CN209997262U

CN209997262U - slag-removing pipeline filter

Info

Publication number: CN209997262U
Application number: CN201920474605.2U
Authority: CN
Inventors: 谢锐; 卢致明
Original assignee: Yunnan Hualian Zinc and Indium Stock Co Ltd
Current assignee: Yunnan Hualian Zinc and Indium Stock Co Ltd
Priority date: 2019-04-10
Filing date: 2019-04-10
Publication date: 2020-01-31
Anticipated expiration: 2029-04-10

Abstract

detachable slag pipeline filter relates to pipeline filter equipment, including conveyer pipe I, conveyer pipe II, conveyer pipe III and filter equipment, can effectively solve because of the problem of debris jam pipeline, through using the reducible puzzlement that brings because of the pipe blockage of this equipment.

Description

slag-removing pipeline filter

Technical Field

The utility model relates to an pipeline filter equipment.

Background

Along with the continuous development of modern process technology, filtration equipment and technology have also been fine improvement, but pipeline filter equipment and development lag, and the application of pipeline transport mode is seriously restricted to the smoothness nature of pipeline transport will directly influence pipeline transport's application and development, and the pipeline blocks up, leads to the production operation can not continuous operation, spends a large amount of manpower and materials dredging pipeline.

Disclosure of Invention

To defect more than current and not enough, the utility model provides an kinds of pipeline filter equipment can effectively solve because of debris block up the problem of pipeline, through using the reducible puzzlement of bringing because of the pipe blockage of this equipment.

The utility model discloses the purpose is realized through following technical measure:

A filter for a slag-removing pipeline comprises a conveying pipe I200, a conveying pipe II 100 and a conveying pipe III 300, wherein a end of the conveying pipe I200 is connected with a flange A209 and a flange B201 connected with another end, a filtering device is connected in the middle of the conveying pipe I200 to divide the conveying pipe I200 into a D section 210 and an F section 211, a end of the conveying pipe II 100 is connected with a flange C103 and a flange C end to be merged with the D section 210 of the conveying pipe I, a 300 III end of the conveying pipe III is connected with the F section 211 and end of the conveying pipe I to be communicated with the middle section of the conveying pipe II 100, the filtering device comprises a container G204, a container H207, a filtering net 206 and a connecting port, the container G204 and the container H207 are both provided with the connecting port connected with the conveying pipe I200, the container G204 and the container H207 are formed by splitting large containers, the filtering net covers the splitting parts of the container G204 and the container H207, the filtering device is buckled to form the filtering device by connecting bolts 205, a gate valve is arranged between the conveying pipe I100, the conveying pipe II 100, the conveying pipe I200, the conveying pipe II 100, the gate valve 300 is arranged between the conveying pipe II gate valve 100 and the conveying pipe II P100, the conveying pipe II 100, the conveying pipe III, the conveying pipe II gate valve 300 is connected with the conveying pipe II 100, the conveying pipe III.

, the filter also comprises a PID controller which is connected with the gate valve K208, the gate valve L202, the gate valve M102, the gate valve P101, the gate valve N301 and the gate valve Q203 to control opening or closing in an interlocking way.

, the conveying pipe I200, the conveying pipe II 100, the conveying pipe III 300, the gate valve K208, the gate valve L202, the gate valve M102, the gate valve P101, the gate valve N301 and the gate valve Q203 are made of stainless steel, ordinary steel, PE or ceramic materials.

, the filter screen 206 is made of stainless steel or polyurethane.

Advantageous technical effects

The utility model discloses simple structure is nimble, operation safe and reliable is used, work efficiency is high, can effectively solve the pipe blockage, solve and be interrupted the transport operation, in the operation process, operating personnel can one accomplish detection achievement, easy operation easily masters, study promptly and can, can satisfy the pipeline of any specification model, operating personnel shared space when the operation is little, can one accomplish, the security is high, range of application , manufacturing process is simple, can easily realize the volume production, produce different specifications and model according to above concrete implementation scheme.

Drawings

FIG. 1: the utility model has a schematic structure;

in the figure: 100-conveying pipe II, 101-gate valve P, 102-gate valve M, 103-flange C, 200-conveying pipe I, 201-flange B, 202-gate valve L, 203-gate valve Q, 204-container G, 205-connecting bolt, 206-filter screen, 207-container H, 208-gate valve K, 209-flange A, 210-section D of conveying pipe I, 211-section F of conveying pipe I, 300-conveying pipe III and 301-gate valve N.

Detailed Description

The invention will be further described in with reference to the drawings and practical application of production.

