CN110526514A

CN110526514A - A kind of modularization is used for sewage treatment plant's monomer sewage disposal device

Info

Publication number: CN110526514A
Application number: CN201910879110.2A
Authority: CN
Inventors: 张永胜
Original assignee: Yantai Jinneng Machinery Co Ltd
Current assignee: Yantai Jinneng Machinery Co Ltd
Priority date: 2019-09-18
Filing date: 2019-09-18
Publication date: 2019-12-03

Abstract

The invention discloses a kind of modularizations to be used for sewage treatment plant's monomer sewage disposal device, including sterilization module set by reaction module set by box assembly, box assembly left end and box assembly right end, the main body of the box assembly is the waste water treatment box of body structure, and four railroad shoes are symmetrically arranged at left and right sides of waste water treatment box bottom, the rear and front end of the railroad shoe is equipped with fixed block；Whole equipment main body is made of box assembly, reaction module and sterilization module, and the chemical treatment, physical treatment and biological treatment of sewage are integrated into unified sewage purification module, therefore quick integrated treatment can be carried out to sewage, the sewage treatment time is not only reduced, and also improves the efficiency of sewage purification；The space structure of each components is more compact in whole equipment, therefore greatly reduces the outer dimension of whole equipment, and easily facilitates displacement and transport carrying.

Description

A kind of modularization is used for sewage treatment plant's monomer sewage disposal device

Technical field

The present invention relates to technical field of sewage, specially a kind of modularization is used for the sewage treatment of sewage treatment plant's monomer Equipment.

Background technique

During in industrial production, a large amount of industrial wastewater can be generated, contains a large amount of industry life in industrial wastewater The pollutant generated in materials, intermediate product, byproduct and production process is produced, therefore industrial wastewater direct emission will cause sternly One of the main reason for pollution of weight, this is also water pollution, therefore in order to avoid industrial wastewater pollutes the environment, industry Industrial wastewater in production is generally required could be discharged after special purified treatment.Industrial wastewater is according to contained main pollution The chemical property of object is classified, can be divided into containing based on inorganic pollution inorganic wastewater, containing based on organic pollutant organic wastewater, And composite waste containing organic matter and inorganic matter, heavy metal wastewater thereby, the waste water containing radioactive substance and only by the cooling of thermal pollution Water.

In the prior art, the main methods of industrial wastewater include: physical treatment process, method of chemical treatment, biology at Logos, biological oxidation process and classification facture, wherein physical treatment process is by insoluble in physical action separation, recycling waste water The waste water treatment process of the pollutant in suspended state of solution, can be divided into gravitational separation process, centrifugal separation and sieving retention method etc.； Method of chemical treatment be by chemically react and effect of mass transmitting come separate, remove in waste water in dissolve, the pollutant of colloidal state or It is translated into the waste water treatment process of innocuous substance；Biological treatment is the metabolism by microorganism, is made in waste water in molten The organic pollutant of liquid, colloid and fine suspended state is converted into the waste water treatment process of stable, harmless substance；Biological oxygen Change method is the method processing waste water with bio-contact oxidation, makes the method purified the sewage；Classification processing is to pass through multistage Processing complete the process of water body purification, classification treatment process is broadly divided into three-level, the task of coagulation is from waste water Removal be in suspended state solid pollutant, the task of two stage treatment be significantly remove waste water in organic pollutant, three The task of grade processing is the pollutant that further removal two stage treatment fails removal.

During industrial production, industrial wastewater generally completes the process of sewage purification by sewage disposal device, existing Sewage disposal device in technology has been provided with the sewage treatment capacity of higher level, but it is still deposited during actual use In following drawback:

1. high-end sewage disposal device although sewage treatment capacity with higher, but its cost is higher, and handles dirt The time of water is longer, therefore is unfavorable for medium-sized and small enterprises' popularization and use；

2. common sewage disposal device can also complete the purpose of sewage treatment, but its structure is complex, size body compared with Greatly, occupied area is wider, is unfavorable for displacement and carries with transport.

