CN211475222U

CN211475222U - Anti-blocking device for sludge conveying pipeline

Info

Publication number: CN211475222U
Application number: CN201922435807.9U
Authority: CN
Inventors: 张奕
Original assignee: Tianjin Chengyuan Environmental Protection Technology Co ltd
Current assignee: Tianjin Chengyuan Environmental Protection Technology Co ltd
Priority date: 2019-12-30
Filing date: 2019-12-30
Publication date: 2020-09-11
Anticipated expiration: 2029-12-30

Abstract

Sludge conveying pipeline prevents blockking up device, prevent blockking up connecting pipe, a filter screen, No. two filter screens, a sludge discharge pipe, No. two sludge discharge pipes, supplementary sludge discharge pipe, No. two supplementary sludge discharge pipes, a switch door including the pipeline, the pipeline prevents blockking up the connecting pipe left side and has into the mud mouth, and the pipeline prevents blockking up the connecting pipe right side and has the outlet, and the pipeline prevents blockking up the connecting pipe lower part and has a sludge discharge pipe, and the pipeline prevents blockking up connecting pipe internal connection filter screen, a filter screen slides in the pipeline prevents blockking up the connecting pipe, a filter screen sub-unit connection sludge discharge pipe, a sludge discharge pipe internal connection supplementary sludge discharge pipe, an supplementary sludge discharge pipe and a sludge discharge pipe threaded connection, a supplementary sludge discharge pipe internal connection sludge discharge baffle, a sludge discharge baffle is at the supplementary sludge discharge intraductal internal rotation No. one.

Description

Anti-blocking device for sludge conveying pipeline

Technical Field

The utility model relates to a sludge conduit field especially relates to a sludge conveying pipeline prevents plug device.

Background

In the use of the sludge conveying pipeline, because the integral structure of the sludge conveying pipeline is unreasonable, the phenomenon of blockage of the sludge conveying pipeline can often occur under the action of the viscosity of the sludge, and inconvenience is brought to a user.

SUMMERY OF THE UTILITY MODEL

The utility model provides a sludge conveying pipeline anti-clogging device, which aims to overcome the defects in the prior art.

The utility model aims at realizing through the following technical scheme:

a sludge conveying pipeline anti-blocking device comprises a pipeline anti-blocking connecting pipe, a first filter screen, a second filter screen, a first sludge discharge pipe, a second sludge discharge pipe, a first auxiliary sludge discharge pipe, a second auxiliary sludge discharge pipe and a first switch door, wherein a sludge inlet is formed in the left side of the pipeline anti-blocking connecting pipe, a water outlet is formed in the right side of the pipeline anti-blocking connecting pipe, the first sludge discharge pipe is arranged at the lower part of the pipeline anti-blocking connecting pipe, the first filter screen is connected with the first filter screen inside the pipeline anti-blocking connecting pipe, the first filter screen slides inside the pipeline anti-blocking connecting pipe, the first sludge discharge pipe is connected with the first sludge discharge pipe below, the first auxiliary sludge discharge pipe is connected with the first sludge discharge pipe through threads, the first sludge discharge baffle is connected with the first auxiliary sludge discharge pipe inside, the first sludge discharge baffle rotates inside the first auxiliary sludge discharge pipe, and the first switch door is connected with the lower part of the first auxiliary sludge discharge pipe, a supplementary sludge discharge pipe slides in switch door, and a switch door right side has No. two switch door connecting plates, and an supplementary sludge discharge pipe right side has No. two location engaging lugs, No. two switch door connecting plates are connected through the pivot to the location engaging lug inside, a switch door connecting plate rotates in the pivot, and a switch door left side has a location engaging lug, a fixed connection board is connected through the pivot to a location engaging lug inside.

A fixed connection board rotates in the pivot, and a fixed connection board upper portion is through supplementary mud pipe of ring screw connection No. one, and a mud pipe right side has No. two mud pipes, and No. two filter screens are connected on the pipeline anti-clogging connecting pipe right side, slide in the pipeline anti-clogging connecting pipe, No. two filter screen sub-unit connection No. two mud pipes.

No. two supplementary sludge discharge pipes of mud pipe internal connection, No. two supplementary sludge discharge pipe and No. two sludge discharge pipe threaded connection, No. two supplementary sludge discharge pipe internal connection No. two mud discharge baffles, No. two mud discharge baffles are at No. two supplementary sludge discharge intraductal rotations, No. two supplementary sludge discharge pipe sub-unit connection No. two switch doors.

