A kind of oil removing cleaning system
Technical field
The utility model relates to metal product cleaning technique fields, and in particular to a kind of oil removing cleaning system.
Background technique
Metal product such as Al-alloy products require to carry out oil removing cleaning when producing and processing or recycling and repair, to guarantee it
The clean-up performance on surface.Traditional oil removing cleaning way is to use that manually product part is carried in rinse bath or service sink, benefit
Be rinsed oil removing with giant and cleaning solution, this mode not only cannot cleaning article part surface comprehensively, cause decontamination to be imitated
Fruit is bad, and before flushing with need to carry product part back and forth after flushing, waste a large amount of artificial and time costs.
Utility model content
Good and high degree of automation the oil removing cleaning system the purpose of this utility model is to provide a kind of scavenging effect.
The purpose of this utility model is achieved through the following technical solutions: a kind of oil removing cleaning system, including drying room,
Pipeline and multiple rinse baths are produced, rack for cleaning and cleaning idler wheel are mounted in each rinse bath, cleans on idler wheel and is provided with
Multiple hopper holes are provided with inlet port and outlet port, and the discharge port of adjacent rack for cleaning and feed inlet alternating on the rack for cleaning
Setting, the rack for cleaning include the first cleaning baffle and the second cleaning baffle for being symmetricly set on cleaning idler wheel end face two sides, the
There are gaps between one cleaning baffle and the second cleaning baffle and cleaning idler wheel, and the first cleaning baffle and the second cleaning baffle are logical
Excessive root fixes axis connection, and ribbon feeding mechanism, the discharging of the first cleaning baffle are equipped at the feed inlet of the first cleaning baffle
Flexible pusher is installed, the drying room is connect by travelling belt with the discharge port of the second cleaning baffle, described at mouthful
The outlet for producing pipeline and drying room connects.
Further, the feed inlet that baffle is cleaned close to first in ribbon feeding mechanism one end, ribbon feeding mechanism are another
The discharge port that baffle is cleaned close to the second of another rack for cleaning in one end, and ribbon feeding mechanism is close to the charging of the first cleaning baffle
One end of mouth is higher than the other end.
Further, the ribbon feeding mechanism is fixed on the side wall of rinse bath by mounting bracket, and the belt is sent
Expect that mechanism includes transmission belt, belt pulley, at least one live-roller and the driving motor for driving belt pulley, the transmission
Belt is mounted on belt pulley and live-roller, and the live-roller is fixed on the side wall of rinse bath by support frame.
Further, the two sides of the transmission belt are equipped with charging baffle.
Further, the flexible pusher is dual piston cylinder, and dual piston cylinder is fixed on the side wall of rinse bath,
And the pistons end of dual piston cylinder is fixed with the pushing block for being pushed into the first cleaning baffle feed inlet.
Further, the multiple rinse bath includes a potcher and at least one fine purifiation slot.
Further, drive shaft is installed on the cleaning idler wheel, drive shaft is mounted on rinse bath by shaft stool.
Further, the production pipeline is by multiple upright supports, and produce pipeline include U-shaped section of pipeline and
Straightway pipeline.
The utility model has the beneficial effect that
1, by one potcher of setting and multiple fine purifiation slots, the greasy dirt on product part surface can thoroughly be cleaned up, is had
There is preferable cleaning effect;
2, by the way that ribbon feeding mechanism and flexible pusher are arranged between adjacent rack for cleaning, product part can be made from one
It is smoothly transmitted in next rinse bath in rinse bath, to save a large amount of manpower and material resources, improves the degree of automation;
3, by setting drying room and production pipeline, the degree of automation not only can be improved, but also produce the U-shaped of pipeline
Section pipeline can make the latter end of straightway pipeline at cleaning groove location, to facilitate manual operation, while supervise cleaning
Process and conveying operation.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model;
Fig. 2 is the structural schematic diagram that part is cleaned in the utility model;
Fig. 3 is enlarged diagram at the A of Fig. 2;
Fig. 4 is the structural schematic diagram that idler wheel is cleaned in the utility model.
