CN219355359U - Spiral stacked ring horizontal solid-liquid separator - Google Patents

Abstract

The utility model provides a spiral overlapped ring horizontal solid-liquid separator which comprises a solid-liquid separation combined ring, a solid-liquid separation liquid-repellent ring and a solid-liquid separation filter cloth protection ring, wherein a liquid outlet hole of the solid-liquid separation liquid-repellent ring and a liquid outlet hole of the solid-liquid separation filter cloth protection ring are circular holes or square holes, and the solid-liquid separation liquid-repellent ring is divided into a plastic solid-liquid separation liquid-repellent ring and a metal solid-liquid separation liquid-repellent ring. And the rinsing combination ring and the rinsing spiral rod can be used for rinsing simultaneously, so that solid-liquid separation and rinsing are carried out on solid-liquid materials, then the solid-liquid materials reach a discharge port in the top plate discharge port adjusting block assembly to enable the materials to reach a designated container, and liquid phase enters a filtrate separation tank and then enters respective storage tanks from a supernatant outlet and a rinsing outlet, thereby achieving the purpose of solid-liquid separation.

Description

Spiral stacked ring horizontal solid-liquid separator

Technical Field

The utility model relates to the field of solid-liquid separation equipment, in particular to a spiral stacking ring horizontal solid-liquid separator.

Background

The horizontal solid-liquid separator is a mechanical device used in the fields of petrochemical industry, edible oil, sludge, dairy products, medicine, beverage industry, food industry, environmental protection industry and the like requiring solid-liquid separation, so as to realize solid-liquid separation in solid-liquid mixed raw materials, or respectively treat separated solid matters and liquid matters, or obtain the solid matters or the liquid matters as products.

The separation principle of the current horizontal solid-liquid separator is mainly extrusion or centrifugation. For a horizontal solid-liquid separator which plays a role in solid-liquid separation by extruding materials, the performance of the solid-liquid separation device is directly related to the effect of solid-liquid separation. After the solid-liquid separation device is determined, the solid-liquid separation effect can be improved by increasing the pressure, however, the filter cloth needs to bear great pressure, so that the common filter cloth has short service time, and the frequent replacement of the filter cloth is caused, so that the normal operation of the equipment is affected. Therefore, a spiral-stacked horizontal solid-liquid separator with the advantages of corrosion resistance, high pressure resistance and the like is needed.

Disclosure of Invention

First, the technical problem to be solved

The utility model aims to provide a spiral-stacked horizontal solid-liquid separator which has the advantages of corrosion resistance, high pressure resistance and the like. In order to achieve the above purpose, the present utility model adopts the following technical scheme:

(II) technical scheme

The utility model provides a horizontal solid-liquid separation machine of spiral pile ring, includes solid-liquid separation composite ring, and it is by three rings that solid-liquid separation goes out the liquid ring, solid-liquid separation is dredged liquid ring and solid-liquid separation filter cloth protection ring and is constituteed, and solid-liquid separation is dredged liquid ring liquid outlet hole and solid-liquid separation filter cloth protection ring and is dredged the filtration pore and be circular hole or square hole, the solid-liquid separation goes out the liquid ring and divide into plastics formula solid-liquid separation goes out the liquid ring and metal type solid-liquid separation goes out the liquid ring two kinds.

Further, two fixed handles are arranged on two sides of the plastic solid-liquid separation liquid ring, two concave cylindrical fixed points are symmetrically arranged in the ring, a plurality of liquid outlet holes are uniformly arranged from inside to outside below the ring, and two diversion trenches are arranged in the ring.

Further, two fixing handles are arranged on two sides of the metal type solid-liquid separation liquid ring, two concave cylindrical fixing points and a plurality of symmetrical inner supporting columns are symmetrically arranged in the ring, and a liquid outlet is arranged below the ring from inside to outside.

Further, the solid-liquid separation lyophobic ring is provided with a plurality of solid-liquid separation lyophobic ring liquid outlet holes which are uniformly arranged and communicated with the inside and the outside, two symmetrical convex cylindrical fixed points are arranged outside the ring, the solid-liquid separation filter cloth protection ring is provided with solid-liquid separation filter cloth protection ring lyophobic holes which are uniformly arranged and communicated with the inside and the outside, the diameter of the hole is larger than that of the liquid outlet hole of the solid-liquid separation lyophobic ring, one side of the ring is externally provided with two symmetrical concave fixed points, and the other side of the ring is provided with two symmetrical convex fixed points.