No. two supplementary sludge discharge pipes slide in No. two switch doors, and No. two switch door right sides have No. two switch door connecting plates, and No. two supplementary sludge discharge pipe right sides have No. four location engaging lugs, No. four location engaging lugs are inside to be connected No. two switch door connecting plates through the pivot, No. two switch door connecting plates rotate in the pivot.

No. two switch door left sides have No. three location engaging lug, No. two fixed connection board are connected through the pivot to No. three location engaging lug insidely, No. two fixed connection board rotate in the pivot, and No. two supplementary mud pipe of ring screw connection is passed through on No. two fixed connection board upper portions.

Has the advantages that:

get into from the mud inlet at mud through filter screen No. one, No. two filter screens, sludge separation becomes sludge and moisture, moisture is discharged from the outlet, sludge is from mud pipe No. one, No. two mud pipe discharge, mud is through twice separation and twice discharge, sludge pipeline's row's mud volume has been disperseed, the effectual jam that has prevented sludge pipeline is now with, the jam incidence has been reduced, make overall structure more reasonable, and improved through a filter screen, No. two filter exhaust moisture purities of filter screen, the loss rate of silt has been reduced, make overall structure more reasonable.

Drawings

Fig. 1 is a schematic structural view of the sludge conveying pipeline anti-clogging device of the present invention.

Fig. 2 is a longitudinal sectional view of the anti-clogging device for sludge conveying pipeline of the present invention.

Detailed Description

The invention is explained in more detail below with reference to the figures and examples:

an anti-blocking device for a sludge conveying pipeline comprises a pipeline anti-blocking connecting pipe 01, a first filter screen 02, a second filter screen 03, a first sludge discharge pipe 04, a second sludge discharge pipe 05, a first auxiliary sludge discharge pipe 06, a second auxiliary sludge discharge pipe 07 and a first switch door 08, wherein a sludge inlet 20 is formed in the left side of the pipeline anti-blocking connecting pipe 01, a water outlet 21 is formed in the right side of the pipeline anti-blocking connecting pipe 01, the first sludge discharge pipe 04 is arranged at the lower part of the pipeline anti-blocking connecting pipe 01, the first filter screen 02 is connected with the inside of the pipeline anti-blocking connecting pipe 01 and slides in the pipeline anti-blocking connecting pipe 01, the first sludge discharge pipe 04 is connected with the lower part of the first filter screen 02, the first auxiliary sludge discharge pipe 06 is connected with the inside of the first sludge discharge pipe 04, the first auxiliary sludge discharge pipe 06 is in threaded connection with the first sludge discharge pipe 04, and the first sludge discharge baffle 12 is connected with the inside of, a row's mud baffle 12 is at an auxiliary mud pipe 06 internal rotation, a switch door 08 of an auxiliary mud pipe 06 sub-unit connection, and an auxiliary mud pipe 06 slides in a switch door 08, and a switch door 08 right side has No. two switch door connecting plates 19, and an auxiliary mud pipe 06 right side has No. two location engaging lugs 15, No. two switch door connecting plates 18 are connected through the pivot to location engaging lug 15 inside, a switch door connecting plate 18 rotates in the pivot, and a switch door 08 left side has a location engaging lug 14, a fixed connection board 10 is connected through the pivot to a location engaging lug 14 inside.

A fixed connection board 10 rotates in the pivot, and a supplementary mud pipe 06 of ring screw connection is passed through on a fixed connection board 10 upper portion, and a mud pipe 04 right side has No. two mud pipes 05, and No. two filter screens 03 are connected on the pipeline prevents blockking up connecting pipe 01 right side, slide in connecting pipe 01 is prevented blockking up at No. two filter screens 03 in the pipeline, and No. two mud pipes 05 are connected to No. two filter screen 03 sub-unit.

No. two supplementary sludge discharge pipe 07 of No. two sludge discharge pipe 05 internal connections, No. two supplementary sludge discharge pipe 07 and No. two sludge discharge pipe 05 threaded connection, No. two supplementary sludge discharge pipe 07 internal connection No. two sludge discharge baffle 13, No. two sludge discharge baffle 13 at No. two supplementary sludge discharge pipe 07 internal rotations, No. two supplementary sludge discharge pipe 07 sub-unit connection No. two switch doors 09.

No. two supplementary mud pipe 07 slides in No. two switch doors 09, and No. two switch door 09 right sides have No. two switch door connecting plates 19, and No. two supplementary mud pipe 07 right sides have No. four location engaging lugs 17, No. four location engaging lugs 17 are inside to be connected No. two switch door connecting plates 19 through the pivot, No. two switch door connecting plates 19 rotate in the pivot.