Summary of the invention

The purpose of the present invention is to provide a kind of modularizations to be used for sewage treatment plant's monomer sewage disposal device, on solving It states and is proposed in background technique in the prior art, high-end sewage disposal device cost is higher, and the time for handling sewage is longer, Therefore be unfavorable for medium-sized and small enterprises promote the use of and common sewage disposal device, structure is complex, size body compared with Greatly, occupied area is wider, is unfavorable for the problem of displacement is carried with transport.

To achieve the above object, the invention provides the following technical scheme: a kind of modularization is dirty for sewage treatment plant's monomer Water treatment facilities, including disinfection mould set by reaction module set by box assembly, box assembly left end and box assembly right end Block, the main body of the box assembly are the waste water treatment box of body structure, and symmetrical in the left and right sides of waste water treatment box bottom Equipped with four railroad shoes, the rear and front end of the railroad shoe is equipped with fixed block, and is bolted with adjusting in the upper end of fixed block Screw rod, the left and right sides of the waste water treatment box front end face are symmetrically hinged with the chamber door of plate structure, the waste water treatment box case Via hole is offered on the right side wall body of body, and the fixation for being equipped with plate structure is bolted in the end face outside of via hole Plate, the intermediate sleeve of the fixed plate are equipped with the drainpipe of tubular structure, and the top of the waste water treatment box is equipped with rectangular groove body knot The inverted draw cut of structure, and be arranged on the left of inverted draw cut slot bottom the water inlet pipe of tubular structure, the right side of the water inlet pipe and in inverted draw cut Slot bottom front and rear sides be arranged with the drug-feeding tube and aeration tube I of tubular structure, the right end of the drug-feeding tube and inverted draw cut slot bottom respectively What is be fixedly mounted is connected for Teat pipette, and the right end of the aeration tube I is connected with the aeration pump that inverted draw cut slot bottom is fixedly mounted；

The left side of the sewage treatment box body and between two fixed blocks be equipped with the reaction module slippery with railroad shoe, The main body of the reaction module is the reaction Rose Box of body structure, and the upper and lower ends of the reaction Rose Box are respectively equipped with cavity The reaction cavity and filter chamber of structure, and reaction cavity is connected with filter chamber by connecting tube, the intermediate peace of the connecting tube Equipped with check valve, the upper end on the left of the reaction cavity is connected with water inlet pipe, and the upper end on the right side of reaction cavity respectively with into Pencil, aeration tube I are connected, and are laid with the card of two layers of circumferential trough body structure on the side wall body of the filter chamber from top to bottom Slot, the interior card of the groove body of the card slot are furnished with the filter plate of plate structure, are fixedly installed with plate on the front end face of the filter chamber The closing door of structure；

The right side of the sewage treatment box body and between two fixed blocks be equipped with the sterilization module slippery with railroad shoe, The lower end of the sterilization module is the bottom plate of plate structure, and the middle position of the reaction Rose Box upper surface is fixedly installed with The core pipe of cylindrical tubular structure, the outer sheath of the core pipe are furnished with the outer sleeve of cylindrical barrel structure, the outer sleeve Be arranged with the spiral guide plate of spiral shape plate structure in cavity and in the outer circle of core pipe, the spiral guide plate by outer sleeve with The inner cavity of core pipe is isolated into the disinfection cavity of helical structure, on the inner wall of the core pipe and in the correspondence sectional position of disinfection cavity Place's circumferential direction is laid with the fixing groove of trough body structure, and draws the biography for having cavernous structure in the outer circle of core pipe from the slot bottom of fixing groove The slot bottom of guide hole, the fixing groove is fixedly installed with ultrasonic oscillator；

The reaction module passes through pipeline with sterilization module and is connected with delivery pump, right end and the drainpipe phase of the outer sleeve Connection.

