CN209530244U - A kind of novel dry wet mixture separation equipment - Google Patents

Abstract

The utility model discloses a kind of novel dry wet mixture separation equipments, belong to and are related to solid-liquid separation technique field.Including pedestal, cycloidal-pin wheel decelerating motor, transition connecting apparatus, half a coupler, screw-conveyer-shaft, sub-material transport tube, filtrate sieve, discharging end, connecting plate, bearing block, shift fork, bolt connection piece and Z-shaped rubber oil sea etc..Solidliquid mixture enters from the feed inlet of sub-material transport tube, it is driven in screw-conveyer-shaft rotary course in cycloidal-pin wheel decelerating motor, packing auger blade drives the solid material in mixture gradually to the conveying of discharging end and extruding, separate the liquid water in mixture with solid material, liquid water is gone out by filtrate the screen to filtrate and is flowed out from liquid outlet opening, the solid material of extruding stem is in discharging rotation of the end by shift fork, it falls successively, so that solid and liquid water separating dry space from moist space in solidliquid mixture, are conducive to the separating treatment of solidliquid mixture.

Description

A kind of novel dry wet mixture separation equipment

Technical field

The utility model relates to solid-liquid separation technique field more particularly to a kind of novel dry wet mixture separation equipments.

Background technique

Separating dry space from moist space equipment application is in the front end of solidliquid mixture separating treatment, to the solid-liquid of the generations such as cultivation and light industry Mixed waste is separated, then to after separation liquid water and solid be further processed again, reach country It is required that discharge standard.

Existing separating dry space from moist space device category is various currently on the market, and have the defects that in operation and maintenance or it is many not Just, main problem includes:

1, solidliquid mixture cannot be efficiently separated, and more absorbing state is still contained in the solid isolated Moisture；2, the dry and wet degree of the solid after separation is unable to adjust to different solidliquid mixture separation；Therefore, problem above Have to be solved.

Utility model content

Purpose of the utility model is to solve disadvantages existing in the prior art, and a kind of novel dry wet mixing proposed Close object separation equipment.

To achieve the goals above, the utility model adopts the technical scheme that

The novel dry wet mixture separation equipment, including pedestal, cycloidal-pin wheel decelerating motor, transition connecting apparatus, half connection Axis device, screw-conveyer-shaft, sub-material transport tube, filtrate sieve, discharging end, connecting plate, bearing block, shift fork, bolt connection piece, Z-shaped rubber Glue oil sealing；The cycloidal-pin wheel decelerating motor is fixed on the left side of the transition connecting apparatus, institute by the bolt connection piece The right side that sub-material transport tube is fixed on the transition connecting apparatus by the bolt connection piece is stated, on the transition connecting apparatus Equipped with the cavity for disposing the output shaft of the cycloidal-pin wheel decelerating motor, the output shaft of the cycloidal-pin wheel decelerating motor with The sub-material transport tube blanking direction is vertical, and the front end of the output shaft of the cycloidal-pin wheel decelerating motor is equipped with half shaft coupling Device, the half a coupler link after one end fixation of part and the screw-conveyer-shaft is bolted, and the screw-conveyer-shaft is pierced by described The part of transition connecting apparatus is arranged on the inside of the sub-material transport tube, is equipped with inside the sub-material transport tube around the sub-material The cylindrical shape filtrate sieve of transport tube setting；The lower section of the sub-material transport tube is equipped with liquid outlet opening, and the sub-material is defeated It send the right side of cylinder to be equipped with solid discharge port, the discharging of part securing elongated one is bolted on the solid discharge port End, the other end of the screw-conveyer-shaft are pierced by the discharging end and are placed on the bearing block, and the screw-conveyer-shaft is described The position of discharging end discharge port is equipped with the shift fork for separating different dry and wet state solids；The bearing block and the connection Plate is connected in a welding manner, and the bearing block is by the connecting plate and the discharge end capitiform at an entirety.