The spiral overlapped ring horizontal solid-liquid separator comprises a rinsing combined ring, wherein the rinsing combined ring consists of a rinsing water inlet ring, a rinsing water drain ring and a rinsing filter cloth protection ring, and the rinsing combined ring is divided into a plastic type rinsing combined ring and a metal type rinsing combined ring.

Further, two fixed handles are arranged on two sides of the plastic type rinsing water inlet ring, two concave cylindrical fixed points are symmetrically arranged in the ring, a rinsing water inlet ring water inlet is arranged above the ring, and two diversion trenches are arranged in the ring.

Further, two fixed handles are arranged on two sides of the metal type rinsing water inlet ring, two symmetrical concave cylindrical fixed points are arranged in the ring, a rinsing water inlet ring water inlet is arranged above the ring, and a plurality of inner supporting columns are uniformly arranged in the ring.

Further, the rinsing hydrophobic ring is provided with two rows of rinsing combination ring hydrophobic holes which are uniformly distributed from inside to outside, two symmetrical convex cylindrical fixing points are distributed outside the ring, the rinsing filter cloth protection ring is provided with two rows of rinsing combination ring water outlet holes which are uniformly distributed from inside to outside, the diameter of the holes is larger than that of the rinsing combination ring hydrophobic holes of the rinsing combination ring, one side outside the ring is provided with two symmetrical concave fixing points, and the other side outside the ring is provided with two symmetrical convex fixing points.

The device further comprises a top plate and a discharge hole regulating block assembly, wherein the circular hole top plate is provided with a circular hole top plate discharge hole, two additional lugs are arranged, one of the additional lugs is a top plate placing hole, the other additional lug is a top plate supporting hole, the discharge hole regulating block is provided with a threaded circular regulating ring, a discharge hole regulating spring and a regulating block H-shaped socket, and the front end of the circular hole top plate is provided with a screw rod discharge hole sealing cover; the top plate attaching plate is provided with a top plate attaching plate H-shaped inserting and implanting port, a top plate attaching plate bearing box is embedded in the top plate attaching plate H-shaped inserting and implanting port, two symmetrical top plate attaching plate placing holes, a top plate attaching plate supporting hole and a top plate compressing threaded rod hole are implanted in the top plate compressing threaded rod, the top plate compressing threaded rod is provided with a top plate compressing threaded rod locking nut, and the circular port top plate is connected with the top plate attaching plate and is composed of a top plate and a discharging port adjusting block combined component supporting rod.

Further, the hob includes rinsing hob and non-rinsing hob, and both equally divide into anterior segment hob and posterior segment hob, and anterior segment hob and posterior segment hob opposite end are provided with two and arrange symmetrical protruding bayonet socket, connect the sub-unit through the hob between anterior segment hob and the posterior segment hob, and the posterior segment hob's rear end is provided with the hob tail end, the hob water inlet on the hob water inlet and the sealing sub-unit is implanted for hollow hob to the anterior hob, be equipped with the rinsing hob delivery port on the anterior hob, rinsing hob water outlet opening sets up in the rinsing sub-unit ring region and sets up a plurality of water outlet apertures and inside is equipped with rinsing hob filter cloth and buckles, the hob connects the sub-unit and includes flange and half moon shape contract mouth coupling card, is provided with concave cylinder contact point on the flange, half moon shape contract mouth coupling card is last to be equipped with protruding cylinder contact point and concave bayonet socket.

(III) beneficial effects

Compared with the prior art, the utility model has obvious advantages and beneficial effects, in particular, the paint has the advantages of corrosion resistance, high pressure resistance and the like, and can be used for rinsing.

Drawings

The utility model will be further described with reference to the accompanying drawings, in conjunction with examples.

