CN204918188U - Solid -liquid separation equipment - Google Patents
Solid -liquid separation equipment Download PDFInfo
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- CN204918188U CN204918188U CN201520141609.0U CN201520141609U CN204918188U CN 204918188 U CN204918188 U CN 204918188U CN 201520141609 U CN201520141609 U CN 201520141609U CN 204918188 U CN204918188 U CN 204918188U
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Abstract
The utility model discloses a solid -liquid separation equipment, include: sorting unit, reducing mechanism, squeeze device, effluent treatment plant, sorting unit includes feed end and discharge end for classify rubbish, the reducing mechanism includes feeder hopper and discharge gate for smash the rubbish behind the classification, it includes feeder hopper and fluid -discharge tube to squeeze the device for squeeze the rubbish behind the shredding, effluent treatment plant includes the water inlet for processing back exhaust liquid will be squeezed and waste water treatment will be carried out, sorting unit's discharge end and the butt joint of the feeder hopper of reducing mechanism, the discharge gate of the pure device of powder and the feeder hopper butt joint of squeezing the device, it is connected with effluent treatment plant's water inlet to squeeze the fluid -discharge tube of device. The utility model provides a solid -liquid separation equipment has realized carrying out solid -liquid separation disposal with rubbish in an equipment, eliminates the adverse effect that rubbish led to the fact when each equipment room shifts to the environment.
Description
Technical field
The utility model relates to solid-liquid separation technique field, particularly relates to a kind of solid-liquid separating equipment.
Background technology
The present stage solid-liquid separation process of food garbage needs to adopt multiple equipment usually, first by feeder, food garbage is transported in pulverizer, by pulverizer, food garbage is carried out pulverization process, then by squeezing machine, squeezing process is carried out to the food garbage of pulverization process, carry out degradation treatment through squeezing machine solid out by garbage degradation equipment, liquid enters sewage disposal device and carries out sewage disposal.Owing to needing the solid-liquid separation finally being realized food garbage by the process of multiple equipment, in the process that food garbage shifts at each equipment room, easily disadvantageous effect is caused to environment.
Utility model content
Main purpose of the present utility model is to provide a kind of solid-liquid separating equipment, is intended to the disadvantageous effect that elimination rubbish causes environment when each equipment room transfer.
For achieving the above object, the utility model provides a kind of solid-liquid separating equipment, comprising: sorting unit, shredding unit, pressing device, wastewater treatment equipment; Described sorting unit comprises feed end and discharge end, and described sorting unit is used for rubbish to classify; Described shredding unit comprises hopper and discharge port, and described shredding unit is used for the rubbish after described sorting unit being carried out classification process and pulverizes; Described pressing device comprises hopper and liquid discharge pipe, and described pressing device is used for the rubbish after described shredding unit is carried out pulverization process and squeezes; Described wastewater treatment equipment comprises water-in, and the liquid that described wastewater treatment equipment is discharged after being used for described pressing device being carried out squeeze process carries out wastewater treatment; The discharge end of described sorting unit docks with the hopper of described shredding unit; The discharge port of described shredding unit docks with the hopper of described pressing device; The liquid discharge pipe of described pressing device is connected with the water-in of described wastewater treatment equipment.
Preferably, described shredding unit also comprises: move pressure part, crushing part, crushing chamber; Describedly move the outside that pressure part is positioned at described crushing chamber one end, described in move pressure part and comprise actuating unit and move pressing plate, described actuating unit comprises the driving member that can do straight reciprocating motion, and described driving member is fixedly connected with the described pressing plate that moves; The described pressing plate that moves is positioned at the cavity of described crushing chamber and under the drive of described driving member, can does straight reciprocating motion at the cavity of described crushing chamber; Described crushing part is in the cavity of described crushing chamber and move between pressing plate and described discharge port described, and described crushing part comprises rotating shaft and is fixed on the some sawtooth sheets in described rotating shaft.