Preferably, the filter plate upper end is laid with filter hole, and filtering set on the filter plate of filter chamber upper end The mesh number in hole is 300 mesh, and the mesh number of set filter hole is 2000 mesh on the filter plate of the filter chamber lower end.

Preferably, the upper end of the railroad shoe is equipped with the sliding slot of dove-tail form structure, and on a left side for reaction Rose Box lower end surface The left and right sides of right two sides and bottom plate lower end surface is respectively symmetrically arranged with the sliding rail of two dove-tail form mechanisms slippery with railroad shoe II and sliding rail I.

Preferably, the fixed block of the railroad shoe rear and front end respectively with the front and back two of reacting Rose Box Yu bottom plate lower end surface End face offsets, and the screw thread pair of fixed block and adjusting screw rod bolt is trapezoidal thread pair.

Preferably, the upper end of the core pipe is arranged with the upper cover of disc plate structure, and the upper surface of upper cover and core pipe It is threadably secured and links together.

Preferably, it is described reaction Rose Box on the right side of upper surface and be arranged with tubulose in the corresponding position of aeration tube I The upper end of the aeration tube II of structure, the aeration tube II are connected with aeration tube I, and are fixedly installed in the lower end of aeration tube II Aeration head.

Preferably, the bottom bilateral symmetry of the waste water treatment box is equipped with the forklift groove of two pairs of cavernous structures, and two pairs of forks The size of recessing is respectively 150 × 50mm and 200 × 70mm.

Preferably, bilateral symmetry sets the positioning pin there are four cylindrical structure, institute at the corner location of the inverted draw cut upper end It states on the lower end surface of waste water treatment box and is equipped with the jointing holes of cylindrical structure, the inverted draw cut in the corresponding position of positioning pin The lifting eye of cavernous structure is symmetrically arranged on the wall body of surrounding side.

Compared with prior art, the beneficial effects of the present invention are: structure of the invention setting rationally, functional, have with Lower advantage:

1. whole equipment main body is made of box assembly, reaction module and sterilization module, the structure of each components is relatively simple, Production processing is more convenient, therefore cost is lower, and total is by the chemical treatment, physical treatment and biological treatment of sewage It is integrated into unified sewage purification module, therefore quick integrated treatment can be carried out to sewage, when not only reducing sewage treatment Between, and also improve the efficiency of sewage purification；

2. the space structure of each components is more compact in whole equipment, therefore greatly reduces the shape ruler of whole equipment It is very little, a large amount of occupied area is saved, and easily facilitate displacement and transport carrying.

Detailed description of the invention

Fig. 1 is the axis side structure view after present invention removal chamber door；

Fig. 2 is cross-section structure view at A-A in Fig. 1；

Fig. 3 is partial structurtes enlarged diagram at C in Fig. 2；

Fig. 4 is partial structurtes enlarged diagram at D in Fig. 2；

Fig. 5 is structure of the invention main view；

Fig. 6 is cross-section structure view at B-B in Fig. 5；

Fig. 7 is that box assembly removes the axis side structure view after chamber door.

In figure: 1, box assembly；2, reaction module；3, sterilization module；4, delivery pump；5, for Teat pipette；6, aeration pump；101, Waste water treatment box；102, railroad shoe；103, fixed block；104, adjusting screw rod；105, via hole；106, fixed plate；107, drainpipe； 108, inverted draw cut；109, water inlet pipe；110, drug-feeding tube；111, aeration tube I；112, lifting eye；113, positioning pin；114, forklift groove； 115, chamber door；201, Rose Box is reacted；202, reaction cavity；203, connecting tube；204, check valve；205, filter chamber；206, block Slot；207, filter plate；208, sliding rail I；209, aeration tube II；210, closing door；301, bottom plate；302, sliding rail II；303, core pipe； 304, fixing groove；305, hole is conducted；306, upper cover；307, outer sleeve；308, spiral guide plate；309, ultrasonic oscillator.

