CN209109722U - A kind of sand washer spiral conveying mechanism - Google Patents

Abstract

The utility model relates to a kind of sand washer spiral conveying mechanisms, including the rinse bath and delivery chute being inclined on mounting rack, and rinse bath is connected with delivery chute, it further include the rotary shaft across rinse bath and delivery chute, rotary shaft lower end extends in rinse bath and connect with the lifting component being arranged in rinse bath to raise or reduce rotary shaft lower end, stable component is provided on mounting rack, rotary shaft periphery is provided with conveyer belt, and conveyer belt is located in delivery chute and rinse bath；The through slot passed through for rotary shaft is provided in clean tank wall, and through slot extends obliquely upward, this enables lifting component to be normally lifted to rotary shaft.The utility model 1) it can be improved conveying mechanism to the agitation efficiency of water and sandstone, and then improve cleaning efficiency；2) it can start to convey operation without draining in advance after the completion of cleaning, and part sandstone can also be made to return to rinse bath during transportation, clean again, further increase cleaning efficiency.

Description

A kind of sand washer spiral conveying mechanism

Technical field

The utility model relates to sandstone cleaning equipment field more particularly to a kind of sand washer spiral conveying mechanisms.

Background technique

Sandstone sand washer (referring to attached drawing 1) include positioned at lower end rinse bath 1 and by cleaning complete sandstone it is defeated obliquely The delivery chute 2 seen off, and delivery chute 2 and rinse bath 1 are installed on the mounting rack 3 being obliquely installed, and are provided in delivery chute 2 It is inserted into the spiral conveying mechanism of rinse bath driven by motor 4, is turned to realize and sandstone in rinse bath 1 hoists from lower It moving, the discharge nozzle 5 by the way that delivery chute 2 is arranged in leaves sand washer, meanwhile, the rotation of conveying mechanism can also be in rinse bath 1 Water and sandstone carry out agitation and improve cleaning efficiency.

In the prior art, the sandstone not cleaned up partially can be delivered up by conveying mechanism in the process of cleaning, finally Part sandstone is caused not to be cleaned normally.

Therefore, it is necessary to improve spiral conveying mechanism in the prior art so that in the process of cleaning will not be upward by sandstone Conveying.

Utility model content

The purpose of this utility model is to overcome the deficiencies in the prior art, provide a kind of sand washer screw conveyor Structure, by setting lifting component and conveyer belt, so that sandstone will not be delivered up by conveying mechanism in the process of cleaning, and can Cleaning efficiency is further increased, solves in the prior art that the sandstone not cleaned up partially is delivered up by conveying mechanism, most The problem of causing part sandstone not to be cleaned normally eventually.

The utility model is achieved through the following technical solutions:

A kind of sand washer spiral conveying mechanism including the rinse bath and delivery chute being inclined on mounting rack, and cleans Slot is connected with delivery chute, which is characterized in that further includes the rotary shaft across rinse bath and delivery chute, rotary shaft lower end extends to clearly It connect in washing trough and with the lifting component being arranged in rinse bath to raise or reduce rotary shaft lower end, rotary shaft upper end is oblique Upper extension is pierced by delivery chute and is connected to motor, and is provided on mounting rack and adapts to the stabilization component that motor changes position, rotary shaft Periphery is provided with the conveyer belt of helically line distribution, and conveyer belt is located in delivery chute and rinse bath, between conveyer belt and rotary shaft It is connected by several connecting rods；The through slot passed through for rotary shaft is provided in clean tank wall, and through slot extends obliquely upward, this makes Lifting component can normally be lifted rotary shaft.

In above-mentioned technical proposal, when lifting component raises rotary shaft lower end, stablizes component change position and make rotary shaft It can rotate by fulcrum of motor；It is lifted component and rotary shaft lower end is lifted away from bottom of rinse bath, in cleaning, motor driven Rotary shaft rotation, conveyer belt can stir water in rinse bath and sandstone, and because being detached from rinse bath bottom in agitation Sandstone cannot be transported up by portion, meanwhile, space is deposited between conveyer belt and rotation axis, can be passed through, be further increased for sandstone The mixability of sandstone and water in rinse bath；When cleaning completion, home position, rotation are restored in rotary shaft lower end by lifting component Axis rotates so that sandstone moves up, and because of the presence in space, enables in the middle part of transmission process sub-sand stone and water back to cleaning In slot, the water in rinse bath is discharged without realizing, realizes better cleaning effect.

Compared with prior art, the utility model has following usefulness:

1) it can be improved conveying mechanism to the agitation efficiency of water and sandstone, and then improve cleaning efficiency；

2) it can start to convey operation without draining in advance after the completion of cleaning, and part sand can also be made during transportation Stone returns to rinse bath, cleans again, further increases cleaning efficiency.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the embodiments of the present invention.

Fig. 2 is the position view of the conveyer belt of the embodiments of the present invention, rinse bath and delivery chute.

Fig. 3 is the first rotating shaft and the second shaft connection schematic diagram of the embodiments of the present invention.