Preferably, the screw-conveyer-shaft is equipped with packing auger blade, and the screw pitch of the packing auger blade is that Unequal distance mode arranges, and twists Imperial blade left end screw pitch 100mm reduces 5mm at interval of a flood dragon blade pitch and is gradually reduced to screw pitch 60mm, close to institute State described one layer of wear-resistant protective layer of packing auger blade outer edge built-up welding of discharging end.

Preferably, the gap between the screw-conveyer-shaft and the transition connecting apparatus passes through the Z-shaped rubber oil sea sealing.

Preferably, the discharging end is the discharge head of pyramidal structure.

Preferably, it is fixed between the pedestal and the sub-material transport tube also by the bolt connection piece.

Preferably, the shift fork is removably mounted on the screw-conveyer-shaft by screw.

Preferably, the sub-material transport tube includes the first method for being used to connect with the transition connecting apparatus set on left end Orchid, feed inlet, the liquid outlet opening and the solid discharge port, the liquid outlet opening include the first liquid outlet opening and The lower section of second liquid discharge port, the feed inlet is equipped with the first shell ring, and first shell ring and the first flange are welded as One, the first shell ring lower section are equipped with first liquid outlet opening, and the feed inlet lower right is equipped with the second shell ring, described Second shell ring and first shell ring are welded as a whole, and the lower end of second shell ring discharges equipped with the second liquid Mouthful, the right side of second shell ring is equipped with the solid discharge port, be equipped on the right side of the solid discharge port for and it is described The second flange of discharging end connection, the second flange and second shell ring are welded as a whole.

The utility model has the advantages that in the utility model, used Unequal distance packing auger blade screw pitch from big to small can accelerate solid-liquid The separation of solid and liquid water in mixture；It, can in one layer of wear-resistant protective layer of discharge end packing auger blade outer edge built-up welding Abrasion of the packing auger blade outer edge by solid is slowed down, the service life of the present apparatus is increased；Screw-conveyer-shaft connect dress with transition Gap between setting is enhanced sealing effect, is effectively prevented liquid in solidliquid mixture using the double-deck Z-shaped rubber oil sea sealing State water is oozed out from this gap；The end that discharges uses taper structure design, increases the resistance squeezed out to the solid after separation, can be with Further squeeze out the moisture containing absorbing state in solid；Bearing block and discharging end are weldingly fixed on one using connecting plate It rises, reduces the pendency degree of screw-conveyer-shaft, slow down abrasion of the packing auger blade to filtrate sieve；The shift fork detachably installed can be according to being wanted It seeks the different dry and wet states of the solid after separating and adjusts its position being mounted on screw-conveyer-shaft；To dry and wet in the utility model Design is optimized in seperator, accelerates the separation of solid and liquid water in solidliquid mixture, and can be according to required for Solid difference dry and wet degree is adjusted, and equipment uses and easy maintenance, suitable for large-scale promotion.

Detailed description of the invention

Fig. 1 be the utility model proposes a kind of novel dry wet mixture separation device structure schematic diagram；

Fig. 2 is the structural schematic diagram of screw-conveyer-shaft；

Fig. 3 is the structural schematic diagram of sub-material transport tube.

Appended drawing reference: 1- pedestal, 2- cycloidal-pin wheel decelerating motor, 3- transition connecting apparatus, 4- half a coupler, 5- auger Axis, 51- packing auger blade, 52- wear-resistant protective layer, 6- sub-material transport tube, 61- first flange, 62- feed inlet, the first shell ring of 63-, The first liquid outlet opening of 64-, the second shell ring of 65-, 66- second liquid discharge port, 67- second flange, 68- solid discharge port, 7- filtrate sieve, 9- discharging end, 10- connecting plate, 11- bearing block, 12- shift fork, 13- bolt connection piece, 14-Z shape rubber oil Envelope.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.