Specific embodiment

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall within the protection scope of the present invention.

Please refer to Fig. 1 to Fig. 7, the present invention provides a kind of technical solution: a kind of modularization is dirty for sewage treatment plant's monomer Water treatment facilities disappear including reaction module 2 set by box assembly 1,1 left end of box assembly with set by 1 right end of box assembly Malicious module 3, the main body of box assembly 1 are the waste water treatment box 101 of body structure, and in the left and right of 101 bottom of waste water treatment box Two sides are symmetrically arranged with four railroad shoes 102, and the rear and front end of railroad shoe 102 is equipped with fixed block 103, and in fixed block 103 Upper end be bolted with adjusting screw rod 104, the left and right sides of 101 front end face of waste water treatment box is symmetrically hinged with the chamber door of plate structure 115, via hole 105 is offered on the right side wall body of 101 cabinet of waste water treatment box, and passes through spiral shell in the end face outside of via hole 105 Bolt is fixedly installed with the fixed plate 106 of plate structure, and the intermediate sleeve of fixed plate 106 is equipped with the drainpipe 107 of tubular structure, sewage The top for the treatment of box 101 is equipped with the inverted draw cut 108 of rectangular trough body structure, and is arranged with tubular structure on the left of 108 slot bottom of inverted draw cut Water inlet pipe 109, the right side of water inlet pipe 109 and the slot bottom front and rear sides of inverted draw cut 108 be arranged with respectively tubular structure into Pencil 110 and aeration tube I 111, the right end of drug-feeding tube 110 are connected with what 108 slot bottom of inverted draw cut was fixedly mounted for Teat pipette 5, are aerated The right end of pipe I 111 is connected with the aeration pump 6 that 108 slot bottom of inverted draw cut is fixedly mounted；

It the left side of 101 cabinet of waste water treatment box and is equipped between two fixed blocks 103 and railroad shoe 102 is slippery reacts Module 2, the main body of reaction module 2 are the reaction Rose Box 201 of body structure, and the upper and lower ends of reaction Rose Box 201 are set respectively There are the reaction cavity 202 and filter chamber 205 of cavity body structure, and reaction cavity 202 is connected with filter chamber 205 by connecting tube 203 Logical, the centre of connecting tube 203 is equipped with check valve 204, and the upper end in 202 left side of reaction cavity is connected with water inlet pipe 109, and anti- The upper end on 202 right side of cavity is answered to be connected respectively with drug-feeding tube 110, aeration tube I 111, on the side wall body of filter chamber 205 certainly The card slot 206 of two layers of circumferential trough body structure is laid under above, card is furnished with the filter plate of plate structure in the groove body of card slot 206 207, the closing door 210 of plate structure is fixedly installed on the front end face of filter chamber 205；

The right side of 101 cabinet of waste water treatment box and between two fixed blocks 103 be equipped with the disinfection slippery with railroad shoe 102 Module 3, the lower end of sterilization module 3 are the bottom plate 301 of plate structure, and the middle position of reaction 201 upper surface of Rose Box is fixed The core pipe 303 of cylindrical tubular structure is installed, the outer sheath of core pipe 303 is furnished with the outer sleeve 307 of cylindrical barrel structure, outside The spiral guide plate 308 of spiral shape plate structure is arranged in the cavity of sleeve 307 and in the outer circle of core pipe 303, spiral is led The inner cavity of outer sleeve 307 and core pipe 303 is isolated into the disinfection cavity of helical structure by plate 308, on the inner wall of core pipe 303 and Circumferential direction is laid with the fixing groove 304 of trough body structure at the correspondence sectional position of disinfection cavity, and from the slot bottom of fixing groove 304 to core Draw the conduction hole 305 for having cavernous structure in the outer circle of pipe 303, the slot bottom of fixing groove 304 is fixedly installed with ultrasonic oscillator 309；

Reaction module 2 is connected by pipeline with delivery pump 4 with sterilization module 3, the right end and drainpipe 107 of outer sleeve 307 It is connected.