FIG. 1 is a perspective view of the present utility model;

FIG. 2 is a main frame diagram of the present utility model;

FIG. 3 is a view of a top plate and outlet block assembly;

FIG. 4 is a diagram of a solid-liquid separation composite ring structure;

FIG. 5 is a diagram of a solid-liquid separation rinse combined cycle configuration;

FIG. 6 is a diagram of a non-rinse screw assembly;

FIG. 7 is a rinse screw assembly view;

FIG. 8 is an enlarged view of the screw rod connection;

FIG. 9 is an enlarged view of the press-buckling of the filter cloth at the water outlet part of the screw rod.

Reference numerals illustrate:

1. screw rod water inlet and sealing assembly 2, rinsing screw rod water inlet 3, spiral pile ring horizontal solid-liquid separator auxiliary support frame 4, speed reduction electric base 5, screw rod connecting assembly 6, spiral horizontal solid-liquid separator screw rod 7, spiral vacancy storehouse apron and sealing assembly 8, spiral pile ring horizontal solid-liquid separator feed inlet 9, wallboard 10, solid-liquid separation combination ring 10A1: plastic type solid-liquid separation liquid ring 10A2: metal type solid-liquid separation liquid ring 11 and rinsing combination ring 11Al: plastic rinse water inlet ring 11A2: metal type rinsing water inlet ring 12, rinsing combined ring water inlet 13, top plate and discharge hole regulating block combined member 14, discharge hole 15, spiral-pile horizontal solid-liquid separator fixing plate 16, spiral-pile horizontal solid-liquid separator jowar 17, filtrate separation tank 18, rinsing water outlet 19, supernatant liquid outlet 20, driving screw rod gear box 21, gear box bearing box 22, screw rod vacancy bin 23, girder fixing hole 24, auxiliary bracket mounting point 25, filter cloth protection ring concave fixing point 26, top plate compressing threaded rod threaded hole 27, gear box mounting access point 28, auxiliary bracket attaching beam 29, screw rod implantation hole 30, driven gear bayonet point 31, speed reducing motor base joint point 32, top plate compressing threaded rod 33, top plate attaching plate supporting hole 34, attaching plate supporting hole 35, top plate attaching plate bearing box 36 Top plate attaching plate H-shaped implantation port 37, discharge port adjusting block 38, threaded circular adjusting ring 39, discharge port adjusting spring 40, adjusting block H-shaped socket 41, screw rod discharge port sealing cover 42, circular port top plate discharge port 43, top plate placing hole 44, top plate attaching plate placing hole 45, top plate compressing threaded rod locking nut 46, circular port top plate 47, top plate attaching plate 48, top plate compressing threaded rod hole 49, top plate and discharge port adjusting block combined member supporting rod 50, concave fixed point 51, convex fixed point 52, concave cylindrical fixed point 53, convex cylindrical fixed point 54, flow guide 55, inner supporting column 56, fixed handle 57, solid-liquid separation liquid ring liquid outlet hole 58, solid-liquid separation liquid outlet ring liquid outlet hole 59, solid-liquid separation combined ring dredging hole 60, solid-liquid separation liquid dredging ring liquid outlet hole 61, the rinsing combination ring drain hole 62, the rinsing combination ring drain hole 63, the driving gear bayonet lock 64, the front screw rod 65, the rear screw rod 66, the connecting flange 67, the half-moon shaped wedge connection clamp 68, the convex cylindrical contact 69, the cylindrical contact 70, the screw rod tail end 71, the rinsing screw rod water outlet area 72, the rinsing screw rod water outlet 73, the screw rod water inlet and sealing assembly water inlet placement hole 74, the rinsing screw rod water inlet 75, the rinsing screw rod filter cloth press buckle 76, the convex bayonet 77, the concave bayonet A, the solid-liquid separation liquid-repellent ring B, the solid-liquid separation filter cloth protection ring C, the rinsing water-repellent ring D, the rinsing filter cloth protection ring E and the partition plate.

Detailed Description

Embodiments of the present utility model are described in detail below, examples of which are illustrated in the accompanying drawings, wherein like or similar reference numerals refer to like or similar elements or elements having like or similar functions throughout. The embodiments described below by referring to the drawings are illustrative and intended to explain the present utility model and should not be construed as limiting the utility model.

