CN205235577U - Deposit structure and including belt cleaning device that economizes on fuel of this sediment structure - Google Patents
Deposit structure and including belt cleaning device that economizes on fuel of this sediment structure Download PDFInfo
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- CN205235577U CN205235577U CN201520945755.9U CN201520945755U CN205235577U CN 205235577 U CN205235577 U CN 205235577U CN 201520945755 U CN201520945755 U CN 201520945755U CN 205235577 U CN205235577 U CN 205235577U
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- mud chamber
- hole
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- oil
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Abstract
The utility model relates to a deposit structure and including belt cleaning device that economizes on fuel of this sediment structure. Precipitating the structure and including the setting tank, separate into a plurality of drip chambers through the baffle in the setting tank, be equipped with the highly incomplete through -hole that equals on at least one lateral wall of every drip chamber, pending mixture passes through the other end of through -hole from a torrential flow to the setting tank of setting tank. The belt cleaning device that economizes on fuel includes the support frame, deposits the structure, connects food tray and oil -out, precipitate the structure can dismantle be fixed in the support frame on, and precipitate the structure and lie in the below that connects the food tray, the upper portion of deposiing the structure is equipped with the setting tank entry, is equipped with down on the setting tank entry and leaks oil hopper, connect the food tray to be fixed in the top of support frame, the bottom that connects the food tray is equipped with and connects the food tray export, connects and is equipped with leak oil hopper in the food tray export, under leak oil hopper and correspond the setting with last hourglass oil hopper, the top that connects the food tray is located to the oil -out, the oil -out passes through the pipeline and deposits the structural connection.
Description
Technical field
The utility model belongs to corrective maintenance field, is specifically related to a kind of precipitation structure and comprises this precipitation knotThe fuel-economizing cleaning device of structure.
Background technology
At present in (containing numerical control device) such as electric spark, line cutting and all kinds of car, milling, plane, mill, brillsWorkshop (finishing department), not yet have the rinsing table of specializing in tens of precision equipments of maintenance and parts, rightThe maintenance mode of precision equipment and part routine is a month guarantor, monthly gets clean bavin by workshop by teams and groups' unificationOil (1 iron sheet barrel per tour/group), class/group of more than ten people (generally, full workshop have 8～10 classes/Group) all in an iron sheet barrel, both cleaned machine tool element, wash again and smear handkerchief; And barrel rim can only hold 1 people at every turnClean, this kind of maintenance mode inconvenient operation, and the diesel oil using also exists and trickles down to situation on the ground,Also exist because the diesel oil after using is extremely dirty simultaneously, can not reuse and can only discard, and the waste causing,If process badly, use oil later also to pollute the environment.
Summary of the invention
The problems referred to above that exist in order to solve prior art, the utility model provides to process and has cleaned useOil, makes to clean a kind of that the oil of use can reuse and precipitates structure and comprise that the fuel-economizing of this precipitation structure is clearCleaning device.
The technical scheme that the utility model adopts is:
A kind of precipitation structure, it comprises settling tank, in described settling tank, becomes multiple mud chambers by baffle for separating,At least one sidewall of each described mud chamber is provided with highly not exclusively equal through hole, pending mixingThing flow to the other end of described settling tank from one end of described settling tank by described through hole.
Described settling tank comprises the precipitation top box and the precipitation nowel that are interconnected, and the size of described precipitation top box is littleIn described precipitation nowel, pending mixture flow to institute by described through hole from one end of described precipitation top boxThe other end of stating precipitation top box, is flowed into after described precipitation nowel by described precipitation top box, then from described precipitationOne end of case flow to the other end of described precipitation nowel; Described dividing plate in each described settling tank includes oneIndividual diaphragm plate and multiple midfeather, described diaphragm plate at least one end is located on the madial wall at described settling tank two ends,Multiple described midfeathers are the symmetrical both sides that are vertical at described diaphragm plate between two; Described through hole is located at described mediastinumDescribed in plate and at least one on diaphragm plate.