Referring to Fig.1, a kind of novel dry wet mixture separation equipment, including including pedestal 1, cycloidal-pin wheel decelerating motor 2, mistake Cross attachment device 3, half a coupler 4, screw-conveyer-shaft 5, sub-material transport tube 6, filtrate sieve 7, discharging end 9, connecting plate 10, bearing block 11, shift fork 12, bolt connection piece 13, Z-shaped rubber oil sea 14；

As depicted in figs. 1 and 2, the screw-conveyer-shaft 5 includes packing auger blade 51, wear-resistant protective layer 52, half a coupler 4 and auger 5 one end of axis welds together, and screw-conveyer-shaft 54 is equipped with packing auger blade 51, and the screw pitch of packing auger blade 51 is that Unequal distance mode arranges, 51 left end screw pitch 100mm of packing auger blade reduces 5mm at interval of a flood dragon blade pitch and is gradually reduced to screw pitch 60mm, It can accelerate the separation of solid and liquid water in solidliquid mixture in the effective travel that packing auger blade 51 rotates；Close to discharging end 51 outer edge heap of packing auger blade at 9 be welded with wear-resistant protective layer 52(wherein wear-resistant protective layer by wear resistant alloy material manufacture and At), abrasion of 51 outer edge of packing auger blade by solid can be slowed down；Between the screw-conveyer-shaft 5 and transition connecting apparatus 3 Gap is sealed using the double-deck Z-shaped rubber oil sea 14, enhances sealing effect, effectively prevent in solidliquid mixture liquid water from This gap exudation；End 9 discharge using pyramidal structure, increases the resistance squeezed out to the solid after separation, can further squeeze Contain the moisture of absorbing state in solid out；The bearing block 11 is placed in the shaft end of 5 other end of screw-conveyer-shaft, and using connection Plate 10 is welded and fixed together with discharge end middle section 8, it is possible to reduce the pendency degree of screw-conveyer-shaft 54 slows down packing auger blade 51 to filtrate The abrasion of sieve 7, the shift fork 12 are assemblied on screw-conveyer-shaft 5 and are fixed on discharging 9 position of end, can be according to required point The different dry and wet states of solid from after and adjust its fixation position on screw-conveyer-shaft 54；

As shown in figure 3, the sub-material transport tube 6 is by first flange 61, feed inlet 62, the first shell ring 63, the first liquid discharge Material mouth 64, the second shell ring 65, second liquid discharge port 66 and second flange 67 form.First flange 61 and the welding of the first shell ring 63 Together, feed inlet 62 is welded on the top of the first shell ring 63, and the first liquid outlet opening 64 is welded on the lower section of the first shell ring 63, Second shell ring 65 and the first shell ring 63 weld together, and second liquid discharge port 66 is welded on the lower section of the second shell ring 65, and second Flange 67 welds together with the second shell ring 65, is fixed wherein being two pieces for transition connecting apparatus 3 by bolt connection piece 13 Plate, cycloidal-pin wheel decelerating motor 2 are mounted on the plate on 3 left side of transition connecting apparatus, and sub-material transport tube 6 is mounted on transition connection dress On the plate for setting 3 the right.

Working principle: opening cycloidal-pin wheel decelerating motor 2 when use, after cycloidal-pin wheel decelerating motor 2 starts, drives auger Axis 5 makes rotating motion, and solid-liquid mixture is flowed into from the feed inlet 62 of sub-material transport tube 6, and extra liquid water is from the first liquid Discharge port 64 is isolated, the solid after separation with the packing auger blade 51 of screw-conveyer-shaft 5 promotion and be pressed against right side movement, from Discharging end 9, which is fallen, is then sent to appointed place, and the solid being separated for the first time is in 65 position quilt of segregation section shell ring It is pressed further by, the liquid water therefrom isolated is flowed out from second liquid discharge port 66, the first liquid outlet opening 64 and the second liquid The water that body discharge port 66 flows out is flowed into specified pond after converging, and is entered in subsequent technology processing system.