In the description of the present utility model, it should be understood that the terms "length," "width," "upper," "lower," "front," "rear," "left," "right," "vertical," "horizontal," "top," "bottom," "inner," "outer," and the like indicate orientations or positional relationships based on the orientation or positional relationships shown in the drawings, merely to facilitate describing the present utility model and simplify the description, and do not indicate or imply that the devices or elements referred to must have a specific orientation, be configured and operated in a specific orientation, and therefore should not be construed as limiting the present utility model.

Furthermore, the terms "first," "second," and the like, are used for descriptive purposes only and are not to be construed as indicating or implying a relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defining "a first" or "a second" may explicitly or implicitly include one or more such feature. In the description of the present utility model, the meaning of "a plurality" is two or more, unless explicitly defined otherwise.

In the present utility model, unless explicitly specified and limited otherwise, the terms "mounted," "connected," "secured," and the like are to be construed broadly, and may be, for example, fixedly connected, detachably connected, or integrally formed; can be mechanically or electrically connected; can be directly connected or indirectly connected through an intermediate medium, and can be communicated with the inside of two elements or the interaction relationship of the two elements. The specific meaning of the above terms in the present utility model can be understood by those of ordinary skill in the art according to the specific circumstances.

The utility model is further described below with reference to the drawings and detailed description.

As shown in fig. 1 to 9, the working main path of the spiral-stack horizontal solid-liquid separator is as follows: the sand slurry pump is additionally arranged, a feeding pipeline is arranged and is in butt joint with a feeding hole of the spiral stacking horizontal solid-liquid separator, solid-liquid materials enter a spiral vacancy 7 through a solid-liquid separator inlet 8, a gear motor (not shown in the figure) is started, a built-in rinsing screw rod is not driven by a driving screw rod gear box 20, and a non-rinsing screw rod 6 is designed to enable the materials to be extruded and pushed into a filtering chamber of the spiral stacking horizontal solid-liquid separator. The solid-liquid separation combined ring 10 of the solid-liquid separation section is filtered firstly, then enters the rinsing section, a rinsing water pump is additionally arranged to add a rinsing water pipeline to be in butt joint with the water inlet 12 of the rinsing combined ring and the water inlet 1 of the rinsing spiral rod water inlet and sealing assembly, so that rinsing water enters the rinsing combined ring 11, and after the rinsing spiral rod water inlet 2 reaches the spiral rod water outlet 72 to carry out rinsing for this purpose, the water is not used in the non-rinsing condition, and the solid-liquid separation combined ring 10 is used to filter redundant water, namely, the filter chamber consists of three sections. The discharge port 14 reaching the top plate and the discharge port adjusting block combination member 13 can adjust the discharge speed to enable the solid materials to enter the appointed container. The filtrate inlet separating tank 17 is provided with a partition plate E which is arranged below the rinsing combination ring 11 (or is provided with a non-separating tank, not shown in the figure), and the supernatant liquid outlet 19 and the rinsing water outlet 18 are provided with launder type tanks which are designed to realize the diversion into the respective storage tanks, so as to achieve the purpose of solid-liquid separation.

Spiral pile ring horizontal solid-liquid separator main frame: the spiral stacking horizontal solid-liquid separator can be used in vehicle-mounted, movable, fixed and other modes. The spiral-stacked horizontal solid-liquid separator main frame is mainly designed for placing a solid-liquid separation combined ring 10, a rinsing combined ring 11, a rinsing spiral rod (or a non-rinsing screw rod) 6 of the spiral-stacked horizontal solid-liquid separator and a top plate and discharge hole adjusting block assembly 13.