The inner side at described precipitation top box two ends is all located at the two ends that are arranged in the described diaphragm plate of described precipitation top boxOn wall, the quantity of described midfeather is 8, and described diaphragm plate and described midfeather are by described precipitation top boxPart is divided into 10 independently mud chambers; 10 independently mud chamber be followed successively by and be symmetrically set in respectively described horizontal strokeThe first mud chamber of dividing plate both sides and the 5th mud chamber, the second mud chamber and the 6th mud chamber, the 3rd mud chamberWith the 7th mud chamber, the 4th mud chamber and the 8th mud chamber, and two the 9th mud chambers, described first is heavyDescribed in chamber, shallow lake, described the second mud chamber, described the 3rd mud chamber, described the 4th mud chamber and one of themNine mud chambers are located at a side of described diaphragm plate, described the 5th mud chamber, described the 6th mud chamber, describedSeven mud chambers, described the 8th mud chamber and described in another the 9th mud chamber be located at the opposite side of described dividing plate;Pending mixture is flowed through described the first mud chamber successively to the 9th settling tank described in one of them, and/or complies withInferior described the 5th mud chamber that flows through is to the 9th settling tank described in another; On each described midfeather, be equipped with logicalHole, the direction from described the first mud chamber to the 9th mud chamber described in one of them, described through hole is followed successively byOne through hole, the second through hole, third through-hole, fourth hole; From described the 5th mud chamber to described in anotherThe direction of nine mud chambers, described through hole is followed successively by fifth hole, the 6th through hole, the 7th through hole and the 8th through hole;Described the first through hole and described fifth hole, described the second through hole and described the 6th through hole, described third through-holeBe symmetrical arranged with described the 7th through hole, described fourth hole and described the 8th through hole; Described diaphragm plate is positioned at instituteThe position of stating between the first mud chamber and described the 5th mud chamber is provided with the 9th through hole; Described diaphragm plate is positioned at instituteThe position of stating between the 4th mud chamber and described the 8th mud chamber is provided with the tenth through hole; Described the first through hole is to instituteThe height of stating third through-hole reduces successively, and the height of described fourth hole is higher than described third through-hole; DescribedFive-way hole reduces successively to the height of described the 7th through hole, and the height of described the 7th through hole is logical higher than the described the 8thThe height in hole; The height of described the 9th through hole is lower than the height of described the first through hole and described fifth hole, instituteState the height of the tenth through hole lower than the height of described third through-hole and described the 7th through hole.
In described the 9th mud chamber, be provided with filter screen, the bottom surface of described the 9th inside, mud chamber is between described filter screenBe provided with removable filter plate, between described filter and the bottom surface of described the 9th inside, mud chamber, be provided with interval.
One end of described diaphragm plate in described precipitation nowel is located on the madial wall at described precipitation nowel two ends,The other end of described diaphragm plate and described midfeather offset; The quantity of described midfeather is 8, described tabulaPlate becomes 9 independently mud chambers with described midfeather by described precipitation top box interior separation; 9 independently heavyChamber, shallow lake is followed successively by and is symmetrically set in respectively the tenth mud chamber, described diaphragm plate both sides and the 11 mud chamber, the 12Mud chamber and the 13 mud chamber, the 14 mud chamber and the 15 mud chamber, the 16 mud chamber and the tenthSeven mud chambers, and be located at the 18 mud chamber of described diaphragm plate one end; Described the tenth mud chamber,Described the 13 mud chamber, described the 14 mud chamber and described the 17 mud chamber are located at described diaphragm plateOne side, described the 11 mud chamber, described the 12 mud chamber, described the 15 mud chamber and the described the tenthSix mud chambers are located at the opposite side of described diaphragm plate; Pending mixture described the tenth mud chamber that flows through successivelyTo described the 18 settling tank; Described diaphragm plate be positioned at described the tenth mud chamber and described the 11 mud chamber itBetween position be provided with the 11 through hole, between described the 12 mud chamber and described the 13 mud chamberPosition is provided with the 13 through hole, position between described the 14 mud chamber and described the 15 mud chamberBe provided with the tenth five-way hole, position between the 16 mud chamber and described the 17 mud chamber is provided with the tenthSeven through holes; On the described midfeather between described the 11 mud chamber and described the 12 mud chamber, be provided withThe 12 through hole, on the described midfeather between described the 13 mud chamber and described the 14 mud chamberBe provided with the tenth four-way hole, the described mediastinum between described the 15 mud chamber and described the 16 mud chamberPlate is provided with the 16 through hole, between described the 17 mud chamber and described the 18 mud chamber described inMidfeather is provided with the 18 through hole; Described the 11 through hole to the height of described the 13 through hole reduces successively,The height in described the tenth four-way hole is higher than the height in described the 13 through hole and described the tenth five-way hole, and describedTen five-way holes reduce successively to the height of described the 17 through hole, and the height of described the 18 through hole is lower than describedThe height of the 17 through hole.
Be positioned on the described midfeather of described the 17 mud chamber and described the 18 mud chamber and be also provided with the 19Through hole, the height of described the 19 through hole is higher than the height of described the 17 through hole.
In described the 16 mud chamber, in described the 17 mud chamber and/or establish in described the 18 mud chamberThere is filter screen.
The utility model also provides a kind of fuel-economizing cleaning device, and described fuel-economizing cleaning device comprises above-mentioned heavyShallow lake structure, described fuel-economizing cleaning device specifically comprises bracing frame, precipitation structure, oil drain pan and oil-out;
Described precipitation structure is removably fixed on support frame as described above, and described precipitation structure connects oil described in being positioned atThe below of dish; The top of described precipitation structure is provided with settling tank entrance, and described settling tank entrance is provided with lower leakageOil bucket;
Described oil drain pan is fixed on the top of support frame as described above, and the bottom of described oil drain pan is provided with oil drain pan outlet,Described oil drain pan outlet is provided with oil leakage bucket; The setting corresponding to described upper oil leakage bucket of described lower oil leakage bucket;
Described oil-out is located at the top of described oil drain pan; Described oil-out is by pipeline and described precipitation structureConnect.