Marked in the figure: 1- rinse bath;2- rack for cleaning;3- cleans idler wheel;4- ribbon feeding mechanism;5- stretches pusher;
6- drying room;7- travelling belt;8- produces pipeline;9- column;21- first cleans baffle;22- second cleans baffle;23- goes out
Material mouth;24- fixing axle;25- feed inlet;31- hopper hole;32- drive shaft;33- shaft stool;41- transmission belt;42- belt pulley;
43- driving motor;44- live-roller;45- mounting bracket;46- support frame;47- feeds baffle;51- pushing block;The conveying of 81- straightway
Line;82-U type section pipeline.
Specific embodiment
As shown in Figure 1 to 4, oil removing cleaning system provided in this embodiment include drying room 6, production pipeline 8 and
Multiple rinse baths 1, in the present embodiment, multiple rinse baths 1 include a potcher and four fine purifiation slots, potcher to product part into
The preliminary cleaning of row, fine purifiation slot further clean product part, can thoroughly clean up the greasy dirt on product part surface.Each cleaning
It is mounted on rack for cleaning 2 and cleaning idler wheel 3 in slot 1, cleans on idler wheel 3 and is provided with multiple evenly distributed hopper holes 31, hopper hole
31 for placing product part, and the middle part of cleaning idler wheel 3 is equipped with drive shaft 32, and the both ends of drive shaft 32 are installed by shaft stool 33
On the side wall of rinse bath 1, rotate driving axis 32, so that cleaning idler wheel 3 be driven to rotate.
The feed inlet 25 and the adjacent rack for cleaning 2 of discharge port 23 of size corresponding with hopper hole 31 are provided on the rack for cleaning 2
Feed inlet 25 and discharge port 23 be arranged alternately, it is described to be arranged alternately the feed inlet 25 and discharge port for referring to a rack for cleaning 2
23 position is opposite with the position of the feed inlet 25 of next rack for cleaning 2 and discharge port 23.The rack for cleaning 2 includes being symmetrical arranged
The first cleaning baffle 21 and the second cleaning baffle 22, the first cleaning baffle 21 and the second cleaning in cleaning 3 end face two sides of idler wheel
Baffle 22 be preferably rectangular slab, and end face covering cleaning idler wheel 3 end face, first cleaning baffle 21 and second cleaning baffle 22 with
It cleans there are the gap of 3~10cm between idler wheel 3, the cleaning solution that can be convenient in rinse bath 1 enter in cleaning idler wheel 3, prevent simultaneously
Only product part is detached from out of hopper hole 31.Pass through four fixing axles between the first cleaning baffle 21 and the second cleaning baffle 22
24 connections, four fixing axles 24 are separately fixed at the four corners of the first cleaning baffle 21 and the second cleaning baffle 22, to improve the
The connective stability of one cleaning baffle 21 and the second cleaning baffle 22.Product part from first cleaning baffle 21 feed inlet 25 from into
Pan feeding slot 31 is rotated followed by cleaning idler wheel 3, and the cleaning solution in rinse bath 1 carries out oil removing cleaning to product part, has cleaned
Finish after from second cleaning baffle 22 discharge port 23 go out, and enter it is next first cleaning baffle 21 feed inlet 25 again into
Row cleaning.