The wall plate 9 is provided with a feed inlet 8 of the spiral ring-folding horizontal solid-liquid separator and a spiral vacancy bin 22, and is installed, a filtrate separation tank is provided with a supernatant liquid outlet and a rinsing liquid outlet, a non-separation tank is designed on a foundation surface, two girders 16 of the spiral ring-folding horizontal solid-liquid separator are installed, the girders are supported by a rod (not shown in the figure) for installation and maintenance, and the support rod is connected with a fixing plate 15 of the spiral ring-folding horizontal solid-liquid separator after the top plate and a discharge outlet regulating block assembly 13 are placed by the support rod which can be completely installed and maintained. The auxiliary supporting installation point 24 for installing the spiral vacancy bin cover plate and the sealing sleeve 7 and installing the auxiliary supporting frame 3 of the spiral horizontal type solid-liquid separator on the wallboard 9 is in butt joint with the auxiliary supporting frame installation point 24. The auxiliary support frame 3 of the spiral horizontal solid-liquid separator is provided with auxiliary support auxiliary beams 28, which mainly have the placing function: screw drive gearbox 20 is placed through gearbox mounting access 27 and rinse screw inlet and seal assembly 1 is placed through screw inlet and seal assembly inlet placement hole (this piece is not used in the case of non-rinse screws). The gear motor base 4 and the gear motor (not shown) are arranged on the auxiliary supporting frame 3 of the spiral horizontal solid-liquid separator, and are arranged through the gear motor base joint point 31. The front end screw 64 is implanted into the water inlet and sealing assembly 1 through the screw implantation hole of the screw driving gear box 20, the rear end screw 65 is implanted into the rear end screw through the screw empty bin of the wallboard 9, the front end screw 64 is connected with the rear end screw 65, and the screw connecting assembly 5 is installed. The solid-liquid separation combined ring 10 is connected with the convex fixed point 51 of the solid-liquid separation combined ring through the concave fixed point 50 on the wallboard 9 by passing through the screw rod 65 at the rear end, so that the solid-liquid separation combined ring 10 is placed on the girder 16 of the spiral horizontal solid-liquid separation machine, and the convex fixed point 51 of the rinsing combined ring 11 and the concave fixed point 50 of the solid-liquid separation combined ring 10 are used for placing the rinsing combined ring 11 on the girder 16 of the spiral horizontal solid-liquid separation machine.

The rinsing combination ring 11 is provided with a plastic type rinsing water inlet ring 11A1 or a metal type rinsing water inlet ring 11A2, a rinsing water drain ring C and a rinsing filter cloth protection ring D.

The rinse water inlet ring 11A1/11A2 is designed to have functions of placing, water inlet, internal support and the like, and enhancing the pressure of water inlet and the like. The device is placed on two main beams 16 of a spiral-stacked-ring horizontal solid-liquid separator, and a fixed handle 56 is arranged so as to be convenient for moving, so that a rinsing ring water inlet 12 and a ring are uniformly arranged (metal type is as follows: the plurality of metal mold inner struts 55// plastic mold are: two concave cylindrical fixing points 52 in the 2 plastic diversion trenches 54 > ring are convenient to operate. The function of the rinsing hydrophobic ring C is designed for the functions of dredging water and the like. Two rows of evenly distributed rinsing water drain holes 61 are arranged, two symmetrical convex cylindrical fixing points 53 are arranged outside the ring for convenient operation and fixing, and the ring is implanted into the rinsing water inlet ring 11A1/11A2 through the concave cylindrical fixing points 52, and an annular filter cloth (not shown) which covers the rinsing water inlet ring is prepared and is wrapped in the ring. The rinsing filter cloth protection ring D is mainly designed for protecting functions of filter cloth, fluffing rinsing water and the like. In order to reduce the wear of the filter cloth and design two rows of evenly distributed rinsing combination ring water outlet holes 62, two symmetrical convex fixing points 51 are arranged on one side outside the ring, and two symmetrical concave fixing points 50 are arranged on the other side, so that the operation is convenient, and the play is reduced so as not to cause rinsing effect. Which is implanted in the filter cloth ring and connects the male fixation point 51 with the female fixation point 50 of the filter cloth protection ring in the solid-liquid separation combination ring.

The solid-liquid separation combined ring 10 is provided with a solid-liquid separation liquid ring 10A1 which is a liquid ring for solid-liquid separation; the metal type solid-liquid separation liquid ring 10A2>, the solid-liquid separation liquid-repellent ring A and the solid-liquid separation filter cloth protection ring B are obtained.

Note that: only circular holes are shown in the solid-liquid separation lyophobic ring liquid outlet holes 60 and the solid-liquid separation filter cloth protection ring lyophobic holes 59, and square holes can be better adopted to ensure that the effective solid-liquid separation area is larger.