No. two switch door 09 left sides have No. three location engaging lug 16, No. two fixed connection board 11 of No. three location engaging lug 16 inside through the pivot connection, No. two fixed connection board 11 rotate in the pivot, and No. two supplementary mud pipe 07 of ring screw connection is passed through on No. two fixed connection board 11 upper portions.

Get into from mud inlet 20 at mud through filter screen 02 No. one, No. two filter screens 03, sludge separation becomes sludge and moisture, moisture is discharged from outlet 21, sludge is from mud pipe 04 No. one, No. two mud pipe 05 discharges, sludge is through twice separation and twice discharge, sludge conveying pipeline's mud discharging volume has been disperseed, the effectual jam that has prevented sludge conveying pipeline is present will, the jam incidence has been reduced, make overall structure more reasonable, and improved through filter screen 02 No. one, No. two filter screen 03 twice filter exhaust moisture purity, the loss rate of silt has been reduced, make overall structure more reasonable.

Claims

1. An anti-clogging device for a sludge conveying pipeline is characterized by comprising a pipeline anti-clogging connecting pipe, a first filter screen, a second filter screen, a first sludge discharging pipe, a second sludge discharging pipe, a first auxiliary sludge discharging pipe, a second auxiliary sludge discharging pipe and a first switch door, wherein a sludge inlet is formed in the left side of the pipeline anti-clogging connecting pipe, a water outlet is formed in the right side of the pipeline anti-clogging connecting pipe, the first sludge discharging pipe is arranged at the lower part of the pipeline anti-clogging connecting pipe, the first filter screen is connected with the inside of the pipeline anti-clogging connecting pipe, the first filter screen slides in the pipeline anti-clogging connecting pipe, the first sludge discharging pipe is connected with the lower part of the first filter screen, the first auxiliary sludge discharging pipe is connected with the first sludge discharging pipe through threads, the first sludge discharging baffle is connected with the inside of the first auxiliary sludge discharging pipe, the first sludge discharging baffle rotates in the first auxiliary sludge discharging pipe, a supplementary sludge discharge pipe sub-unit connection switch door, supplementary sludge discharge pipe slide in switch door, switch door right side has No. two switch door connecting plates, and supplementary sludge discharge pipe right side has No. two location engaging lugs, No. two inside switch door connecting plates of connecting through the pivot of location engaging lug, a switch door connecting plate rotates in the pivot, and a switch door left side has a location engaging lug, a fixed connection board is connected through the pivot to a location engaging lug inside.

2. The sludge conveying pipeline anti-blocking device is characterized in that the first fixed connecting plate rotates on the rotating shaft, the upper portion of the first fixed connecting plate is connected with the first auxiliary sludge discharge pipe through a circular screw, the second sludge discharge pipe is arranged on the right side of the first sludge discharge pipe, the right side of the pipeline anti-blocking connecting pipe is connected with the second filter screen, the second filter screen slides in the pipeline anti-blocking connecting pipe, and the lower portion of the second filter screen is connected with the second sludge discharge pipe.

3. The sludge conveying pipeline anti-blocking device according to claim 2, wherein the second sludge discharging pipe is internally connected with a second auxiliary sludge discharging pipe, the second auxiliary sludge discharging pipe is in threaded connection with the second sludge discharging pipe, the second auxiliary sludge discharging pipe is internally connected with a second sludge discharging baffle, the second sludge discharging baffle rotates in the second auxiliary sludge discharging pipe, and the lower part of the second auxiliary sludge discharging pipe is connected with a second switch door.

4. The sludge conveying pipeline anti-blocking device is characterized in that the second auxiliary sludge discharge pipe slides in the second switch door, a second switch door connecting plate is arranged on the right side of the second switch door, a fourth positioning connecting lug is arranged on the right side of the second auxiliary sludge discharge pipe, the inside of the fourth positioning connecting lug is connected with the second switch door connecting plate through a rotating shaft, and the second switch door connecting plate rotates on the rotating shaft.

5. The sludge conveying pipeline anti-blocking device is characterized in that a third positioning connection lug is arranged on the left side of the second switch door, the inside of the third positioning connection lug is connected with a second fixing connection plate through a rotating shaft, the second fixing connection plate rotates on the rotating shaft, and the upper part of the second fixing connection plate is connected with a second auxiliary sludge discharge pipe through a circular screw.