A kind of plane link network cleaning machine
Technical field:
It the utility model is related to silicon material production field, and in particular to a kind of plane link network cleaning machine.
Background technology:
In traditional silicon material cleaning process, use often artificial loading to charging basket, by charging basket send to each rinse bath,
The operating type transmitted by manipulator midway.Has there are many deficiencies in this operating type:Held by artificial loading and charging basket
Product limitation, the inefficiency of silicon material cleaning;Easily colliding with charging basket course of conveying causes particle to drop, and causes unnecessary waste;
The transfer mode of manipulator involves great expense and limited efficacy;It frequently can lead in addition, silicon material is accumulated after cleaning in charging basket
Silicon material drying is insufficient, can only extend drying time.It can be seen from the above that traditional silicon material cleaning equipment has been difficult to meet now
Production requirement, therefore a kind of work efficiency of research and development is high, it is good to be cleaned and dried effect, reduction wastage of material silicon material cleaning machine has been compeled
The eyebrows and eyelashes.
Utility model content:
The purpose of this utility model is to provide a kind of work efficiency is high, cleaning-drying effect is good, reduces wastage of material
Plane link network cleaning machine.
The utility model is implemented by following technical solution:A kind of plane link network cleaning machine, it includes housing, in the housing
Opposite side wall is equipped with inlet port and outlet port, and charging link network conveyer belt is equipped with the feed inlet;The charging link network
The feeding end of conveyer belt is placed in the hull outside;It is horizontal in the housing to be equipped with rinse bath group, acid cycle pump and pickling
Pump is added, the acid cycle pump and pickling are added descaling bath of the pump with the rinse bath group and connected;In the rinse bath group
Top is equipped with cleaning link network conveying unit;It is equipped with the rinse bath group lower horizontal and air-dries link network conveyer belt, the cleaning chain
The delivery end of the fine purifiation link network conveyer belt of net conveying unit is placed in above the air-dried link network conveyer belt;In the air-dried chain
Net conveyer belt lower horizontal is equipped with the discharging link network conveyer belt opposite with the air-dried link network conveying tape feeding direction;The discharging
The delivery end of link network conveyer belt passes through the discharge port, is placed in the hull outside;Above the wind grooving of the rinse bath group
The housing of the fine purifiation link network conveyer belt side cut into air port equipped with wind;In the air-dried link network conveyer belt and described
It is horizontal on the housing at the upper side of discharging link network conveyer belt to be equipped with air inlet and air outlet.
Preferably, the rinse bath group includes horizontally disposed descaling bath, a rinsing bowl, secondary rinsing bowl, three successively
Secondary rinsing bowl, once ultrasonic rinsing bowl, twice ultrasonic rinsing bowl and the wind grooving;In the once ultrasonic rinsing bowl and described
Ultrasonic generator is equipped with twice ultrasonic rinsing bowl.
Preferably, the cleaning link network conveying unit include pickling charging link network conveyer belt, pickling discharging link network conveyer belt,
Previous cleaning link network conveyer belt and the fine purifiation link network conveyer belt;In the descaling bath be equipped with the pickling charging link network conveyer belt and
The pickling discharging link network conveyer belt, the delivery end of the charging link network conveyer belt are placed in the pickling charging link network conveyer belt
Above feeding end;The delivery end of the pickling charging link network conveyer belt and the feeding end of pickling discharging link network conveyer belt are placed in
Below acid solution liquid level in the descaling bath;The delivery end of the pickling charging link network conveyer belt is placed in the pickling discharging link network
Above the feeding end of conveyer belt;The previous cleaning link network conveyer belt is equipped with a rinsing bowl;The previous cleaning link network conveying
The feeding end of band and delivery end are placed in above the opposite side wall of a rinsing bowl;The pickling discharging link network conveyer belt unloads
Material end is placed in above the feeding end of the previous cleaning link network conveyer belt;A water is placed in the middle part of the previous cleaning link network conveyer belt
Below the liquid level of washing lotion in washing trough;In the secondary rinsing bowl, the rinsing bowl three times, the once ultrasonic rinsing bowl, institute
State and be equipped with the fine purifiation link network conveyer belt above twice ultrasonic rinsing bowl and the wind grooving;The fine purifiation link network conveyer belt it is upper
Material end is placed in above the side wall of the secondary rinsing bowl;The secondary washing is respectively placed in the middle part of the fine purifiation link network conveyer belt
Groove, the rinsing bowl three times, the once ultrasonic rinsing bowl, washing lotion in the twice ultrasonic rinsing bowl liquid level below.
