阅读说明：本技术 一种污水井除污清掏装置 (Sewage well decontamination is clearly drawn device ) 是由 蔡艳红 于 2020-07-10 设计创作，主要内容包括：本发明提供了一种污水井除污清掏装置,包括井体,井体通过顶端井口开口凹陷设置于在路面上的圆柱形状凹槽,清掏组件,清掏组件贯穿插合于在井口与限位环之间空隙处,清掏组件可嵌合沿着井口与限位环之间空隙环绕移动。该种污水井除污清掏装置设置有清掏组件,通过清掏组件在沉入井底沿着其井体内壁向两侧进行延展环绕延伸的时候将底端的折叠框形成一个半圆与另一个清掏组件延伸后形成一个圆形,来对井底进行覆盖在延伸覆盖的时候会将井的垃圾收集到筛分网上,然后通过提起清掏组件来将井底的垃圾移动到井口的位置方便对井体内的垃圾进行清理,使得在对井体进行清理的时候不需要人为的下到井底处来对垃圾进行逐步的清理,大大提升了对井体内部沉淀垃圾的清理效率节省了人力。(The invention provides a sewage well dirt removing and cleaning device which comprises a well body, wherein the well body is sunken in a cylindrical groove formed in a road surface through a top well mouth opening, a cleaning component penetrates through and is inserted in a gap between a well mouth and a limiting ring, and the cleaning component can be embedded and moves around the gap between the well mouth and the limiting ring. This kind of bilge well scrubbing is drawn device clearly is provided with clearly and draws the subassembly, it forms a semicircle with another clear drawing subassembly extension back with the folding frame formation of bottom when extending to encircle the extension to both sides along its internal wall of well to sink the shaft bottom through clearly drawing the subassembly, come to cover the shaft bottom and can collect the screening net with the rubbish of well when extending the cover on the shaft bottom, then draw the subassembly through mentioning clearly and remove the position that the rubbish of shaft bottom removed the well head and conveniently clear up the internal rubbish of well, make and do not need artificial lower shaft bottom department to carry out gradual clearance to rubbish when clearing up the well body, the cleaning efficiency who has promoted the internal portion of well deposit rubbish greatly has saved the manpower.)

1. A sewage well dirt removing and cleaning device comprises a well body (1), wherein the well body (1) is sunken in a cylindrical groove on the surface of a ship through an opening of a top well mouth (101), and is characterized in that;

clear draw subassembly (3), clear draw subassembly (3) through the interlude close in the space department between well head (101) and spacing ring (2), clear draw subassembly (3) can inlay and encircle the removal along the space between well head (101) and spacing ring (2).

2. The bilge well decontamination and cleaning device of claim 1, wherein: the limiting ring (2) comprises a limiting ring;

the insertion opening (201) is a slot which is formed in a hollow manner on two sides of the limiting ring (2), and the hollow portion is embedded with the cleaning component (3);

connecting block (202), connecting block (202) are spacing ring (2) and connect in the square around well head (101) middle part, and connecting block (202) protrusion sets up in the both sides at spacing ring (2), and connecting block (202) one end and well head (101) inner wall that the protrusion set up simultaneously pass through rivet connection.

3. The bilge well decontamination and cleaning device of claim 2, wherein: the connecting block (202) comprises;

the embedded groove (2021), the embedded groove (2021) is a rectangular groove arranged on the two sides of the connecting block (202) in an opening manner;

The one-way shaft (2022), the said one-way shaft (2022) is the round shaft that is embedded and set up in the left and right sides of fluting middle part of the tabling groove (2021), and the round shaft of the one-way shaft (2022) only protrudes partially and sets up in the fluting left and right sides surface of the tabling groove (2021);

the abutting block (2023) is a triangular bump, and the peripheral surface of the abutting block (2023) is obliquely bent upwards.