Further, 207 upper end of filter plate is laid with filter hole, and set on the filter plate 207 of 205 upper end of filter chamber The mesh number of filter hole be 300 mesh, the mesh number of set filter hole is 2000 mesh on the filter plate 207 of 205 lower end of filter chamber, is led to Enter to the sewage in reaction module 2 after the filter plate 207 of 205 upper and lower ends of filter chamber, sewage is made successively to obtain thick, smart mistake It filters and then obtains more clear water body.

Further, the upper end of railroad shoe 102 is equipped with the sliding slot of dove-tail form structure, and in reaction 201 lower end surface of Rose Box The left and right sides and the left and right sides of 301 lower end surface of bottom plate be respectively symmetrically arranged with two dove-tail forms slippery with railroad shoe 102 The sliding rail II 302 and sliding rail I 208 of mechanism, this structure make reaction module 2, sterilization module 3 in box assembly 1 or so two The installation at end is more convenient.

Further, the fixed block 103 of 102 rear and front end of railroad shoe respectively with react Rose Box 201 and 301 lower end of bottom plate The rear and front end face in face offsets, and the screw thread pair of fixed block 103 and 104 bolt of adjusting screw rod is trapezoidal thread pair, fixed block The reaction module 2 of institute's slide fit and sterilization module 3 play good positioning action in 103 pairs of railroad shoes 102, and fixed block 103 with The trapezoidal thread auxiliary structure of adjusting screw rod 104, so that having when adjusting screw rod 104 rotates in fixed block 103 good self-locking Function, and then guarantee that fixed block 103 can be firmly locked in railroad shoe 102.

Further, the upper end of core pipe 303 is arranged with the upper cover 306 of disc plate structure, and upper cover 306 and core pipe 303 upper surface, which is threadably secured, to link together, and makes to form a relative closure in core pipe 303 by upper cover 306 Space, and then a good protective action is played to the ultrasonic oscillator 309 in core pipe 303.

Further, it reacts the upper surface on 201 right side of Rose Box and is arranged in the corresponding position of aeration tube I 111 The upper end of the aeration tube II 209 of tubular structure, aeration tube II 209 are connected with aeration tube I 111, and in aeration tube II 209 Lower end be fixedly installed with aeration head, gas is via aeration tube I 111, aeration tube II 209 from the exposure of 209 lower end aeration tube II It is discharged at gas head, and then completes the Air Exposure to sewage in reaction module 2.

Further, the bottom bilateral symmetry of waste water treatment box 101 is equipped with the forklift groove 114 of two pairs of cavernous structures, and two Size to forklift groove 114 is respectively 150 × 50mm and 200 × 70mm, makes whole equipment can be by or not forklift groove 114 Fork truck with model is transported, and the displacement and carrying of whole equipment are facilitated.

Further, bilateral symmetry sets the positioning pin there are four cylindrical structure at the corner location of 108 upper end of inverted draw cut 113, the jointing holes of cylindrical structure are equipped on the lower end surface of waste water treatment box 101 and in the corresponding position of positioning pin 113, The lifting eye 112 of cavernous structure is symmetrically arranged on the wall body of 108 surrounding side of inverted draw cut, when whole equipment carries out bulk transport or deposits Chu Shi can be sling whole equipment by the lifting eye 112 on 108 wall body of inverted draw cut, then by the jointing holes of equipment lower end and separately The positioning pin 113 of one equipment upper end and then makes two equipment stackings, and then make the transport and storage of whole equipment to inserting It is all quite convenient, and this set greatly saves the space of transport and storage.

