation, reach streamlined operation, especially
It is, after demagnetization and cleaning are combined by demagnetizing cleaning machine, to greatly improve work efficiency.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the structural representation in another direction of the present utility model；
Fig. 3 is the structural representation of demagnetizing cleaning machine；
Fig. 4 is the structural representation in another direction of Fig. 3；
Fig. 5 is the structural representation in another direction of Fig. 4.
In figure: ball track grinding machine of inner circle 1, inner ring rib grinding machine 2, inner ring inner-diameter grinding machine 3, inner ring raceway superfinishing grinding machine 4,
51, conveying robot of 5, elevating mechanism hands of mechanical hand, 6, No. two elevating mechanism handss of 52, No. two mechanical hands 61, two are removed
Fortune 7, No. three elevating mechanism handss of 62, No. three mechanical hands of mechanical hand, 8, No. four liftings of 72, No. four mechanical hands of 71, No. three conveying robots
81, No. four conveying robots 82 of mechanical hand, demagnetizing cleaning machine 9, feed bin 10, spiral conveyor assembly 90, demagnetization support 91, demagnetization
Station 92, conveyer belt 93, bearing spacer 931, locating support 932, photoelectric sensor 933, sub-material bar 934, backgauge bar 935,
Wiper mechanism the 94, second material grasping cylinder the 941, second material grasping mechanical hand 942, washing station 943, rinse bath 943a, cleaning motor
943b, dry station 944, dry groove 944a, drying motor 944b, the 3rd material grasping mechanical hand the 945, first material grasping mechanical hand 95,
First material grasping cylinder 96, cup mechanism 97, lift cylinder 98, inner diameter detector 100.
Detailed description of the invention
The utility model is described in more detail with detailed description of the invention below in conjunction with the accompanying drawings.
As depicted in figs. 1 and 2, a kind of bearing inner race grinding machine processing intelligence production line, including ball track grinding machine of inner circle 1, inner ring
Shoulder grinding machine 2, inner ring inner-diameter grinding machine 3 and inner ring raceway superfinishing grinding machine 4, described ball track grinding machine of inner circle 1 and inner ring rib grinding machine 2
Between, between inner ring rib grinding machine 2 and inner ring inner-diameter grinding machine 3, between inner ring inner-diameter grinding machine 3 and inner ring raceway superfinishing grinding machine 4 point
It is not provided with a demagnetizing cleaning machine 9, described ball track grinding machine of inner circle 1, inner ring rib grinding machine 2, inner ring inner-diameter grinding machine 3 and inner ring rolling
A mechanical hand 6, No. three mechanical hands 7 of 5, No. two mechanical hands and No. four mechanical hands 8 it are respectively equipped with on road superfinishing grinding machine 4.
Preferably, as it is shown in figure 1, be additionally provided with inner diameter detector between inner ring raceway superfinishing grinding machine 4 and demagnetizing cleaning machine 9
100。
Ball track grinding machine of inner circle 1 is provided with feed bin 10, described mechanical hand 5 energy away from the side of a demagnetizing cleaning machine 9
Bearing inner race in feed bin 10 is sent in ball track grinding machine of inner circle 1, and a described mechanical hand 5 includes interconnective energy edge
A number elevating mechanism hands 51 of vertical direction motion and the conveying robot 52 that can move in the horizontal direction, described No. two
Mechanical hand 6 includes the vertically moving No. two elevating mechanism handss of interconnective energy 61 and can move in the horizontal direction two
Number conveying robot 62, No. three described mechanical hands 7 include No. three elevating mechanisms that interconnective energy is vertically moving
Hands 71 and No. three conveying robots 72 that can move in the horizontal direction, No. four described mechanical hands 8 include interconnective energy edge
No. four elevating mechanism handss 81 of vertical direction motion and No. four conveying robots 82 that can move in the horizontal direction.