4. The bilge well decontamination and cleaning device of claim 1, wherein: the cleaning component (3) comprises;

the handle (301), the said handle (301) is the cylindrical lug fixedly connected to top end in the clearing assembly (3);

the splicing blocks (302) are arranged by splicing the cleaning component (3) into two whole blocks;

the embedded block (303), the embedded block (303) is a rectangular lug on both sides of the cleaning component (3), and the lug is embedded with the groove of the embedded groove (2021);

the folding groove (304) is a rectangular groove formed in the bottom end of one side, which is spliced and attached to each other, of the cleaning component (3);

folding frame (305), folding frame (305) are through folding axle (3052) mutual folding set up the frame in folding groove (304) together, and folding frame (305) whole both sides bottom is provided with the pivot and is connected with the pivot of folding groove (304) middle part fluting both sides bottom.

5. The bilge well decontamination and cleaning device of claim 4, wherein: the embedded block (303) comprises;

the limiting shaft (3031) is a round shaft, and protruding parts on two sides of the embedded block (303) are embedded and arranged on the surfaces on two sides of the embedded block (303);

the limiting block (3032), the limiting block (3032) is a triangular bump which limits the circumferential surface of the shaft (3031) to be opposite to the inclined bending angle of the resisting block (2023).

6. The bilge well decontamination and cleaning device of claim 5, wherein: the folding frame (305) comprises;

the screening net (3051) is a filter screen fixedly connected with the hollow part in the middle of the frame of the folding frame (305);

the folding shaft (3052), the folding shaft (3052) is a bearing that is connected among a plurality of folding frames (305).

Technical Field

The invention relates to the technical field of sewage wells, in particular to a sewage well decontamination device.

Background

The bilge well is a small container for temporarily placing ship sewage and is also a component of a ship bilge water system. The bilge water system is a pipeline system for discharging bilge water or seeped water in a double-layer bottom of a ship cargo compartment, a furnace compartment and the like out of a ship. The bilge well functions to temporarily collect bilge water such as oily sewage generated in the cabin. The existing sewage well has a large amount of garbage and impurities to be deposited at the bottom of the sewage well when sewage is continuously collected, and the existing garbage and impurities deposited in the sewage well are cleaned by manually moving the sewage well to the bottom of the well and then cleaning the garbage and impurities at the bottom of the sewage well, so that the sewage well is cleaned in a troublesome way and wastes manpower.

Disclosure of Invention

The invention aims to solve the technical problems that when a sewage well is cleaned, the sewage well needs to be manually moved to the bottom of the well to clean deposited garbage and sundries, so that the sewage well is relatively troublesome to clean and labor is wasted.

The purpose and the effect of the sewage well dirt removing and cleaning device are achieved by the following specific technical means:

a sewage well dirt removing and cleaning device comprises a well body, wherein the well body is sunken in a cylindrical groove formed in a road surface through a top well mouth opening;

The cleaning assembly is inserted into a gap between the wellhead and the limiting ring and can be embedded to move around the gap between the wellhead and the limiting ring.

Further preferred embodiments: the limiting ring comprises a limiting ring body;

the inserting opening is a slot which is arranged in a hollow manner at two sides of the limiting ring, and the hollow part is embedded with the cleaning component;

the connecting block, the connecting block is connected in the square around the well head middle part for the spacing ring, and the connecting block protrusion sets up in the both sides at the spacing ring, and the connecting block one end that the protrusion set up simultaneously passes through the rivet with the well head inner wall and is connected.

Further preferred embodiments: the connecting block comprises a connecting block body;

the embedded groove is a rectangular groove formed in the two side openings of the connecting block;

the one-way shafts are round shafts which are embedded and arranged on the left side and the right side of the middle of the embedded groove, and only the protruding parts of the round shafts of the one-way shafts are arranged on the surfaces of the left side and the right side of the embedded groove;

the supporting block is a triangular convex block with the peripheral surface of the unidirectional shaft bent upwards in an inclined mode.