Working principle: sewage is transported in the reaction cavity 202 of reaction 201 upper end of Rose Box via water inlet pipe 109, starting For Teat pipette 5 by sewage of the drug-feeding tube 110 into reaction cavity 202 for medicine, and then by chemical reaction separation, conversion or eliminate The pollutant of sewage, or starting aeration pump 6 pass through the exposure of aeration tube I 111, aeration tube II 209 and 209 lower end aeration tube II Gas head forms aeration in sewage, and then the pollutant in waste water is dissolved removal by the method for biological treatment, by processing Sewage be transported to check valve 204 in the filter chamber 205 for reacting 201 lower end of Rose Box by connecting tube 203, sewage passed through The filter plate 207 of 205 upper and lower ends of filter chamber after thick, smart filtering, is formed more clear water body, has been handled in filter chamber 205 Water body after is transported in the disinfection cavity of 3 upper end of sterilization module via delivery pump 4, when water body flows in disinfection cavity, by surpassing The ultrasonic wave that acoustic wave transducer 309 is issued carries out sterilizing processing to the intracorporal bacterium of water and virus, and then completes to water body Purified treatment, the clean water after purified treatment is discharged to outside equipment via drainpipe 107.

It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with A variety of variations, modification, replacement can be carried out to these embodiments without departing from the principles and spirit of the present invention by understanding And modification, the scope of the present invention is defined by the appended.

Claims

1. a kind of modularization is used for sewage treatment plant's monomer sewage disposal device, including box assembly (1), box assembly (1) left side Sterilization module (3) set by end set reaction module (2) and box assembly (1) right end, it is characterised in that: the box assembly (1) main body is the waste water treatment box (101) of body structure, and symmetrically sets in the left and right sides of waste water treatment box (101) bottom There are four railroad shoes (102), the rear and front end of the railroad shoe (102) is equipped with fixed block (103), and in fixed block (103) upper end is bolted with adjusting screw rod (104), and the left and right sides of waste water treatment box (101) front end face is symmetrically hinged with The chamber door (115) of plate structure offers via hole (105) on the right side wall body of waste water treatment box (101) cabinet, and in mistake The fixed plate (106) for being equipped with plate structure is bolted in the end face outside in hole (105), the fixed plate (106) Intermediate sleeve is equipped with the drainpipe (107) of tubular structure, and the top of the waste water treatment box (101) is equipped with the top of rectangular trough body structure Slot (108), and it is arranged on the left of inverted draw cut (108) slot bottom the water inlet pipe (109) of tubular structure, the water inlet pipe (109) Right side and the slot bottom front and rear sides of inverted draw cut (108) be arranged with respectively tubular structure drug-feeding tube (110) and aeration tube I (111), what the right end with inverted draw cut (108) slot bottom of the drug-feeding tube (110) were fixedly mounted is connected for Teat pipette (5), the aeration Pipe I(111) right end be connected with the aeration pump (6) that inverted draw cut (108) slot bottom is fixedly mounted；

The left side of waste water treatment box (101) cabinet and between two fixed blocks (103) be equipped with and railroad shoe (102) phase The reaction module (2) of slide fit, the main body of the reaction module (2) is the reaction Rose Box (201) of body structure, described to react The upper and lower ends of filter box (201) are respectively equipped with reaction cavity (202) and filter chamber (205) of cavity body structure, and reaction cavity (202) it is connected with filter chamber (205) by connecting tube (203), the centre of the connecting tube (203) is equipped with check valve (204), the upper end on the left of the reaction cavity (202) is connected with water inlet pipe (109), and upper on the right side of reaction cavity (202) End respectively with drug-feeding tube (110), aeration tube I(111) be connected, on the side wall body of the filter chamber (205) from top to bottom It is laid with the card slot (206) of two layers of circumferential trough body structure, card is furnished with the filter plate of plate structure in the groove body of the card slot (206) (207), the closing door (210) of plate structure is fixedly installed on the front end face of the filter chamber (205)；