Fig. 4 is the through slot of the embodiments of the present invention and the position view of delivery chute.

Fig. 5 is the motor scheme of installation of the embodiments of the present invention.

In figure: rinse bath 1, mounting rack 3, motor 4, discharge nozzle 5, rotary shaft 6, conveyer belt 7, connecting rod 8, leads to delivery chute 2 Slot 9, first rotating shaft 10, the second shaft 11, first conveyer belt 12, the second conveyer belt 13, arc panel 14, link block 15, sliding block 16, Screw rod 17, snapin part 18, spring 19, supporting block 20, rotation axis 21.

Specific embodiment

In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain The utility model is not used to limit the utility model.

Please refer to Fig. 1 to Fig. 5, a kind of sand washer spiral conveying mechanism, including the rinse bath being inclined on mounting rack 3 1 and delivery chute 2, and rinse bath 1 is connected with delivery chute 2, further includes the rotary shaft 6 across rinse bath 1 and delivery chute 2, rotary shaft 6 Lower end extends in rinse bath 1 and connect with the lifting component being arranged in rinse bath 1 to raise or drop 6 lower end of rotary shaft Low, 6 upper end of rotary shaft, which extends obliquely upward, to be pierced by delivery chute 2 and connect with motor 4, is provided on mounting rack 3 and is adapted to the change of motor 4 The stabilization component of position, 6 periphery of rotary shaft are provided with the conveyer belt 7 of helically line distribution, and conveyer belt 7 is located at delivery chute 2 and clearly In washing trough 1, connected between conveyer belt 7 and rotary shaft 6 by several connecting rods 8；It is provided on 1 wall of rinse bath and is worn for rotary shaft 6 The through slot 9 crossed, and through slot 9 extends obliquely upward, this enables lifting component to be normally lifted to rotary shaft 6.

In above-described embodiment, when lifting component raises 6 lower end of rotary shaft, stablizes component change position and make rotary shaft 6 It can be rotated with motor 4 for fulcrum；It is lifted component and 6 lower end of rotary shaft is lifted away from 1 bottom of rinse bath, in cleaning, motor 4 Rotary shaft 6 is driven to rotate, conveyer belt 7 can stir water in rinse bath 1 and sandstone, and because of conveyer belt in agitation 7 are detached from 1 bottom of rinse bath, cannot be transported up sandstone, meanwhile, space is deposited between conveyer belt 7 and rotary shaft 6, it being capable of sand supplying Stone passes through, and further increases the mixability of sandstone and water in rinse bath 1；When cleaning completion, lifting component will be under rotary shaft 6 Home position is restored at end, and rotary shaft 6 is rotated so that sandstone moves up, because of the presence in space, enabled in the middle part of transmission process Sub-sand stone and water return in rinse bath 1, without the water in rinse bath 1 to be discharged, realize better cleaning effect.

Preferably, rotary shaft 6 includes the second shaft 11 positioned at the first rotating shaft 10 of delivery chute 2 and positioned at rinse bath 1, the Two shafts, 11 upper end is slidably inserted into 10 lower end of first rotating shaft, and the part of the second shaft 11 insertion first rotating shaft 10 has long enough Degree is so that rotary shaft 6 is during lifting or decline, and the second shaft 11 will not be fully drawn out from first rotating shaft 10, first rotating shaft 10 and second are provided with the clamping assembly for preventing to relatively rotate between shaft 11；Conveyer belt 7 includes connecting with first rotating shaft 10 The first conveyer belt 12 connect and the second conveyer belt 13 being connect with the second shaft 11, first conveyer belt 12 and the second conveyer belt 13 it Separated and there are small gap, which does not influence the conveying of sandstone；In this way setting so that rotary shaft 6 is lifted after, second Shaft 11 is extracted out from first rotating shaft 10, and first conveyer belt 12 and the second conveyer belt 13 can disconnect, and is further ensured that rinse bath 1 In sandstone will not be delivered up, after rotary shaft 6 sets back, shape again between first conveyer belt 12 and the second conveyer belt 13 At continuous conveyer belt 7 to realize conveying function.

Preferably, first conveyer belt 12 and the second conveyer belt 13 include several end to end arc panels 14, each arc Shape plate 14 is connect by a connecting rod 8 with first rotating shaft 10 or the second shaft 11, and passes through link block between adjacent arc panel 14 15 connections, can improve the intensity of first conveyer belt 12 and the second conveyer belt 13 in this way.

Preferably, lifting component includes that the sliding slot being inserted on 1 wall of rinse bath for 11 lower end of the second shaft is arranged in, and second turn Axis 11 is rotatablely connected after being inserted into sliding slot with the sliding block 16 being arranged in sliding slot, and the rotation that will not influence rotary shaft 6 is arranged in this way, sliding One end and sliding block 16 is additionally provided in slot to be rotatablely connected, the other end turns through the screw rod 17 of sliding slot obliquely, and screw rod 17 with Sliding slot is threadedly coupled, and rotary shaft 6 is raised or reduced so that adjusting screw rod 17 is only needed to can be realized by setting in this way.