Further preferred embodiments: the cleaning component comprises;

the handle is a cylindrical lug fixedly connected to the top end of the cleaning assembly;

The splicing blocks are formed by splicing two cleaning components together;

the embedded block is a rectangular lug on two sides of the cleaning component, and the lug is embedded with the groove of the embedded groove;

the folding groove is an opening groove formed by splicing and attaching the cleaning components, and the bottom end of one side of the folding groove is rectangular;

the folding frame is a frame which is arranged in the folding groove through mutual folding of the folding shaft, and the bottom ends of the two sides of the whole folding frame are provided with rotating shafts which are connected with the rotating shafts at the bottom ends of the two sides of the groove in the middle of the folding groove.

Further preferred embodiments: the embedded block comprises;

the limiting shaft is a round shaft which is embedded and arranged on the surfaces of two sides of the embedding block by the protruding parts on the two sides of the embedding block;

the limiting block is a triangular bump which limits the peripheral surface of the shaft to be opposite to the inclined bending angle of the resisting block.

Further preferred embodiments: the folding frame comprises a frame body;

the screening net is a filter screen fixedly connected with the hollow part in the middle of the frame of the folding frame;

the folding shaft is a bearing which is connected among a plurality of folding frames.

Has the advantages that:

(1) This kind of bilge well scrubbing is drawn device and is provided with the clear subassembly of drawing, form a semicircle with the folding frame of bottom and another clear subassembly and form a circular shape after extending when drawing the subassembly and extending along its well body inner wall to both sides in sinking the well bottom, come to cover the shaft bottom and can collect the screening net with the rubbish of well when extending the cover on the shaft bottom, then it removes the position of well head to be convenient to clear up the rubbish in the well body to draw the subassembly through mentioning, make do not need artificial lower shaft bottom department to carry out gradual clearance to rubbish when clearing up the well body, the cleaning efficiency of having promoted the inside deposit rubbish of well body greatly has saved the manpower.

(2) The device is provided with a limiting shaft, and the limiting block on the surface of the limiting shaft is abutted against the abutting block on the peripheral surface of the one-way shaft in the embedded groove on the limiting ring, so that the manual force application control on the cleaning and drawing assembly is not needed when the cleaning and drawing assembly is lifted, and the cleaning and drawing assembly cannot automatically slide down.

Drawings

Fig. 1 is a schematic view of the overall structure of the present invention.

FIG. 2 is a schematic view of the overall structure of the stop collar of the present invention.

Fig. 3 is an enlarged schematic view of the structure at a in fig. 2 according to the present invention.

Fig. 4 is a schematic view of the overall structure of the cleaning assembly of the present invention.

Fig. 5 is an enlarged view of the structure at B in fig. 4 according to the present invention.

FIG. 6 is a partial overall structure diagram of the fitting block of the present invention.

In FIGS. 1-6: the well body 1, a well mouth 101, a limiting ring 2, an inserting opening 201, a connecting block 202, an embedding groove 2021, a one-way shaft 2022, a resisting block 2023, a cleaning component 3, a handle 301, a splicing block 302, an embedding block 303, a limiting shaft 3031, a limiting block 3032, a folding groove 304, a folding frame 305, a screening net 3051 and a folding shaft 3052.

Detailed Description

As shown in figures 1 to 6:

the invention provides a sewage well dirt removing and cleaning device which comprises a well body 1, wherein the well body 1 is sunken in a cylindrical groove formed in a road surface through an opening of a top well mouth 101;

clear subassembly 3 of drawing, clear subassembly 3 of drawing is passed through to fit in the clearance department between well head 101 and spacing ring 2, clear subassembly 3 of drawing can the gomphosis move around along the clearance between well head 101 and the spacing ring 2.

Wherein, the spacing ring 2 comprises;

the inserting opening 201 is a slot which is arranged in a hollow way at two sides of the limiting ring 2, and the hollow part is embedded with the cleaning component 3;

the connecting block 202, connecting block 202 are connected in the square around well head 101 middle part for spacing ring 2, and connecting block 202 protrusion sets up in the both sides at spacing ring 2, and the connecting block 202 one end and the well head 101 inner wall that the protrusion set up simultaneously pass through rivet connection.