The advantages of the utility model:Traditional charging basket feeding, link network conveyer belt stable action are replaced using link network conveyer belt
Reliably, continuous conveying, the cleaning of silicon material are realized, improves cleaning efficiency;During by controlling link network conveying speed to control cleaning
Between;Upper strata carries out silicon material cleaning, the drying of middle level silicon material, and bottom is dried while exporting silicon material, and upper and lower three layout layer can have
Effect saves space;Unlatching can be turned off manually in the drying system of middle level and bottom, drying temperature is adjustable;It is defeated using two layers of link network
Send band to increase drying distance, while drying area can be increased using link network, so as to strengthen drying effect, cleaning overall process is adopted
Conveyed with link network, avoid silicon material from being overturn in charging basket broken, reduce the breakage rate of silicon material, reduce the waste of raw material.
Brief description of the drawings:
Fig. 1 is the overall structure diagram of the utility model.
Fig. 2 is the A-A diagrammatic cross-sections of Fig. 1.
Housing 1, feed inlet 2, discharge port 3, charging link network conveyer belt 4, rinse bath group 5, acid cycle pump 6, pickling are added
Pump 7,8, rinsing bowls 9 of descaling bath, three times secondary rinsing bowl 10, rinsing bowl 11, once ultrasonic rinsing bowl 12, twice ultrasonic
Rinsing bowl 13, wind grooving 14, ultrasonic generator 15, cleaning link network conveying unit 16, pickling charging link network conveyer belt 17, pickling
Discharge link network conveyer belt 18, previous cleaning link network conveyer belt 19, fine purifiation link network conveyer belt 20, air-dried link network conveyer belt 21, discharging link network
Conveyer belt 22, wind cut into air port 23, air inlet 24, air outlet 25, partition plate 26.
Embodiment:
As depicted in figs. 1 and 2, a kind of plane link network cleaning machine, it includes housing 1, is equipped with the opposite side wall of housing 1
Feed inlet 2 and discharge port 3, are equipped with charging link network conveyer belt 4 on feed inlet 2;The feeding end of charging link network conveyer belt 4 is placed in shell
The outside of body 1;It is horizontal in housing 1 to be equipped with rinse bath group 5, acid cycle pump 6 and pickling and add pump 7, rinse bath group 5 include according to
8, rinsing bowls 9 of descaling bath, three times secondary rinsing bowl 10, rinsing bowl 11, the once ultrasonic rinsing bowl 12, two of sub-level setting
Secondary ultrasound rinsing bowl 13 and wind grooving 14;Once ultrasonic generation is being equipped with ultrasonic rinsing bowl 9 and twice ultrasonic rinsing bowl 10
Device 15;Acid cycle pump 6 and pickling are added pump 7 and are connected with descaling bath 8;Cleaning link network conveying is equipped with above rinse bath group 6
Unit 16;Cleaning link network conveying unit 16 includes pickling charging link network conveyer belt 17, pickling discharging link network conveyer belt 18, previous cleaning chain
Net conveyer belt 19 and fine purifiation link network conveyer belt 20;Pickling charging link network conveyer belt 17 and pickling discharging chain are equipped with descaling bath 8
Net conveyer belt 18, the delivery end of charging link network conveyer belt 4 are placed in above the feeding end of pickling charging link network conveyer belt 17;Pickling
The delivery end of charging link network conveyer belt 17 and the feeding end of pickling discharging link network conveyer belt 18 are placed in the acid solution liquid level in descaling bath 8
Lower section;The delivery end of pickling charging link network conveyer belt 17 is placed in above the feeding end of pickling discharging link network conveyer belt 18;Once
Previous cleaning link network conveyer belt 19 is equipped with rinsing bowl 9;The feeding end of previous cleaning link network conveyer belt 19 and delivery end are placed in a rinsing bowl 9
Above opposite side wall;The delivery end of pickling discharging link network conveyer belt 18 is placed in above the feeding end of previous cleaning link network conveyer belt 19;