Preferably, the rotating shaft of described crushing part comprises the first rotating shaft and the second rotating shaft; Described first rotating shaft and the second rotating shaft are fixed with some sawtooth sheets.
Preferably, described shredding unit also comprises the filtering net be located in described crushing chamber, and described filtering net is between the discharge port and described crushing part of described shredding unit.
Preferably, described pressing device also comprises: transmission rig, crushing chamber, atria; Described transmission rig is positioned at the outside of described crushing chamber one end, and described atria is positioned at the outside of the described crushing chamber the other end; Described transmission rig comprises the driving member that can do straight reciprocating motion and the rammer board be fixedly connected with this driving member; Described rammer board is positioned at the cavity of described crushing chamber and under the drive of described driving member, can does straight reciprocating motion at the cavity of described crushing chamber; The part cavity of described crushing chamber one end is through the first through hole be located on the cavity of described atria and be fixed on the cavity of described atria; The cavity of described atria is also provided with the second through hole; Described second through hole connects described liquid discharge pipe.
Preferably, the part cavity of described crushing chamber one end is distributed with some first filter pore; The cavity of described atria is also provided with the filtering net with some second filter pore, described filtering net is fixed on described second through hole, and the shape of described filtering net is identical with described second through hole.
Preferably, described sorting unit also comprises: transmission mechanism, sorting chamber, electromagnetic disc; Described sorting chamber is positioned at just to the top of described transmission mechanism, and the lower end inside cavity of described sorting chamber is provided with ratchet, and described ratchet comprises rotating shaft and the ratchet of some stationary distribution in described rotating shaft;
Described electromagnetic disc is arranged at above described transmission mechanism, sub-elects magnetic conductive substance for absorption; Described transmission mechanism comprises travelling belt and power wheel, described travelling belt moves from feed end to discharge end under the drive of power wheel, for rubbish being carried out sorting for described sorting chamber and electromagnetic disc, and the rubbish after sorting is sent to the hopper of described shredding unit.
Preferably, the both sides of the lower end cavity of described sorting chamber are relatively respectively provided with a pilot hole respectively, and the two ends of described rotating shaft lay respectively in corresponding pilot hole, and are rotationally connected with described sorting chamber.
Preferably, described wastewater treatment equipment also comprises: oil trap, slagging-off basket, Oil sucking device; Described oil trap comprises the first dividing plate, the second partition that are disposed in order along the flow direction of profit in oil trap; The internal space of described oil trap is divided into water storage, oily water separation storehouse successively by described first dividing plate, second partition, goes out sump; Described water-in is arranged on the pool wall at described water storage place; The below of described water-in is provided with described slagging-off basket; Described go out the pool wall at sump place be provided with the water outlet of height lower than described water-in; Described Oil sucking device comprises oil suction dish and oil guide pipe, and described oil suction dish concave surface is fixedly mounted in described oily water separation storehouse upward; One end and the described oil suction of described oil guide pipe wall of trying to get to the heart of a matter communicates.
Preferably, described Oil sucking device also comprises submersible pump, flexible pipe; Go out described in described submersible pump is arranged in sump; The entrance of described submersible pump and the other end of described oil guide pipe detachable fixing, to export and described flexible pipe is fixed.
The utility model provide solid-liquid separating equipment, comprising: sorting unit, shredding unit, pressing device, wastewater treatment equipment; Described sorting unit comprises feed end and discharge end, and described sorting unit is used for rubbish to classify; Described shredding unit comprises hopper and discharge port, and described shredding unit is used for the rubbish after described sorting unit being carried out classification process and pulverizes; Described pressing device comprises hopper and liquid discharge pipe, and described pressing device is used for the rubbish after described shredding unit is carried out pulverization process and squeezes; Described wastewater treatment equipment comprises water-in, and the liquid that described wastewater treatment equipment is discharged after being used for described pressing device being carried out squeeze process carries out wastewater treatment; The discharge end of described sorting unit docks with the hopper of described shredding unit; The discharge port of described shredding unit docks with the hopper of described pressing device; The liquid discharge pipe of described pressing device is connected with the water-in of described wastewater treatment equipment.This solid-liquid separating equipment achieves and within one device rubbish is carried out solid-liquid separation process, eliminates the disadvantageous effect that rubbish causes environment when each equipment room transfer.