The liquid ring 10A1/10A2 for solid-liquid separation has the functions of placing, discharging filtrate, supporting the inner support and the like. The two main beams 16 of the spiral-stacked-ring horizontal solid-liquid separator are provided with fixed handles 56 which are convenient to move, and the annular lower part is provided with the following materials which are uniformly distributed from inside to outside: the plurality of plastic solid-liquid separation liquid ring liquid outlet holes 57/metal mold are solid-liquid separation liquid ring liquid outlet holes 58 > and < metal mold are: the arrangement of the plurality of metal mold inner struts 55/plastic mold is as follows: two plastic channels 54 are provided and two symmetrical cylindrical fixing points 52 are arranged in the ring for convenient operation. The liquid-repellent ring of the solid-liquid separation group is designed for the functions of untwining filtrate, fixing and the like. The plurality of fluffy filtrate outlet holes 60 are uniformly distributed, two symmetrical convex column fixing points 53 are arranged outside the ring so as to be convenient to operate and fix, the two convex column fixing points are implanted into the solid-liquid separation liquid ring 10A1/10A2 through the concave column fixing points, and the solid-liquid separation liquid ring is wrapped by prepared annular filter cloth (not shown). The solid-liquid separation filter cloth protection ring B mainly has the advantages that a plurality of filter dredging holes 59 are uniformly distributed from inside to outside for reducing the wear of the filter cloth, two convex fixing points 51 are arranged on one side outside the ring, and two concave fixing points 50 are arranged on the other side, so that the operation is convenient, and the play is reduced so as not to cause the filtering effect. The filter cloth ring is implanted into a filter cloth ring, a convex fixing point 51 is connected with a concave fixing point 50 on a wallboard 9 of the spiral pile ring horizontal solid-liquid separation separator, the concave fixing point 50 is connected with a convex fixing point 51 of the rinsing filter cloth ring, and the concave fixing point 50 and the convex fixing point 51 are sequentially connected.

The rinse screw 6 is designed with a rinse screw and a non-rinse screw: acting on main moving and extruding solid-liquid materials and facilitating maintenance operation and rinsing functions, and designing a screw rod, wherein the screw rod is divided into front and rear ends according to reasons in the aspect of maintenance operation; the front screw 64 is designed as a hollow screw and is provided with a rinse screw water inlet 74, the non-rinse screw does not employ a rinse water inlet, and the drive gear bayonet 63 forces the rinse screw 6 to rotate completely. The rear screw rod 65 is mainly designed to enable solid-liquid materials to enter the spiral vacancy bin cover plate and the vacancy bin of the sealing sleeve 7 through the feed inlet 8 of the spiral horizontal solid-liquid separator and enter the filter chamber. The screw rod is provided with a plurality of screw rod water outlet areas 71, the screw rod water outlet areas 71 are provided with a plurality of rinsing screw rod water outlets 72 (a non-rinsing screw rod does not adopt a rinsing water inlet hole), the water outlet is arranged in a rinsing combined ring area, the rinsing screw rod water outlet 72 is provided with a plurality of rinsing screw rod filter cloth press buckles 75 which are matched with press buckle filter cloth (not shown in the figure), the shape of the filter cloth is similar to that of the filter cloth buckles, and a fixing screw rod is arranged. The screw rod connecting assembly 5 is designed by connecting the front screw rod 64 and the rear screw rod 65, the screw rod connecting assembly 5 is composed of a connecting flange 66 and a half-moon shaped wedge connecting card 67, four uniformly arranged concave cylindrical contact points 69 are arranged on the connecting flange 66 for convenient transmission, four uniformly arranged convex cylindrical contact points 68 are arranged on the half-moon shaped wedge connecting card 67, and concave bayonets 77 are closed with convex bayonets 76 in the front screw rod 64/65 and the rear screw rod 64/65 for convenient rotation of the whole rinsing screw rod. The spiral rod tail end 70 is designed to facilitate stable operation, and the tail end of the spiral rod tail end 70 is directly inserted into the bearing round hole of the top plate attached plate bearing box 35.