The stage casing of previous cleaning link network conveyer belt 19 is placed in below the liquid level of the washing lotion in a rinsing bowl 9;In secondary rinsing bowl 10, three times
Rinsing bowl 11, once ultrasonic rinsing bowl 12, twice ultrasonic rinsing bowl 13 and the top of wind grooving 14 are equipped with fine purifiation link network conveyer belt 20;
The feeding end of fine purifiation link network conveyer belt 20 is placed in above the side wall of secondary rinsing bowl 10;The middle part difference of fine purifiation link network conveyer belt 20
It is placed in secondary rinsing bowl 10, three times rinsing bowl 11, once ultrasonic rinsing bowl 12, the liquid of washing lotion in twice ultrasonic rinsing bowl 13
Below face;It is equipped with 5 lower horizontal of rinse bath group and air-dries link network conveyer belt 21, the delivery end of fine purifiation link network conveyer belt 20 is placed in
Air-dry the top of link network conveyer belt 21;It is equipped with and air-dried 21 conveying direction of link network conveyer belt in air-dried 21 lower horizontal of link network conveyer belt
Opposite discharging link network conveyer belt 22;The delivery end of discharging link network conveyer belt 22 passes through discharge port 3, is placed in the outside of housing 1;In wind
The housing 1 of 20 side of fine purifiation link network conveyer belt of the top of grooving 14 cuts into air port 23 equipped with wind;In air-dried link network conveyer belt 21
With on the housing 1 of discharging link network conveyer belt 22 upper side, along the conveying of air-dried link network, tape feeding direction is horizontally arranged successively is equipped with
Air inlet 24 and air outlet 25, air inlet 24 and air outlet 25 are arranged along air-dried 21 conveying direction of link network conveyer belt;In rinse bath
Horizontal in the housing 1 of the lower section of group 5 to be equipped with partition plate 26, partition plate 26 is placed in air inlet 24 and the outlet air of the air-dried top of link network conveyer belt 21
Mouthful top, partition plate 26 can make 1 inner cavity of housing of the lower section of partition plate 26 form relatively independent cavity, ensure by air inlet 24 into
The effect that the air-flow for entering and being discharged from air outlet 25 air-dries silicon material.
Operation instruction:
Silicon material is sent to charging link network conveyer belt 4, is sent by charging link network conveyer belt 4 to pickling charging link network conveyer belt 17,
Silicon material is sent into acid etching groove 8 by pickling charging link network conveyer belt 17, and silicon material is defeated by pickling discharging link network after the reaction of descaling bath 8
Send band 18, previous cleaning link network conveyer belt 19 and fine purifiation link network conveyer belt 20 be fed sequentially into a rinsing bowl 9, secondary rinsing bowl 10,
Three times rinsing bowl 11, once ultrasonic rinsing bowl 12, twice ultrasonic rinsing bowl 13 and wind grooving 14 once washed successively, two
Secondary washing, three times washing, once ultrasound washing, twice ultrasonic washing and wind cut predry;Wind is cut and drops down onto wind under the silicon material after predry
Dry link network conveyer belt 21, and discharging link network conveyer belt 22 is transported to by air-drying link network conveyer belt 21, finally conveyed by discharging link network
Silicon material is delivered to discharge port 3 and discharges by band 22 completes whole washing and cleaning operation;Wind cuts the silicon material after predry in air-dried link network conveyer belt
21 and discharging link network conveyer belt 22 on convey during, the lower section of partition plate 26 being entered by air inlet 24 and from 25 row of air outlet
The hot wind gone out cuts wind the silicon material after predry and further carries out drying and processing.
The above is only the preferred embodiments of the present utility model only, is not intended to limit the utility model, all in this practicality
Within new spirit and principle, any modification, equivalent replacement, improvement and so on, should be included in the guarantor of the utility model
Within the scope of shield.