Accompanying drawing explanation
Fig. 1 is the basic structure schematic diagram of the utility model solid-liquid separating equipment;
Fig. 2 is the basic structure schematic diagram of sorting unit in Fig. 1;
Fig. 3 is the basic structure schematic diagram of shredding unit in Fig. 1;
Fig. 4 is the decomposing schematic representation of the basic structure of shredding unit in Fig. 1;
Fig. 5 is the mounting structure schematic diagram of filtering net in crushing chamber inside of shredding unit in Fig. 3;
Fig. 6 is the basic structure schematic diagram of pressing device in Fig. 1;
Fig. 7 is the basic structure schematic diagram of transmission rig in Fig. 6;
Fig. 8 is the basic structure schematic diagram of atria in Fig. 6;
Fig. 9 is the basic structure schematic diagram of wastewater treatment equipment in Fig. 1.
The realization of the utility model object, functional characteristics and advantage will in conjunction with the embodiments, are described further with reference to accompanying drawing.
Embodiment
Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
The utility model solid-liquid separating equipment is mainly used in and carries out solid-liquid separation process to food garbage, but solid-liquid separating equipment of the present utility model is not limited to carry out solid-liquid separation process to food garbage.Below with food garbage is carried out solid-liquid separation be treated to example the utility model solid-liquid separating equipment is described in detail.
With reference to the basic structure schematic diagram that Fig. 1, Fig. 1 are the utility model solid-liquid separating equipment.
The utility model solid-liquid separating equipment comprises: sorting unit 1, shredding unit 2, pressing device 3, wastewater treatment equipment 4.Described sorting unit 1 is for carrying out classification process by food garbage, carry out after classification process through sorting unit 1, food garbage enters shredding unit 2 and carries out pulverization process, then by pressing device 3, the food garbage of pulverization process is carried out squeezing process, the waste water of discharging after pressing device 3 processes just enters wastewater treatment equipment 4 and carries out wastewater treatment, realizes the solid-liquid separation of food garbage through the process of above-mentioned every procedure.
As shown in Figure 2, described sorting unit 1 comprises feed end 11 and discharge end 12, and food garbage enters sorting unit 1 from feed end 11, after the refuse classification process of sorting unit 1, enters into shredding unit 2 carry out pulverization process from discharge end 12.As shown in Figure 3, described shredding unit 2 comprises hopper 21 and discharge port 22, food garbage after sorting unit 1 processes enters into shredding unit 2 from the hopper 21 of shredding unit 2 and carries out pulverization process, and the food garbage after pulverization process out enters into from discharge port 22 process that pressing device 3 carries out next process squeezing.As shown in Figure 6, described pressing device 3 comprises hopper 31 and liquid discharge pipe 32, food garbage after shredding unit 2 carries out pulverization process enters into pressing device 3 from the hopper 31 of pressing device 3 and carries out squeezing process, and the food garbage liquid produced after pressing device 3 squeezing process enters into wastewater treatment equipment 4 from liquid discharge pipe 32 and carries out wastewater treatment.As shown in Figure 9, described wastewater treatment equipment 4 comprises water-in 41, carries out squeezing the food garbage liquid that process discharges enter into wastewater treatment equipment 4 from water-in 41 and carry out the wastewater treatment operations such as oily water separation through pressing device 3.Position directly over the hopper 21 that the discharge end 12 of described sorting unit 1 is positioned at described shredding unit 2, make through sorting unit 1 carry out classify process after food garbage from discharge end 12 out after directly enter into discharge bucket 21, then enter into shredding unit 2 through discharge bucket 21 and carry out pulverization process.The discharge port 22 of described shredding unit 2 is placed in the hopper 31 of described pressing device 3, through pulverization process food garbage from discharge port 22 out after be directly squeezed device 3 hopper 31 access, thus enter into pressing device 3 and carry out squeezing process.The liquid discharge pipe 32 of described pressing device 3 is connected with the water-in 41 of described wastewater treatment equipment 4, the food garbage liquid produced after pressing device 3 carries out squeezing process is discharged through the liquid discharge pipe 32 of pressing device 3, described liquid discharge pipe 32 is connected with the water-in 41 of wastewater treatment equipment 4 and communicates, and food garbage liquid directly enters into wastewater treatment equipment 4 through the liquid discharge pipe 32 of pressing device 3 and the water-in 41 of wastewater treatment equipment 4 and carries out the wastewater treatment operations such as oily water separation.