Roof and discharge gate regulating block combination component: the spiral overlapped ring horizontal separator mainly utilizes the movement and extrusion of a rinsing spiral rod A/B to separate solid and liquid materials, so that the design of the top plate and discharge port adjusting block assembly 13 mainly plays a role in propping up a filter chamber formed by the solid and liquid separation combined ring 10 and the rinsing combined ring 11 so as to avoid leakage, and the solid and liquid materials are sent to the circular port top plate discharge port 42 of the circular port top plate 46 under the action of a rinsing screw after solid and liquid separation and rinsing. The top plate and discharge port adjusting block group component mainly comprises a circular port top plate 46, a top plate attaching plate and a discharge port adjusting block 37. The top attachment plate 24 is placed on the spiral horizontal solid-liquid separator girder 14. The assembled discharge port adjusting block 26 is provided with a threaded circular adjusting ring 27, a discharge port adjusting spring 28 is arranged on the upper discharge port adjusting block, and the assembled discharge port adjusting assembly is implanted into an H-shaped port on the top plate attaching plate 24. The circular port top plate 22 and the top plate attaching plate 24 are firmly connected together by a top plate supporting rod 23. The top plate compression threaded rod 25 penetrates into a top plate compression threaded rod hole on the top plate attaching plate 24 from a top plate threaded hole 21 on the fixing plate 15 of the spiral horizontal solid-liquid separator, and is fixed 24. The top plate attaching plate 24 is provided with a bearing box 29, and the tail end of the spiral rod 6 of the spiral horizontal solid-liquid separator is implanted into a bearing round hole for stable operation.

The foregoing description is only of the preferred embodiments of the present utility model and is not intended to limit the technical scope of the present utility model, so that any minor modifications, equivalent changes and modifications made to the above embodiments according to the technical principles of the present utility model still fall within the scope of the technical solutions of the present utility model.

Claims (10)

1. A spiral-pile horizontal solid-liquid separator is characterized in that: the solid-liquid separation device comprises a solid-liquid separation combined ring (10), wherein the solid-liquid separation combined ring consists of a solid-liquid separation liquid-discharging ring (A) and a solid-liquid separation filter cloth protection ring (B), a solid-liquid separation liquid-discharging hole (60) and a solid-liquid separation filter cloth protection ring liquid-discharging hole (59) are circular holes or square holes, and the solid-liquid separation liquid-discharging ring is divided into a plastic solid-liquid separation liquid-discharging ring (10A 1) and a metal solid-liquid separation liquid-discharging ring (10A 2).

2. The spiral-stack horizontal solid-liquid separator of claim 1, wherein: two fixing handles (56) are arranged on two sides of the plastic solid-liquid separation liquid ring (10A 1), two concave cylindrical fixing points (52) are symmetrically arranged in the ring, a plurality of liquid outlet holes (57) which are uniformly arranged from inside to outside are arranged below the ring, and two diversion trenches (54) are arranged in the ring.

3. The spiral-stack horizontal solid-liquid separator of claim 1, wherein: two fixing handles (56) are arranged on two sides of the metal type solid-liquid separation liquid ring (10A 2), two concave cylindrical fixing points (52) and a plurality of symmetrically arranged inner supporting columns (55) are symmetrically arranged in the ring, and a liquid outlet (58) from inside to outside is arranged below the ring.

4. The spiral-stack horizontal solid-liquid separator of claim 1, wherein: the solid-liquid separation lyophobic ring (A) is provided with a plurality of solid-liquid separation lyophobic ring liquid outlet holes (60) which are uniformly arranged and communicated with the inside and the outside, and two symmetrical convex cylindrical fixed points (53) are arranged outside the ring; the solid-liquid separation filter cloth protection ring (B) is provided with solid-liquid separation filter cloth protection ring dredging holes (59) which are uniformly arranged and communicated with the inside and the outside, the diameter of each hole is larger than that of a solid-liquid separation dredging ring liquid outlet hole (60), and two symmetrical concave fixing points (50) are arranged on one side of each ring and two symmetrical convex fixing points (51) are arranged on the other side of each ring.

5. A spiral-pile horizontal solid-liquid separator is characterized in that: the novel metal type water inlet device comprises a rinsing combination ring (11) which consists of a rinsing water inlet ring, a rinsing water drain ring (C) and a rinsing filter cloth protection ring (D), wherein the rinsing combination ring (11) is divided into a plastic type rinsing water inlet ring (11A 1) and a metal type rinsing water inlet ring (11A 2).