Example 1 referring to fig. 1, types of slag-removing pipeline filters comprise a conveying pipe i 200, a conveying pipe ii 100 and a conveying pipe iii 300, wherein a flange a 209 is connected to the end of the conveying pipe i 200, a flange B201 is connected to the end of the conveying pipe i, a filtering device is connected to the middle of the conveying pipe i 200 to divide the conveying pipe i 200 into a D section 210 and an F section 211, a flange C103 and a flange C are connected to the 100 end of the conveying pipe ii 100, a flange C103 and a flange C25 are connected to the D section 210 of the conveying pipe i, a conveying pipe iii 300 end is connected to the F section 211 of the conveying pipe i, a flange P end of the conveying pipe i is connected to the middle of the conveying pipe ii 100, the filtering device comprises a container G204, a container H207, a filtering net 206 and a connecting port H207, the container G204 and the container H207 are provided with a connecting port connected to the conveying pipe i 200, the large containers are formed by bisecting of the large containers, the filtering net, the containers G204 and the containers H207 with the filtering device, the filtering device is formed by connecting bolts 205, the flange a gate valve 100K and the conveying pipe iii, the conveying pipe iii and the conveying pipe iii are connected to the stainless steel gate valve 100P 100 and the conveying pipe iii and the conveying pipe 100, the conveying pipe iii and the polyurethane material 100, the conveying pipe.

Example 2: the filter of embodiment 1 further comprises a PID controller, the PID controller is connected with the gate valve K208, the gate valve L202, the gate valve M102, the gate valve P101, the gate valve N301 and the gate valve Q203 to control opening or closing in an interlocking manner, and the rest parts are the same.

Example 3 the material of the delivery pipe i 200, the delivery pipe ii 100, the delivery pipe iii 300, the gate valve K208, the gate valve L202, the gate valve M102, the gate valve P101, the gate valve N301, and the gate valve Q203 according to any examples of examples 1 or 2 is stainless steel, ordinary steel, PE, or a ceramic material.

The filtering process comprises the two steps of equipment installation and adjustment and sundry removal, wherein the filtering process comprises the steps of installing a filtering device on a conveying pipeline, opening a gate valve N301, a gate valve M102, a gate valve Q203 and a gate valve L202, closing a gate valve K208 and a gate valve P101, discharging conveying materials from an outlet through a filter screen 206 to finish filtering, removing sundries, namely removing sundries after periods of operation, closing the gate valve N301 and the gate valve L202, opening the gate valve K208, the gate valve M102, the gate valve P101 and the gate valve Q203, discharging the sundries through a flange A209, and recovering the step after deslagging is finished to finish the sundry removing step.

Various modifications and equivalent substitutions may be made to the invention without departing from the scope thereof, and, accordingly, the invention is not limited to the specific embodiments disclosed, but rather, it is intended to cover all embodiments falling within the scope of the appended claims.

Claims

The slag-removing pipeline filter is characterized by comprising a conveying pipe I (200), a conveying pipe II (100) and a conveying pipe III (300), wherein a end of the conveying pipe I (200) is connected with a flange A (209) and a end of the conveying pipe I (200) is connected with a flange B (201), a filtering device is connected to the middle position of the conveying pipe I (200) to divide the conveying pipe I (200) into a D section (210) and an F section (211), a end of the conveying pipe II (100) is connected with a flange C (103) and another end of the flange C to be converged with the D section (210) of the conveying pipe I, a end of the conveying pipe III (300) is communicated with the F section (211) and another end of the conveying pipe I to be communicated with the conveying pipe II (100), the filtering device comprises a container G (204), a container H (207), a filtering net (206) and a connecting port, the container G (204) and the container H (207) are respectively provided with a middle connecting port connected with the conveying pipe I (200), the conveying pipe I (200) and the filtering device (100) and the flange B (100), the filtering device (100) is connected with the gate valve (207), the conveying pipe I (200) and the filtering device (200) and the flange B (200) through the gate valve (200), the flange P) and the gate valve (200), the filtering device (200), the gate valve (200) and the filtering device (200), the filtering device (200) are arranged between the conveying pipe I (200), the conveying pipe II), the filtering device (200), the gate valve (200) and the gate valve (200), the gate valve (200) and the filtering device (200).
2. The slag removable pipeline filter of claim 1, further comprising a PID controller connected to gate valve K (208), gate valve L (202), gate valve M (102), gate valve P (101), gate valve N (301), gate valve Q (203) to be controlled to open or close in an interlocking manner.
3. The removable slag line filter of any one of claims 1 or 2 to , wherein the material of the duct i (200), the duct ii (100), the duct iii (300), the gate valve K (208), the gate valve L (202), the gate valve M (102), the gate valve P (101), the gate valve N (301) and the gate valve Q (203) is stainless steel, ordinary steel, PE or ceramic.
4. The kind of demountable slag pipeline filter of claim 3, wherein the material of said filter screen (206) is stainless steel or polyurethane.