The solid-liquid separating equipment that the utility model provides, first by sorting unit 1, food garbage is classified, then the food garbage after sorting process is sent to shredding unit 2, after carrying out pulverization process by shredding unit 2, again the food garbage after pulverizing is carried out squeezing process by pressing device 3, next road treatment process is carried out after the food garbage solid of squeezing process generation is discharged by discharge port, and be discharged in wastewater treatment equipment 4 through the food garbage liquid that squeezing process produces by liquid discharge pipe, by wastewater treatment equipment 4, the waste water of discharging after squeezing process is carried out the wastewater treatment operations such as oily water separation.The solid-liquid separating equipment that the utility model provides, achieves, in the middle of an equipment, food garbage is carried out solid-liquid separation process, eliminates the disadvantageous effect that food garbage causes environment when each equipment room transfer.
Further, as shown in Figure 2, described sorting unit 1 also comprises: transmission mechanism 13, sorting chamber 14, electromagnetic disc 15.Described transmission mechanism 13 comprises travelling belt 131 and power wheel 132, described travelling belt 131 moves from feed end 11 to discharge end 12 under the drive of power wheel 132, for food garbage being sent to described sorting chamber 14 and electromagnetic disc 15 place, for described sorting chamber 14 and electromagnetic disc 15, food garbage is carried out sorting, and the food garbage after sorting is sent to the hopper 21 of described shredding unit 2.
Described sorting chamber 14 is positioned at just to the position above described transmission mechanism 13, and the lower end inside cavity of described sorting chamber 14 is provided with ratchet 16, and described ratchet comprises rotating shaft 161 and the ratchet 162 of some stationary distribution in described rotating shaft.The both sides of the lower end cavity of described sorting chamber 14 are relatively respectively provided with a pilot hole 141 respectively, and described pilot hole 141 is for rotating shaft 161 two ends of fixing described ratchet 16.Under the rotation of rotating shaft 161, ratchet 162 is driven to rotate, by refuse classifications such as the plastics bags of transmission on travelling belt 131 out.Also be provided with blower fan in the outside, upper end of described sorting chamber 14, the lighter rubbish such as the plastics bag sorted out by ratchet 162 by blower fan blow out from sorting chamber 14, thus get up to process by these not labile refuse collections.
Described electromagnetic disc 15 described sorting chamber 14 arranged side by side is arranged at position directly over described transmission mechanism 13, is adsorbed by the magnetic conductive substances such as the iron nail that travelling belt 131 transmits by the adsorptive power of electromagnetic disc 15.Thus avoid below in operation these iron nail class materials equipment is caused damage.
Further, as shown in Figure 3 and Figure 4, described shredding unit 2 also comprises: move pressure part 23, crushing part 24, crushing chamber 25.