The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not It is confined to this, anyone skilled in the art is within the technical scope disclosed by the utility model, practical according to this Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model Within enclosing.

Claims (7)

1. a kind of novel dry wet mixture separation equipment, it is characterised in that: connect including pedestal, cycloidal-pin wheel decelerating motor, transition Connection device, half a coupler, screw-conveyer-shaft, sub-material transport tube, filtrate sieve, discharging end, connecting plate, bearing block, shift fork, bolt connect Fitting, Z-shaped rubber oil sea；The cycloidal-pin wheel decelerating motor is fixed on the transition connecting apparatus by the bolt connection piece Left side, the sub-material transport tube is fixed on the right side of the transition connecting apparatus, the transition by the bolt connection piece Attachment device is equipped with the cavity for disposing the output shaft of the cycloidal-pin wheel decelerating motor, the cycloidal-pin wheel decelerating motor Output shaft it is vertical with the sub-material transport tube blanking direction, the front end of the output shaft of the cycloidal-pin wheel decelerating motor is equipped with The half a coupler, the half a coupler link after one end fixation of part and the screw-conveyer-shaft is bolted, the auger The part that axis is pierced by the transition connecting apparatus is arranged on the inside of the sub-material transport tube；

The cylindrical shape filtrate sieve around sub-material transport tube setting, the sub-material are equipped with inside the sub-material transport tube The lower section of transport tube is equipped with liquid outlet opening, and the right side of the sub-material transport tube is equipped with solid discharge port, and the solid goes out The discharging end of part securing elongated one is bolted in material mouth, the other end of the screw-conveyer-shaft is pierced by the discharging end And be placed on the bearing block, the screw-conveyer-shaft is equipped at the position of the discharging end discharge port for separating different dry and wets The shift fork of state solid；The bearing block is connected in a welding manner with the connecting plate, and the bearing block passes through the company Fishplate bar and the discharge end capitiform are at an entirety.

2. a kind of novel dry wet mixture separation equipment according to claim 1, it is characterised in that: set on the screw-conveyer-shaft There is packing auger blade, the screw pitch of the packing auger blade is that Unequal distance mode arranges, packing auger blade left end screw pitch 100mm, at interval of One flood dragon blade pitch reduces 5mm and is gradually reduced to screw pitch 60mm, outside the packing auger blade of the discharging end One layer of wear-resistant protective layer of edge built-up welding.

3. a kind of novel dry wet mixture separation equipment according to claim 1, it is characterised in that: the screw-conveyer-shaft and institute The gap stated between transition connecting apparatus passes through the Z-shaped rubber oil sea sealing.

4. a kind of novel dry wet mixture separation equipment according to claim 1, it is characterised in that: the discharging end is The discharge head of pyramidal structure.

5. a kind of novel dry wet mixture separation equipment according to claim 1, it is characterised in that: the pedestal with it is described It is fixed between sub-material transport tube also by the bolt connection piece.

6. a kind of novel dry wet mixture separation equipment according to claim 1, it is characterised in that: the shift fork passes through spiral shell Nail is removably mounted on the screw-conveyer-shaft.

7. a kind of novel dry wet mixture separation equipment described in -6 any one according to claim 1, it is characterised in that: described Sub-material transport tube includes the first flange for being used to connect with the transition connecting apparatus set on left end, feed inlet, the liquid discharge Material mouth and the solid discharge port, the liquid outlet opening includes the first liquid outlet opening and second liquid discharge port, described The lower section of feed inlet is equipped with the first shell ring, and first shell ring and the first flange are welded as a whole, under first shell ring Side is equipped with first liquid outlet opening, and the feed inlet lower right is equipped with the second shell ring, second shell ring and described first Shell ring is welded as a whole, and the lower end of second shell ring is equipped with the second liquid discharge port, the right side of second shell ring Side is equipped with the solid discharge port, and the second method for connecting with the discharging end is equipped on the right side of the solid discharge port Orchid, the second flange and second shell ring are welded as a whole.