The right side of waste water treatment box (101) cabinet and between two fixed blocks (103) be equipped with and railroad shoe (102) phase The sterilization module (3) of slide fit, the lower end of the sterilization module (3) are the bottom plate (301) of plate structure, the reaction Rose Box (201) middle position of upper surface is fixedly installed with the core pipe (303) of cylindrical tubular structure, the core pipe (303) it is outer Side set is furnished with the outer sleeve (307) of cylindrical barrel structure, and the cavity of the outer sleeve (307) is interior and in core pipe (303) It is arranged with the spiral guide plate (308) of spiral shape plate structure in outer circle, the spiral guide plate (308) is by outer sleeve (307) and core The inner cavity of pipe (303) is isolated into the disinfection cavity of helical structure, on the inner wall of the core pipe (303) and in the correspondence of disinfection cavity Circumferential direction is laid with the fixing groove (304) of trough body structure at sectional position, and from the slot bottom of fixing groove (304) to core pipe (303) Outer circle on draw the conduction hole (305) for having cavernous structure, the slot bottom of the fixing groove (304) is fixedly installed with ultrasonic oscillator (309)；

The reaction module (2) is connected by pipeline with delivery pump (4) with sterilization module (3), the outer sleeve (307) Right end is connected with drainpipe (107).

2. a kind of modularization according to claim 1 is used for sewage treatment plant's monomer sewage disposal device, it is characterised in that: Filter plate (207) upper end is laid with filter hole, and filtering set on the filter plate (207) of filter chamber (205) upper end The mesh number in hole is 300 mesh, and the mesh number of set filter hole is 2000 mesh on the filter plate (207) of filter chamber (205) lower end.

3. a kind of modularization according to claim 1 is used for sewage treatment plant's monomer sewage disposal device, it is characterised in that: The upper end of the railroad shoe (102) is equipped with the sliding slot of dove-tail form structure, and in the left and right sides of reaction Rose Box (201) lower end surface Two dove-tail form mechanisms slippery with railroad shoe (102) are respectively symmetrically arranged with the left and right sides of bottom plate (301) lower end surface Sliding rail II(302) and sliding rail I(208).

4. a kind of modularization according to claim 1 is used for sewage treatment plant's monomer sewage disposal device, it is characterised in that: The fixed block (103) of railroad shoe (102) rear and front end respectively with react Rose Box (201) and bottom plate (301) lower end surface Rear and front end face offsets, and the screw thread pair of fixed block (103) and adjusting screw rod (104) bolt is trapezoidal thread pair.

5. a kind of modularization according to claim 1 is used for sewage treatment plant's monomer sewage disposal device, it is characterised in that: The upper end of the core pipe (303) is arranged with the upper cover (306) of disc plate structure, and upper cover (306) and core pipe (303) is upper End face, which is threadably secured, to link together.

6. a kind of modularization according to claim 1 is used for sewage treatment plant's monomer sewage disposal device, it is characterised in that: It is described reaction Rose Box (201) on the right side of upper surface and be arranged with tubular structure in the corresponding position of aeration tube I(111) Aeration tube II(209), the aeration tube II(209) upper end be connected with aeration tube I(111), and aeration tube II's) Lower end is fixedly installed with aeration head.

7. a kind of modularization according to claim 1 is used for sewage treatment plant's monomer sewage disposal device, it is characterised in that: The bottom bilateral symmetry of the waste water treatment box (101) is equipped with the forklift groove (114) of two pairs of cavernous structures, and two pairs of forklift grooves (114) size is respectively 150 × 50mm and 200 × 70mm.

8. a kind of modularization according to claim 1 is used for sewage treatment plant's monomer sewage disposal device, it is characterised in that: Bilateral symmetry sets the positioning pin (113) there are four cylindrical structure, the sewage at the corner location of inverted draw cut (108) upper end The jointing holes of cylindrical structure are equipped on the lower end surface for the treatment of box (101) and in the corresponding position of positioning pin (113), it is described The lifting eye (112) of cavernous structure is symmetrically arranged on the wall body of inverted draw cut (108) surrounding side.