To save human cost, the degree of automation is improved, the first of each rack for cleaning 2 is cleaned at the feed inlet 25 of baffle 21
Ribbon feeding mechanism 4 is installed, and flexible pusher 5 is installed at discharge port 23, described 4 one end of ribbon feeding mechanism is close
The feed inlet 25 of first cleaning baffle 21, the discharge port 23 that the other end cleans baffle 22 close to the second of a upper rack for cleaning 2, and
Ribbon feeding mechanism 4 is higher than the other end close to one end of feed inlet 25, makes the lower end shape of discharge port 23 Yu ribbon feeding mechanism 4
At height difference, the lower end of ribbon feeding mechanism 4 can be smoothly dropped down onto after the discharging of discharge port 23 convenient for product part, when product part transmits
To ribbon feeding mechanism 4 higher-end when, can be automatically fallen under the collaboration of self gravity and belt thrust in feed inlet 25, from
And guarantees cleaning process and operate normally.
The ribbon feeding mechanism 4 is fixed on the side wall of rinse bath 1 by mounting bracket 45, and ribbon feeding mechanism 4 is wrapped
Transmission belt 41, belt pulley 42, driving motor 43 and multiple live-rollers 44 are included, transmission belt 41 is mounted on belt pulley 42 and passes
On dynamic roller 44, driving motor 43 is mounted on the outside of belt pulley 42, and the live-roller is fixed on rinse bath 1 by support frame 46
On side wall, the two sides of the transmission belt 41 are equipped with charging baffle 47, can prevent product part from falling to from transmission belt 41
Other places.It is additionally provided with lateral striker plate on the transmission belt 41 of the ribbon feeding mechanism 4 of first rack for cleaning 2,
Prevent product part from sliding from transmission belt 41.
The flexible pusher 5 can be cylinder, oil cylinder or cam climbing structure, described flexible to push away in the present embodiment
Material mechanism 5 is dual piston cylinder, and dual piston cylinder is fixed on the side wall of rinse bath 1, and the pistons end of dual piston cylinder is solid
Surely there is the pushing block 51 for being pushed into the first cleaning 21 feed inlet 25 of baffle, dual piston cylinder can be pushed up by adding sensor or timing
The mode pushed away releases product part from hopper hole 31.
The drying room 6 is connected by the discharge port 23 of travelling belt 7 and the second cleaning baffle 22 of the last one rack for cleaning 2
It connects, the production pipeline 8 is connect with the outlet of drying room 6, and production pipeline 8 is supported by multiple columns 9, and is produced defeated
Line sending 8 includes U-shaped section of pipeline 82 and straightway pipeline 81, and U-shaped section of pipeline 82 can make the latter end of straightway pipeline 81
At 1 position of rinse bath, to facilitate manual operation, while cleaning process and conveying operation are supervised.
The course of work of the utility model is: operator stands to first rinse bath 1 i.e. potcher and straightway and conveys
Between line 81, product part is put on the transmission belt 41 of ribbon feeding mechanism 4, product part follows transmission belt 41 to enter cleaning
In the feed inlet 25 of frame 2, in the case where the gravity of product part is cooperateed with the thrust of transmission belt 41, product part is smoothly fallen into hopper hole
It in 31, follows cleaning idler wheel 3 to rotate, is tentatively rinsed, when at the discharge port 23 that product part turns to rack for cleaning 2, stretch
Product part is pushed out on the transmission belt 41 of next ribbon feeding mechanism 4 by pusher 5, similarly, under product part enters
Further fine purifiation is carried out in the hopper hole 31 of one cleaning idler wheel 3, then continues to be pushed away by flexible pusher 5 at discharge port 23
Out to next ribbon feeding mechanism 4, repeatedly until cleaning finishes, product part will pass through travelling belt 7 and enters baking such circulation
Dry chamber 6 is dried, and is entered on production pipeline 8 after drying and is carried out conveying operation, transports to product part to straightway pipeline
When 81 latter end, operator can detect whether product part cleans qualification, continue to be put into first ribbon feeding Ru unqualified
Mechanism 4 is cleaned again, greatly facilitates operator, has saved a large amount of manpower and material resources.
The above is only the utility model preferred embodiment, but the protection scope of the utility model is not limited to
This, any transformation carried out based on technical solution provided by the utility model and utility model design and replacement should all be covered
In the protection scope of the utility model.