Describedly move the outside that pressure part 23 is positioned at one end of described crushing chamber 25, described in move pressure part 23 and comprise actuating unit 231 and move pressing plate 232; Described actuating unit 231 comprises actuating unit main body 2311 and can do the driving member 2312 of straight reciprocating motion, and described actuating unit main body 2311 is for rectangular tubular and for being fixedly installed, described driving member 2312 is rectangular shaft-like.One end of described driving member 2312 is positioned at described actuating unit main body 2311 inside and under the driving of this actuating unit main body 2311, the other end of driving member 2312 from one end of actuating unit main body 2311 inside to actuating unit main body 2311 inside does linear reciprocating piston motion.The other end of driving member 2312 be positioned at described actuating unit main body 2311 outside and with move pressing plate 232 and be fixedly connected with.Describedly move the cavity 251 that pressing plate 232 is positioned at described crushing chamber 25, and this moves pressing plate 232 and under the drive of described driving member 2312, can do straight reciprocating motion in the cavity 251 of described crushing chamber 25.
The cavity 251 of described crushing chamber 25 is respectively equipped with hopper 21 and discharge port 22.Extraneous food and drink solid refuse is entered in crushing chamber 25 by hopper 21 to be pulverized.When described crushing chamber 25 normally works, corresponding upper end is provided with an opening portion 252, and described opening portion 252 is preferably square.Described driving member 2312 to be entered in crushing chamber 25 by this opening portion 252 with the described pressing plate 232 that moves and in the cavity 251 of crushing chamber 25, do straight reciprocating motion under the driving effect of actuating unit 231, thus can repeatedly promote extruding to the food garbage entered in crushing chamber 25.The both sides of the cavity 251 of described crushing chamber 25 are provided with the first pilot hole 253 and the second pilot hole 254 respectively relatively.
Described crushing part 24 is in the cavity 251 of described crushing chamber 25 and move between pressing plate 232 and described discharge port 22 described, and described crushing part 24 comprises rotating shaft 241 and is fixed on the some sawtooth sheets 242 in described rotating shaft.Described rotating shaft 241 is preferably cylindrical, and the two ends of described rotating shaft 241 are fixed between described first pilot hole 253 and the second pilot hole 254.
Preferably, described actuating unit 231 comprises the first actuating unit 2301 and the second actuating unit 2302, described first actuating unit 2301 is identical with described second actuating unit 2302, described actuating unit main body 2311 comprises the first actuating unit main body 23111 and the second actuating unit main body 23112, and described driving member 2312 comprises the first driving member 23121 and the second driving member 23122.
Preferably, described rotating shaft 241 comprises the first rotating shaft 2401 and the second rotating shaft 2402, and some sawtooth sheets 242 are fixed in described first rotating shaft 2401 and described second rotating shaft 2402.Described first rotating shaft 2101 is identical with described second rotating shaft 2102, is pulverized by two rotating shafts 241 to food garbage simultaneously, can improve the crushing effect of shredding unit 2 further, improves the speed and efficiency pulverized.And structure and identical two rotating shaft 241 conducting powders of shape broken time, the stressing conditions of rotating shaft 241, sawtooth sheet 242 will be more balanced, while ensureing that shredding unit is stable, also can reduce the infringement to device in crushing process.
Further, as shown in Figure 5, described shredding unit 2 also comprises the filtering net 26 in the cavity 251 being located at described crushing chamber 25, and described filtering net 26 is between the discharge port 22 and described crushing part 24 of described shredding unit.Described filtering net 26 is provided with the filter pore 261 of some formed objects, and the size of described filter pore 261 is arranged according to the granular size after reality pulverizing.
In the present embodiment, consider also may can there is larger solid waste particle and be piled up on filtering net 26 after crushing part 24 is pulverized, therefore, the horizontal installation position of filtering net 26 is pressed close to the sawtooth sheet 242 of crushing part 24, thus the separating twice to solid macrobead rubbish can be realized.
Further, as shown in Figures 6 and 7, described pressing device 3 also comprises: transmission rig 33, crushing chamber 34, atria 35.