As shown in Fig. 3, Fig. 4 and Fig. 5, demagnetizing cleaning machine 9 includes the support 91 that demagnetizes, and described demagnetization support 91 upper surface is
Not magnetic conduction plane, is provided with demagnetization station 92 in not magnetic conduction plane, is provided with and can produce alternating magnetic field in described demagnetization station 92
Permanent magnet, the side of described demagnetization station 92 is provided with a conveyer belt 93 for fed bearings inner ring, and demagnetize station 92
Opposite side be provided with one can be by the wiper mechanism 94 that be carried out of bearing inner race on demagnetization station 92.
Demagnetization support 91 is provided with one and can be captured from conveyer belt 93 by the bearing inner race on conveyer belt 93 and be sent to
The first material grasping mechanical hand 95 in demagnetization station 92, the first described material grasping mechanical hand 95 connects the output of the first material grasping cylinder 96
End, the first material grasping cylinder 96 is fixed on demagnetization support 91.
Wiper mechanism 94 includes the second material grasping cylinder 941 being fixed on demagnetization support 91, the second described material grasping cylinder
The outfan of 941 is provided with the second material grasping mechanical hand 942, and described wiper mechanism 94 also includes being located at demagnetization support 91 upper surface
On washing station 943, when the second material grasping cylinder 941 action, the second material grasping mechanical hand 942 can will demagnetization station 92 in axle
Hold inner ring take out from demagnetization station 92 and be sent in washing station 943.
Wiper mechanism 94 also includes the drying station 944 being located on demagnetization support 91 upper surface, the second described material grasping gas
Being additionally provided with the 3rd material grasping mechanical hand 945 on the outfan of cylinder 941, when the outfan of the second material grasping cylinder 941 is retracted, second grabs
Material mechanical hand 942 and the 3rd material grasping mechanical hand 945 are corresponding, when the second material grasping gas with demagnetization station 92 and washing station 943 respectively
When the outfan of cylinder 941 stretches out, the second material grasping mechanical hand 942 and the 3rd material grasping mechanical hand 945 respectively with washing station 943 and getting rid of
Dry station 944 is corresponding.
Demagnetization support 91 on and be positioned at demagnetization support 91 upper surface be arranged over a cup mechanism 97, described cup machine
Structure 97 includes some cups and cup and washing station 943 and drying station 944 one_to_one corresponding, and described cup mechanism 97 connects
Lift cylinder 98, lift cylinder 98 is fixed on demagnetization support 91.
Washing station 943 includes that the rinse bath 943a for placing bearing inner race, described rinse bath 943a connect and cleans
Motor 943b, the described station 944 that dries includes that the drying groove 944a for placing bearing, described drying groove 944a connection get rid of
Dry motor 944b.
Conveyer belt 93 is also arranged above stopping the bearing spacer 931 that bearing inner race moves, described bearing spacer
931 are fixed on locating support 932, and locating support 932 is fixing with demagnetization support 91 to be connected, and described bearing spacer 931 has
Two, described bearing spacer 931 is provided with photoelectric sensor 933, and described locating support 932 is fixed with sub-material bar
934, this sub-material bar 934 is positioned at above conveyer belt 93, being respectively provided on two sides with and be positioned at above conveyer belt 93 of sub-material bar 934
Backgauge bar 935, backgauge bar 935 and locating support 932 is fixing to be connected, backgauge bar 935 with in sub-material bar 934 intermediate formation and bearing
The feeding-passage that circle matches, feeding-passage is corresponding with the position of bearing spacer 931.
Connect on demagnetizing cleaning machine 9 and have spiral conveyor assembly 90, ball track grinding machine of inner circle 1, inner ring rib grinding machine 2, inner ring
Inner-diameter grinding machine 3 and inner ring raceway superfinishing grinding machine 4 are respectively equipped with charging aperture 100a and discharging opening 100b, and ball track grinding machine of inner circle 1, interior
Circle shoulder grinding machine 2 is corresponding with conveyer belt 93 position of demagnetizing cleaning machine 9 with the discharging opening of inner ring inner-diameter grinding machine 3.