Preferably, clamping assembly includes that the snapin part 18 of 11 upper end of the second shaft is arranged in and is arranged in first rotating shaft 10 For the card slot that snapin part 18 is slided, setting, which ensure that, in this way will not occur opposite turn between first rotating shaft 10 and the second shaft 11 It is dynamic, while not influencing the second shaft 11 and being inserted or pulled out from first rotating shaft 10, particularly, it is arranged in this way but also first rotating shaft The second shaft 11 rotates synchronously when 10 rotation.

Preferably, stablizing component includes two springs 19, and 19 one end of spring is vertical with 4 bottom of motor to be connect, the other end and peace 3 vertical connections are shelved, are provided with two isosceles triangle supporting block 20 of a positive and a negative and two isosceles triangle bottoms between two springs 19 Side is connect with 4 bottom of motor and mounting rack 3 respectively, and two supporting blocks 20 are connected by rotation axis 21 to realize the support being located above Block 20 can be rotated relative to the supporting block 20 of lower section, and when being adjusted up screw rod 17,6 lower end of rotary shaft can be synchronized oblique pull-up It is dynamic, drive 6 upper end of rotary shaft to be subjected to displacement, be now placed in the supporting block 20 of top with respect to the supporting block 20 of lower section rotate with Adapt to the displacement of rotary shaft 6；Particularly, when 6 lower end of rotary shaft is lifted upwards, the spring 19 being located above is in by compression shape State, underlying spring 19 are then stretched, preferably to adapt to the displacement of rotary shaft 6.

When the present embodiment is in use,

It is adjusted up screw rod 17, so that rotary shaft 6 is elevated, the second shaft 11 and the second conveyer belt 13 leave rinse bath 1 Bottom, while first conveyer belt 12 and the second conveyer belt 13 is separated, be then added into rinse bath 1 sandstone to be cleaned and Water, starts motor 4, and first rotating shaft 10 and the second shaft 11 rotate synchronously the water in driving the second conveyer belt 13 agitation rinse bath 1 And sandstone, it is cleaned；

After, motor 4 is closed, to lower adjusting screw rod 17 rotary shaft 6 is set back, then restarts motor 4, Start for sandstone to be delivered up, sandstone is left by discharge nozzle 5.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model Protection scope within.

Claims (6)

1. a kind of sand washer spiral conveying mechanism, including the rinse bath and delivery chute being inclined on mounting rack, and rinse bath It is connected with delivery chute, which is characterized in that further include the rotary shaft across rinse bath and delivery chute, rotary shaft lower end extends to cleaning It connect in slot and with the lifting component being arranged in rinse bath to raise or reduce rotary shaft lower end, rotary shaft upper end is obliquely Extension is pierced by delivery chute and is connected to motor, and is provided on mounting rack and adapts to the stabilization component that motor changes position, outside rotary shaft It is provided with the conveyer belt of helically line distribution week, conveyer belt is located in delivery chute and rinse bath, leads between conveyer belt and rotary shaft Cross several connecting rod connections；The through slot passed through for rotary shaft is provided in clean tank wall, and through slot extends obliquely upward.

2. a kind of sand washer spiral conveying mechanism according to claim 1, it is characterised in that: rotary shaft includes being located at conveying The first rotating shaft of slot and the second shaft positioned at rinse bath, the second shaft upper end is slidably inserted into first rotating shaft lower end, first rotating shaft And second be provided with the clamping assembly for preventing to relatively rotate between shaft；Conveyer belt includes first connect with first rotating shaft Conveyer belt and the second conveyer belt being connect with the second shaft.

3. a kind of sand washer spiral conveying mechanism according to claim 2, it is characterised in that: first conveyer belt and second defeated Sending band includes several end to end arc panels, and each arc panel is connected by a connecting rod and first rotating shaft or the second shaft It connects.

4. a kind of sand washer spiral conveying mechanism according to claim 3, it is characterised in that: lifting component includes that setting exists For the sliding slot of the second shaft lower end insertion in clean tank wall, the second shaft is rotated after being inserted into sliding slot with the sliding block being arranged in sliding slot Connection, one end is additionally provided in sliding slot and sliding block is rotatablely connected, and the other end turns through the screw rod of sliding slot obliquely, and screw rod with Sliding slot is threadedly coupled.

5. a kind of sand washer spiral conveying mechanism according to any one of claim 2~4, it is characterised in that: clamping group Part includes that the snapin part of the second shaft upper end is arranged in and is arranged in first rotating shaft for the card slot of snapin part sliding.

6. a kind of sand washer spiral conveying mechanism according to claim 5, it is characterised in that: stablizing component includes two bullets Spring, spring one end is vertical with motor bottom to be connect, and the other end is vertical with mounting rack to be connect, and is provided with a positive and a negative between two springs Two isosceles triangle supporting blocks and two isosceles triangle bottom edges are connect with motor bottom and mounting rack respectively, two supporting blocks are by turning Moving axis connection.