Described transmission rig 33 is positioned at the outside of described crushing chamber 34 one end, and described transmission rig 33 is power set.Described atria 35 is positioned at the outside of described crushing chamber 34 the other end.Described crushing chamber 34 normally uses in one side upward and arranges described hopper 31, and communicates with described hopper 31.Food garbage can enter in crushing chamber 34 from hopper 31.The bottom of described atria 35 connects described liquid discharge pipe 32, and communicates with described liquid discharge pipe 32, and described liquid discharge pipe 32 is discharged outside atria 35 for liquid squeezing produced.One side of described atria 35 is provided with discharge port 36, and this discharge port 36 is provided with movable door structure and this movable door structure can be connected to down in one treatment process.When pressing device 3 squeezes, this discharge port 36 is closed, after squeezing terminates, this discharge port 36 is opened by the power set of next process, taken out by food garbage solid through squeezing process and proceed to next process process, finally this movable door structure is pushed back closedown by the power set of next process again.
Described transmission rig 33 comprises transmission rig main body 331, driving member 332, rammer board 333.Described transmission rig main body 331 is for rectangular tubular and for being fixedly installed, described driving member 332 is rectangular shaft-like.One end of described driving member 332 is positioned at described transmission rig main body 331 inside and under the driving of this transmission rig main body 331, the other end of driving member 332 from one end of transmission main body 331 inside to transmission main body 331 inside does linear reciprocating piston motion.It is outer and be fixedly connected with rammer board 333 that the other end of driving member 332 is positioned at described transmission rig main body 331, and rammer board 333 is positioned at the inside cavity of described crushing chamber 34.When doing straight reciprocating motion under the driving effect of driving member 332 at transmission rig 33, and then drive rammer board 333 synchronously to carry out straight reciprocating motion in the inside cavity of described crushing chamber 34, thus rammer board 333 will produce squeeze, and then squeezing process can be carried out to the food garbage entered in crushing chamber 34.
Further, as shown in Figure 8, described atria 35 comprises cavity 351.The cavity 351 of described atria 35 is provided with the first through hole 3511.The part cavity of described crushing chamber 34 passes described first through hole 3511 and is fixed on the cavity 351 of described atria 35, thus the part cavity of the crushing chamber 34 with some first filter pore be may extend in the cavity 351 of atria 35.The cavity 351 of described atria 35 is also provided with the second through hole 3512.
Preferably, the cavity 351 of described atria 35 is also provided with the filtering net coordinated with this second through hole 3512, described filtering net is provided with some second filter pore and is fixed on described second through hole 3512, and the shape size of described filtering net is identical with described second through hole 3512.The outer side of the cavity 351 of described atria 35 connects the described liquid discharge pipe 32 docked with the second through hole 3512, the liquid that squeezing produces will be flowed out by described liquid discharge pipe 32.
Further, as shown in Figure 9, described wastewater treatment equipment 4 also comprises: oil trap 42, slagging-off basket 43, Oil sucking device 44.
Described oil trap 42 comprises the first dividing plate 421, the second partition 422 that are disposed in order along the flow direction of waste water in oil trap.The internal space of described oil trap 42 is divided into water storage 423, oily water separation storehouse 424 successively by described first dividing plate 421, second partition 422, goes out sump 425.Described water-in 41 is arranged on the pool wall at described water storage 425 place.The below of described water-in 41 is provided with described slagging-off basket 43.Described go out the pool wall at sump 425 place be provided with the water outlet 45 of height lower than described water-in 41.Described Oil sucking device 44 comprises oil suction dish 441 and oil guide pipe 442, and described oil suction dish 441 concave surface is fixedly mounted in described oily water separation storehouse 424 upward; One end of described oil guide pipe 442 communicates with described oil suction dish 441 diapire.The height on the top of described second partition 422 is higher than described water outlet 45 height, and the bottom of described second partition 422 and the diapire interval of oil trap 42 are arranged.
From the waste water that the liquid discharge pipe 32 of pressing device 3 is discharged, in water storage 423 to waste water in the thick slag that retains tentatively isolate, and cushion current.In oily water separation storehouse 424, by second partition 422, profit upper strata oil slick is carried out barrier, water flows through from the bottom of second partition 422, to realize the isolation of profit simultaneously.After oil slick accumulation certain thickness in oily water separation storehouse 424, by the oil suction dish 441 of wide coverage, oil reservoir is siphoned away.The profit that oleaginousness is few to be accumulated in out in sump 425 and to flow out to ensure the lasting isolation of profit by water outlet 45.