It will be appreciated by those skilled in the art that mechanical hand can be designed to various pattern, as long as the crawl of bearing can be realized
, the patent such as Application No. 201510493221.1,201480021496.9 or 201410632145.3 is each provided with machine
The concrete structure of tool hands, this is prior art, and here is omitted.
It should be noted that when demagnetize station 92 and rinse bath 943a have bearing inner race, the first material grasping mechanical hand
95, the second material grasping mechanical hand 942 and the 3rd material grasping mechanical hand 945 can synchronization action, the i.e. first material grasping mechanical hand 95 captures conveying
With bearing inner race to be cleaned on 93, the second material grasping mechanical hand 942 captures the bearing inner race in demagnetization station 92, the 3rd materials-taking machine
Tool hands 945 captures the bearing in rinse bath 943a, is then sequentially placed into demagnetization station 92, rinse bath 943a and dries groove 944a
In.
Demagnetization station 92 and washing station 943 are combined by demagnetizing cleaning machine 9, utilize conveyer belt 93 to carry out the most defeated
Send bearing or bearing inner race, thus realize demagnetization operation and the cleaning operation of continuous way, production efficiency is greatly improved, saves
Labour force.
Work process of the present utility model is: bearing inner race is captured from feed bin 10 by an elevating mechanism hands 51, promotes
On a conveying robot 52, bearing inner race is sent to be processed in ball track grinding machine of inner circle 1 by a conveying robot 52,
From discharge hole for discharge after machining, entering on the conveyer belt 93 of demagnetizing cleaning machine 9, the first material grasping mechanical hand 95 is grabbed first
Capture bearing inner race under the action of material cylinder 96 and be sent in demagnetization station 92 carry out demagnetization process, then by the second material grasping machinery
Hands 942 and the 3rd material grasping mechanical hand 945 incorporate rinse bath 943a and drying groove 944b successively and are carried out and spin-drying, process
Complete rear screw conveyer belt assembly 90 and be input to the station of No. two elevating mechanism handss 61, then be sent to through No. two conveying robots 62
In inner ring rib grinding machine 2, the like, it is achieved raceway polishing, rib polishing, internal diameter polishing and the operation of raceway superfinishing continuous way.
Specific embodiment described herein is only to this utility model spirit explanation for example.This utility model institute
Belong to those skilled in the art described specific embodiment to make various amendment or supplement or use similar
Mode substitute, but without departing from spirit of the present utility model or surmount scope defined in appended claims.
Although the most more employing ball track grinding machine of inner circle 1, inner ring rib grinding machine 2, inner ring inner-diameter grinding machine 3, inner ring rolling
5, elevating mechanism hands of 4, mechanical hand of road superfinishing grinding machine, 52, No. two mechanical hands of 51, conveying robot 6, two carry
Rise 62, No. three mechanical hands of 61, No. two conveying robots of mechanical hand, 71, No. three conveying robots 72, four of 7, No. three elevating mechanism handss
Number mechanical hand 81, No. four conveying robots 82 of 8, No. four elevating mechanism handss, demagnetizing cleaning machine 9, spiral conveyor assembly 90, demagnetization
Support 91, demagnetization station 92, conveyer belt 93, bearing spacer 931, locating support 932, photoelectric sensor 933, sub-material bar 934,
Backgauge bar 935, wiper mechanism the 94, second material grasping cylinder the 941, second material grasping mechanical hand 942, washing station 943, rinse bath
943a, cleaning motor 943b, drying station 944, drying groove 944a, drying motor 944b, the 3rd material grasping mechanical hand 945, first
The terms such as material grasping mechanical hand the 95, first material grasping cylinder 96, cup mechanism 97, lift cylinder 98, inner diameter detector 100, but not
Get rid of the probability using other term.Use these terms to be only used to more easily to describe and explain of the present utility model
Essence；It is all contrary with this utility model spirit for being construed as any additional restriction.