Wherein, the connecting block 202 comprises;

the fitting groove 2021, the fitting groove 2021 is a rectangular groove formed at the opening of the two sides of the connecting block 202;

the one-way shaft 2022, the one-way shaft 2022 is the round shaft that is jogged and set up in the left and right sides of fluting of the tabling trough 2021, and the one-way shaft 2022 round shaft only protrudes partially to set up in the fluting left and right sides surface of the tabling trough 2021; the one-way shaft 2022 can only rotate towards one side, so that the cleaning assembly 3 can drive the one-way shaft 2022 to rotate when being lifted, and when the cleaning assembly 3 is not controlled, the one-way shaft 2022 cannot slide down to drive the one-way shaft 2022 to rotate due to the weight of the cleaning assembly 3 due to the one-way rotation of the one-way shaft 2022 through the abutment of the abutment block 2023 and the limiting block 3032.

The stop block 2023, the stop block 2023 is a triangular projection with the circumferential surface of the unidirectional shaft 2022 being bent upward.

Wherein, the cleaning component 3 comprises;

the handle 301, the handle 301 is a cylindrical lug fixedly connected to the top end of the cleaning component 3;

splice 302, splice 302 is for drawing the subassembly 3 wholly to divide into two mutual concatenations and set up together, can carry out the application of force through the handle 301 on control top when drawing the subassembly 3 clearly and sinking into the well body 1 and contact the bottom and remove, make to draw subassembly 3 to separate for two parts each other's clear that splices together, and can remove along spacing ring 2 and well head 101 inner wall's around space department, make it draw subassembly 3 clearly can stabilize to encircle to remove to both sides along the inner wall of well head 101 and extend the extension be its clear that draws subassembly 3 to form a semicircle and opposite side and form a circular form to encircle well body 1 bottom after extending.

The embedded block 303, the embedded block 303 is a rectangular projection on both sides of the cleaning component 3, and the projection is embedded with the groove of the embedded groove 2021; when the cleaning assembly 3 is lifted, the two sides of the cleaning assembly 3 will abut against one side of the connecting block 202 of the limiting ring 2 when extending and expanding, and the engaging blocks 303 on the two sides of the cleaning assembly 3 will be engaged into the engaging grooves 2021 on the two sides of the connecting block 202.

The folding groove 304 is a slot formed by splicing and attaching the cleaning components 3, and the bottom end of one side of the folding groove 304 is rectangular;

folding frame 305, folding frame 305 is through folding axle 3052 each other set up the frame in folding groove 304 together, and folding frame 305 whole both sides bottom is provided with the pivot and is connected with the pivot of folding groove 304 middle part fluting both sides bottom, when clearing subassembly 3 to both sides encircle extend the extension time folding frame 305 in its bottom folding groove 304 fluting middle part also can be extended, and because folding frame 305 is through folding axle 3052 interconnect together consequently through folding frame 305 when being stretched because folding axle 3052 rotatory make folding frame 305 can fold and extend the tiling.

Wherein, the tabling block 303 includes;

a limiting shaft 3031, wherein the limiting shaft 3031 is a round shaft which is embedded and arranged on the two side surfaces of the embedding block 303 by the convex parts on the two sides of the embedding block 303;

The limiting block 3032, the limiting block 3032 is a triangular bump which limits the peripheral surface of the shaft 3031 to have an angle opposite to the inclination and bending angle of the resisting block 2023, when the embedding block 303 is embedded in the embedding groove 2021, the limiting blocks 3032 at two sides of the embedding block 303 are tightly embedded with the resisting blocks 2023 at the surface of the unidirectional shaft 2022 at two sides of the middle part of the embedding groove 2021.