Further, Oil sucking device 44 also comprises submersible pump 443, flexible pipe (not shown).The entrance of described submersible pump 443 and oil guide pipe 442 one end detachable fixing, outlet and the flexible pipe of described submersible pump 443 are fixed.Go out in sump 425 described in described submersible pump 443 is arranged on.Extract oil slick by submersible pump 443 brute force, be conducive to improving oil suction efficiency, the dish of oil suction simultaneously 441, oil guide pipe 442 and flexible pipe are also not easy blocking.The pool wall of oil trap 42 is provided with the through hole with flexible pipe adaptation.So, flexible pipe can be connected with extraneous collection device through through hole, and the oil slick be convenient to extracting processes further.
These are only preferred embodiment of the present utility model; not thereby the scope of the claims of the present utility model is limited; every utilize the utility model specification sheets and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present utility model.
Claims (10)
1. a solid-liquid separating equipment, is characterized in that, described solid-liquid separating equipment comprises: sorting unit, shredding unit, pressing device, wastewater treatment equipment; Described sorting unit comprises feed end and discharge end, and described sorting unit is used for rubbish to classify; Described shredding unit comprises hopper and discharge port, and described shredding unit is used for the rubbish after described sorting unit being carried out classification process and pulverizes; Described pressing device comprises hopper and liquid discharge pipe, and described pressing device is used for the rubbish after described shredding unit is carried out pulverization process and squeezes; Described wastewater treatment equipment comprises water-in, and the liquid that described wastewater treatment equipment is discharged after being used for described pressing device being carried out squeeze process carries out wastewater treatment; The discharge end of described sorting unit docks with the hopper of described shredding unit; The discharge port of described shredding unit docks with the hopper of described pressing device; The liquid discharge pipe of described pressing device is connected with the water-in of described wastewater treatment equipment.
2. solid-liquid separating equipment as claimed in claim 1, it is characterized in that, described shredding unit also comprises: move pressure part, crushing part, crushing chamber; Describedly move the outside that pressure part is positioned at described crushing chamber one end, described in move pressure part and comprise actuating unit and move pressing plate, described actuating unit comprises the driving member that can do straight reciprocating motion, and described driving member is fixedly connected with the described pressing plate that moves; The described pressing plate that moves is positioned at the cavity of described crushing chamber and under the drive of described driving member, can does straight reciprocating motion at the cavity of described crushing chamber; Described crushing part is in the cavity of described crushing chamber and move between pressing plate and described discharge port described, and described crushing part comprises rotating shaft and is fixed on the some sawtooth sheets in described rotating shaft.
3. solid-liquid separating equipment as claimed in claim 2, it is characterized in that, the rotating shaft of described crushing part comprises the first rotating shaft and the second rotating shaft; Described first rotating shaft and the second rotating shaft are fixed with some sawtooth sheets.
4. the solid-liquid separating equipment as described in any one of claim 1-3, is characterized in that, described shredding unit also comprises the filtering net be located in described crushing chamber, and described filtering net is between the discharge port and described crushing part of described shredding unit.
5. solid-liquid separating equipment as claimed in claim 1, it is characterized in that, described pressing device also comprises: transmission rig, crushing chamber, atria; Described transmission rig is positioned at the outside of described crushing chamber one end, and described atria is positioned at the outside of the described crushing chamber the other end; Described transmission rig comprises the driving member that can do straight reciprocating motion and the rammer board be fixedly connected with this driving member; Described rammer board is positioned at the cavity of described crushing chamber and under the drive of described driving member, can does straight reciprocating motion at the cavity of described crushing chamber; The part cavity of described crushing chamber one end is through the first through hole be located on the cavity of described atria and be fixed on the cavity of described atria; The cavity of described atria is also provided with the second through hole; Described second through hole connects described liquid discharge pipe.