Claims (10)
1. a bearing inner race grinding machine processing intelligence production line, including ball track grinding machine of inner circle (1), inner ring rib grinding machine (2), inner ring
Inner-diameter grinding machine (3) and inner ring raceway superfinishing grinding machine (4), it is characterised in that described ball track grinding machine of inner circle (1) and inner ring rib mill
Between bed (2), between inner ring rib grinding machine (2) and inner ring inner-diameter grinding machine (3), inner ring inner-diameter grinding machine (3) and inner ring raceway superfinishing
A demagnetizing cleaning machine (9) it is respectively equipped with between grinding machine (4), described ball track grinding machine of inner circle (1), inner ring rib grinding machine (2), interior
Be respectively equipped with on circle inner-diameter grinding machine (3) and inner ring raceway superfinishing grinding machine (4) mechanical hand (5), No. two mechanical hands (6), No. three
Mechanical hand (7) and No. four mechanical hands (8).
Bearing inner race grinding machine the most according to claim 1 processing intelligence production line, it is characterised in that described inner ring raceway
Grinding machine (1) is provided with feed bin (10) away from the side of a demagnetizing cleaning machine (9), and a described mechanical hand (5) can be feed bin
(10) bearing inner race in is sent in ball track grinding machine of inner circle (1), and a described mechanical hand (5) includes interconnective energy edge
A number elevating mechanism hands (51) of vertical direction motion and a conveying robot (52) can moving in the horizontal direction are described
No. two mechanical hands (6) include vertically moving No. two elevating mechanism handss (61) of interconnective energy and can be in the horizontal direction
No. two conveying robots (62) of motion, No. three described mechanical hands (7) include that interconnective energy is vertically moving
No. three elevating mechanism handss (71) and No. three conveying robots (72) that can move in the horizontal direction, No. four described mechanical hands (8)
No. four elevating mechanism handss (81) vertically moving including interconnective energy and No. four can moved in the horizontal direction are removed
Fortune mechanical hand (82).
Bearing inner race grinding machine the most according to claim 1 processing intelligence production line, it is characterised in that described demagnetizing and cleaning
Machine (9) includes the support (91) that demagnetizes, and described demagnetization support (91) upper surface is not magnetic conduction plane, is provided with in not magnetic conduction plane
Demagnetization station (92), is provided with the permanent magnet that can produce alternating magnetic field, described demagnetization station in described demagnetization station (92)
(92) side is provided with a conveyer belt for fed bearings inner ring (93), and the opposite side of demagnetization station (92) is provided with an energy
The wiper mechanism (94) that bearing inner race in demagnetization station (92) is carried out.
Bearing inner race grinding machine the most according to claim 3 processing intelligence production line, it is characterised in that described demagnetization support
(91) it is provided with one and the bearing inner race on conveyer belt (93) can be captured and is sent to the station that demagnetizes from conveyer belt (93)
(92) the first material grasping mechanical hand (95) in, the first described material grasping mechanical hand (95) connects the output of the first material grasping cylinder (96)
End, the first material grasping cylinder (96) is fixed in demagnetization support (91).
Bearing inner race grinding machine the most according to claim 4 processing intelligence production line, it is characterised in that described wiper mechanism
(94) the second material grasping cylinder (941) being fixed in demagnetization support (91), the output of the second described material grasping cylinder (941) are included
End is provided with the second material grasping mechanical hand (942), and described wiper mechanism (94) also includes being located on demagnetization support (91) upper surface
Washing station (943), when the second material grasping cylinder (941) action, the second material grasping mechanical hand (942) can by demagnetization station (92)
In bearing inner race taking-up being sent in washing station (943) from demagnetization station (92).
Bearing inner race grinding machine the most according to claim 5 processing intelligence production line, it is characterised in that wiper mechanism (94) is also
Including the drying station (944) being located on demagnetization support (91) upper surface, on the outfan of the second described material grasping cylinder (941)
It is additionally provided with the 3rd material grasping mechanical hand (945), when the outfan of the second material grasping cylinder (941) is retracted, the second material grasping mechanical hand
(942) and the 3rd material grasping mechanical hand (945) respectively with demagnetization station (92) and washing station (943) corresponding, when the second material grasping gas
When the outfan of cylinder (941) stretches out, the second material grasping mechanical hand (942) and the 3rd material grasping mechanical hand (945) respectively with washing station
And to dry station (944) corresponding (943).