Wherein, the folding frame 305 comprises;

the screening net 3051 is a filter screen fixedly connected with the hollow part in the middle of the frame of the folding frame 305; and when the folding frame 305 is stretched and pulled to be laid flat, the sieving net 3051 also forms a semicircular shape to extend and cover the inner bottom end of the well body 1, and when the folding frame 305 is stretched and laid flat, the garbage and sundries settled at the bottom of the inner part of the well body 1 can be moved and driven to the surface of the sieving net 3051 in the middle of the folding frame 305, so that the garbage and sundries settled at the bottom of the inner part of the well body 1 can be collected, and then the garbage and sundries settled at the bottom of the inner part of the well body 1 can be cleaned by lifting the cleaning assembly 3.

The folding shaft 3052, the folding shaft 3052 is a bearing that is connected between the plurality of folding frames 305.

The working principle is as follows:

the specific using mode and action of the embodiment are that firstly, a cylindrical groove is formed on the surface of a ship by digging the well body 1, then the well mouth 101 is exposed on the surface to be sealed, so that the garbage deposited at the bottom end of the sewage in the well body 1 can be cleaned by opening and sealing the sealing cover on the well mouth 101 to open and seal the interior of the well body 1, when the garbage deposited at the bottom end of the sewage in the well body 1 needs to be cleaned, the cleaning component 3 is controlled to be lifted and then enters the gap between the limiting ring 2 and the inner wall around the well mouth 101 through the inserting openings 201 which penetrate through the two sides of the limiting ring 2 around the well mouth 101, then the cleaning component 3 is put into a lower slide to enable the bottom end of the cleaning component to be contacted with the bottom in the well, the length of the cleaning component 3 can be freely adjusted in a telescopic way according to the depth of the well body 1 to adapt to different depths of the well body 1, then, when the picking assembly 3 is sunk into the well body 1 and contacts the bottom, the handle 301 at the top end can be controlled to move, so that the picking assemblies 3 which are spliced together are separated, and the picking assemblies move along the gap between the limiting ring 2 and the inner wall around the well mouth 101, so that the picking assemblies 3 can stably extend and expand along the inner wall of the well mouth 101 in a circular manner to two sides, namely, the picking assemblies 3 form a semicircle and the picking assemblies 3 at the other side extend to form a circle to surround the bottom of the well body 1, and when the picking assemblies 3 extend and expand in a circular manner to two sides, the folding frames 305 at the middle of the slots of the folding slots 304 at the bottom end can also be extended, and because the folding frames 305 are connected together through the folding shaft 3052, the folding frames 305 can be folded and extended and laid flat due to the rotation of the folding shaft 2 when the folding frames 305 are stretched, the screening net 3051 forms a semicircular shape to extend and cover the bottom end of the well body 1 when the folding frame 305 is stretched and pulled to be laid flat, the folded frame 305 is stretched and laid flat, then the garbage and sundries settled at the bottom of the well body 1 are moved and driven to the surface of the screening net 3051 at the middle part of the folding frame 305, so as to collect the garbage and sundries settled at the bottom of the well body 1, then the garbage and sundries settled at the bottom of the well body 1 are cleaned by lifting the cleaning assembly 3, finally the two sides of the cleaning assembly 3 abut against one side of the connecting block 202 of the limiting ring 2 when the cleaning assembly 3 is lifted, the embedding blocks 303 at the two sides of the cleaning assembly 3 are embedded into the embedding grooves 2021 at the two sides of the connecting block 202, and the limiting blocks 3032 at the two sides of the embedding blocks 303 and the surface of the middle part 2021 are embedded into the embedding grooves 2022 when the embedding blocks 303 are embedded into the embedding grooves 2021 The abutting blocks 2023 on the surfaces are tightly engaged with each other, and the one-way shaft 2022 can only rotate towards one side, so that the cleaning component 3 can drive the one-way shaft 2022 to rotate when being lifted, and when the cleaning component 3 is not controlled, the one-way shaft 2022 cannot slide down due to the weight of the cleaning component 3 to drive the one-way shaft 2022 to rotate due to the one-way rotation of the one-way shaft 2022 through the abutment of the abutting blocks 2023 and the limiting blocks 3032.