6. solid-liquid separating equipment as claimed in claim 5, is characterized in that, the part cavity of described crushing chamber one end is distributed with some first filter pore; The cavity of described atria is also provided with the filtering net with some second filter pore, described filtering net is fixed on described second through hole, and the shape of described filtering net is identical with described second through hole.
7. solid-liquid separating equipment as claimed in claim 1, it is characterized in that, sorting unit also comprises: transmission mechanism, sorting chamber, electromagnetic disc; Described sorting chamber is positioned at just to the top of described transmission mechanism, and the lower end inside cavity of described sorting chamber is provided with ratchet, and described ratchet comprises rotating shaft and the ratchet of some stationary distribution in described rotating shaft;
Described electromagnetic disc is arranged at above described transmission mechanism, sub-elects magnetic conductive substance for absorption; Described transmission mechanism comprises travelling belt and power wheel, described travelling belt moves from feed end to discharge end under the drive of power wheel, for rubbish being carried out sorting for described sorting chamber and electromagnetic disc, and the rubbish after sorting is sent to the hopper of described shredding unit.
8. solid-liquid separating equipment as claimed in claim 7, it is characterized in that, the both sides of the lower end cavity of described sorting chamber are relatively respectively provided with a pilot hole respectively, and the two ends of described rotating shaft lay respectively in corresponding pilot hole, and are rotationally connected with described sorting chamber.
9. solid-liquid separating equipment as claimed in claim 1, it is characterized in that, wastewater treatment equipment also comprises: oil trap, slagging-off basket, Oil sucking device; Described oil trap comprises the first dividing plate, the second partition that are disposed in order along the flow direction of profit in oil trap; The internal space of described oil trap is divided into water storage, oily water separation storehouse successively by described first dividing plate, second partition, goes out sump; Described water-in is arranged on the pool wall at described water storage place; The below of described water-in is provided with described slagging-off basket; Described go out the pool wall at sump place be provided with the water outlet of height lower than described water-in; Described Oil sucking device comprises oil suction dish and oil guide pipe, and described oil suction dish concave surface is fixedly mounted in described oily water separation storehouse upward; One end and the described oil suction of described oil guide pipe wall of trying to get to the heart of a matter communicates.
10. solid-liquid separating equipment as claimed in claim 9, it is characterized in that, described Oil sucking device also comprises submersible pump, flexible pipe; Go out described in described submersible pump is arranged in sump; The entrance of described submersible pump and the other end of described oil guide pipe detachable fixing, to export and described flexible pipe is fixed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520141609.0U CN204918188U (en) | 2015-03-12 | 2015-03-12 | Solid -liquid separation equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520141609.0U CN204918188U (en) | 2015-03-12 | 2015-03-12 | Solid -liquid separation equipment |
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| Publication Number | Publication Date |
|---|---|
| CN204918188U true CN204918188U (en) | 2015-12-30 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520141609.0U Expired - Fee Related CN204918188U (en) | 2015-03-12 | 2015-03-12 | Solid -liquid separation equipment |
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| CN (1) | CN204918188U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104743698A (en) * | 2015-03-12 | 2015-07-01 | 深圳市瑞赛尔环保设备有限公司 | Solid-liquid separating equipment |
| CN113941188A (en) * | 2020-07-16 | 2022-01-18 | 江苏润宇环境工程有限公司 | Oil-water separation system for oil-gas recovery |
-
2015
- 2015-03-12 CN CN201520141609.0U patent/CN204918188U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104743698A (en) * | 2015-03-12 | 2015-07-01 | 深圳市瑞赛尔环保设备有限公司 | Solid-liquid separating equipment |
| CN104743698B (en) * | 2015-03-12 | 2016-12-07 | 深圳市瑞赛尔环保设备有限公司 | Solid-liquid separating equipment |
| CN113941188A (en) * | 2020-07-16 | 2022-01-18 | 江苏润宇环境工程有限公司 | Oil-water separation system for oil-gas recovery |
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