Bearing inner race grinding machine the most according to claim 6 processing intelligence production line, it is characterised in that described demagnetization support
(91) upper and be positioned at demagnetization support (91) upper surface and be arranged over a cup mechanism (97), described cup mechanism (97) includes
Some cups and cup and washing station (943) and dry station (944) one_to_one corresponding, described cup mechanism (97) connects liter
Sending down the abnormal ascending QI cylinder (98), lift cylinder (98) is fixed in demagnetization support (91).
Bearing inner race grinding machine the most according to claim 7 processing intelligence production line, it is characterised in that described washing station
(943) include that the rinse bath (943a) for placing bearing inner race, described rinse bath (943a) connect and clean motor (943b),
Described drying station (944) includes that the drying groove (944a) for placing bearing, described drying groove (944a) connect and dries
Motor (944b).
Bearing inner race grinding machine the most according to claim 8 processing intelligence production line, it is characterised in that described conveyer belt
(93) it is also arranged above stopping that the bearing spacer (931) that bearing inner race moves, described bearing spacer (931) are fixed on
On locating support (932), locating support (932) is fixing with demagnetization support (91) to be connected, and described bearing spacer (931) has two
Individual, described bearing spacer (931) is provided with photoelectric sensor (933), and described locating support (932) is fixed with sub-material
Bar (934), this sub-material bar (934) is positioned at conveyer belt (93) top, being respectively provided on two sides with and be positioned at conveying of sub-material bar (934)
The backgauge bar (935) of band (93) top, backgauge bar (935) is fixing with locating support (932) to be connected, backgauge bar (935) and sub-material
The feeding-passage that bar (934) intermediate formation matches with bearing inner race, feeding-passage is relative with the position of bearing spacer (931)
Should.
Bearing inner race grinding machine the most according to claim 3 processing intelligence production line, it is characterised in that described demagnetization is clear
The upper connection of washing machine (9) has spiral conveyor assembly (90), and ball track grinding machine of inner circle (1), inner ring rib grinding machine (2), inner ring internal diameter grind
Bed (3) and inner ring raceway superfinishing grinding machine (4) are respectively equipped with charging aperture and discharging opening, and ball track grinding machine of inner circle (1), inner ring rib mill
Bed (2) is corresponding with the conveyer belt of demagnetizing cleaning machine (9) (93) position with the discharging opening of inner ring inner-diameter grinding machine (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620571452.XU CN205817474U (en) | 2016-06-15 | 2016-06-15 | Bearing inner race grinding machine processing intelligence production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620571452.XU CN205817474U (en) | 2016-06-15 | 2016-06-15 | Bearing inner race grinding machine processing intelligence production line |
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| Publication Number | Publication Date |
|---|---|
| CN205817474U true CN205817474U (en) | 2016-12-21 |
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ID=57568630
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620571452.XU Active CN205817474U (en) | 2016-06-15 | 2016-06-15 | Bearing inner race grinding machine processing intelligence production line |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107639241A (en) * | 2017-09-21 | 2018-01-30 | 新昌县康利达轴承有限公司 | A kind of automatic assembly line of double ball bearing inner ring |
| CN110227951A (en) * | 2019-01-21 | 2019-09-13 | 黄友耐 | A kind of work pieces process flexible production line and the processing method using its realization |
-
2016
- 2016-06-15 CN CN201620571452.XU patent/CN205817474U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107639241A (en) * | 2017-09-21 | 2018-01-30 | 新昌县康利达轴承有限公司 | A kind of automatic assembly line of double ball bearing inner ring |
| CN110227951A (en) * | 2019-01-21 | 2019-09-13 | 黄友耐 | A kind of work pieces process flexible production line and the processing method using its realization |
| CN110227951B (en) * | 2019-01-21 | 2021-10-01 | 黄友耐 | Flexible production line for workpiece machining and machining method realized by using flexible production line |
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