6. The spiral-stack horizontal solid-liquid separator of claim 5, wherein: two fixed handles (56) are arranged on two sides of the plastic type rinsing water inlet ring (11A 1), two symmetrical concave cylindrical fixed points (52) are arranged in the ring, a rinsing water inlet ring water inlet (12) is arranged above the ring, and two diversion trenches (54) are arranged in the ring.

7. The spiral-stack horizontal solid-liquid separator of claim 5, wherein: two fixed handles (56) are arranged on two sides of the metal type rinsing water inlet ring (11A 2), two symmetrical concave cylindrical fixed points (52) are arranged in the ring, a rinsing water inlet ring water inlet (12) is arranged above the ring, and a plurality of inner supporting columns (55) are uniformly arranged in the ring.

8. The spiral-stack horizontal solid-liquid separator of claim 5, wherein: the rinsing hydrophobic ring (C) is provided with two rows of rinsing combination ring hydrophobic holes (61) which are uniformly distributed from inside to outside, two symmetrical convex cylindrical fixed points (53) are distributed outside the ring, the rinsing filter cloth protection ring (D) is provided with two rows of rinsing combination ring water outlet holes (62) which are uniformly distributed from inside to outside, the diameter of the holes is larger than that of the rinsing combination ring hydrophobic holes (61), the rinsing combination ring hydrophobic holes (61) are distributed from inside to outside, one side of the outside of the ring is provided with two symmetrical concave fixed points (50), and the other side of the outside of the ring is provided with two symmetrical convex fixed points (51).

9. The spiral-stack horizontal solid-liquid separator according to claim 1 or 5, wherein: the automatic feeding device comprises a top plate and a discharge hole adjusting block assembly, wherein a circular hole top plate (46) is provided with a circular hole top plate discharge hole (42) and two attaching lugs, one of the attaching lugs is a top plate placing hole (43), the other attaching lug is a top plate supporting hole (34), a threaded circular adjusting ring (38), a discharge hole adjusting spring (39) and an adjusting block H-shaped socket (40) are arranged on a discharge hole adjusting block (37), and a screw rod discharge hole sealing cover (41) is arranged at the front end of the circular hole top plate; the top plate attaching plate (47) is provided with a top plate attaching plate H-shaped inserting and implanting opening (36), a top plate attaching plate bearing box (35) is embedded into the top plate attaching plate H-shaped inserting and implanting opening, two symmetrical top plate attaching plate placing holes (44), a top plate attaching plate supporting hole (33) and a top plate pressing threaded rod hole (48) are additionally arranged for implantation, the top plate pressing threaded rod (32) is provided with a top plate pressing threaded rod locking nut (45), and the connection of the circular opening top plate (46) and the top plate attaching plate (47) is composed of a top plate and a discharge opening adjusting block combined component supporting rod (49).

10. The spiral-stack horizontal solid-liquid separator of claim 9, wherein: the novel water-saving type water pump is characterized by further comprising a screw rod, wherein the screw rod comprises a rinsing screw rod and a non-rinsing screw rod, the rinsing screw rod and the non-rinsing screw rod are equally divided into a front section screw rod (64) and a rear section screw rod (65), convex bayonets (76) are respectively arranged at opposite ends of the front section screw rod (64) and the rear section screw rod (65), the front section screw rod (64) and the rear section screw rod (65) are connected through a screw rod connecting assembly (5), a screw rod tail end (70) is arranged at the rear end of the rear section screw rod (65), a rinsing screw rod water inlet (74) is formed in the front section screw rod (64) by implantation into a screw rod water inlet and sealing assembly (1), the front section screw rod (64) is provided with a hollow screw rod and a plurality of rinsing screw rod water outlets (72), and the rinsing screw rod water outlets (72) comprise a plurality of water outlet holes and are internally provided with rinsing screw rod filter cloth pressing buckles (75); the screw rod connecting assembly (5) comprises a connecting flange (66) and a half-moon-shaped wedge-shaped connecting clamp (67), a concave cylindrical contact point (69) is arranged on the connecting flange (66), and a convex cylindrical contact point (68) and a concave bayonet (77) are arranged on the half-moon-shaped wedge-shaped connecting clamp (67).