Described pipeline comprises the first pipeline and the second pipeline, and described first pipeline one end connects described precipitation structure,The other end of described the first pipeline connects one end of described the second pipeline, and the other end of described the second pipeline connectsDescribed oil-out; Described the second pipeline connects described in being located at by being located at the link of described oil drain pan both upper ends thereofThe top of food tray; The quantity of described oil-out is more than two, and two adjacent described oil-outs are staggered to be located atOn described the second pipeline, described the first pipeline is provided with oil pump.
The bottom of described precipitation structure is provided with castor; The two ends in described precipitation structure outside are respectively equipped with carrying handle;One side of described precipitation structure is provided with pushing hands; The bottom of described precipitation structure is provided with sewage draining exit.
The beneficial effects of the utility model are: the precipitation structure that the utility model provides, and simple in structure, utilizeThe principle that diesel oil is different from the proportion of impurity, carries out precipitation process to diesel oil, realizes the repetitive cycling profit of diesel oilWith. This law is bright provide comprise the fuel-economizing cleaning device that precipitates structure, simple in structure, cheap, applicableScope is wide, be easy to promote and extensive use, and having solved that puzzlement workshop do not have for a long time can be for maintenance machine tool elementThe problem of dedicated cleaner; By use fuel-economizing cleaning device of the present utility model can save oil plant,Remarkable in economical benefits, facts have proved and can save 90% of the annual maintenance facility in workshop diesel oil used; And due to instituteWith diesel oil can recycle, in the process of diesel processing, do not use chemical reagent, effectively protectedThe indoor and outdoor surroundings in workshop; Can use in real time, be not limited to month guarantor's a mode, can many people make simultaneously simultaneouslyHigh by operating efficiency; To service equipment service precision, improve the quality of products, reliable guarantee is provided; ThisOuter fuel-economizing cleaning equipment of the present utility model is easy to maintenance, only needs a small amount of time periodical blowdown desilting, mends in timeFill a small amount of loss.
Brief description of the drawings
Fig. 1 is the structural representation of the utility model precipitation structure;
Fig. 2 is the top view that precipitates top box described in the utility model precipitation structure;
Fig. 3 is the partial sectional view of A-A in Fig. 2;
Fig. 4 is the partial sectional view of B-B in Fig. 2;
Fig. 5 is the cutaway view of C-C in Fig. 2;
Fig. 6 is the cutaway view of D-D in Fig. 2;
Fig. 7 is the cutaway view of E-E in Fig. 2;
Fig. 8 is the cutaway view of F-F in Fig. 7;
Fig. 9 is the top view that precipitates nowel described in the utility model precipitation structure;
Figure 10 is the partial sectional view of G-G in Fig. 9;
Figure 11 is the partial sectional view that precipitates the side view of nowel described in the utility model precipitation structure;
Figure 12 is the cutaway view of H-H in Fig. 9;
Figure 13 is the cutaway view of I-I in Fig. 9;
Figure 14 is the cutaway view of J-J in Fig. 9;
Figure 15 is the cutaway view of K-K in Figure 14;
Figure 16 is the top view of the utility model fuel-economizing cleaning device;
Figure 17 is the front view of the utility model fuel-economizing cleaning device;
Figure 18 is the side view of the utility model fuel-economizing cleaning device.
In figure: 1, precipitation structure; 11, settling tank; 111, precipitation top box; 112, precipitation nowel; 12,Dividing plate; 121, diaphragm plate; 122, midfeather; 13, mud chamber; 131, the first mud chamber; 132,Two mud chambers; 133, the 3rd mud chamber; 134, the 4th mud chamber; 135, the 5th mud chamber; 136,Six mud chambers; 137, the 7th mud chamber; 138, the 8th mud chamber; 139, the 9th mud chamber; 1310,Ten mud chambers; 1311, the 11 mud chamber; 1312, the 12 mud chamber; 1313, the 13 mud chamber;1314, the 14 mud chamber; 1315, the 15 mud chamber; 1316, the 16 mud chamber; 1317,17 mud chambers; 1318, the 18 mud chamber; 14, through hole; 141, the first through hole; 142, second is logicalHole; 143, third through-hole; 144, fourth hole; 145, fifth hole; 146, the 6th through hole; 147,The 7th through hole; 148, the 8th through hole; 149, the 9th through hole; 1410, the tenth through hole; 1411, the ten oneThrough hole; 1412, the 12 through hole; 1413, the 13 through hole; 1414, the tenth four-way hole; 1415,Ten five-way holes; 1416, the 16 through hole; 1417, the 17 through hole; 1418, the 18 through hole; 1419,The 19 through hole; 15, settling tank entrance; 16, lower oil leakage bucket; 17, castor; 18, carrying handle; 19, rowDirty mouthful; 110, filter screen; 2, bracing frame; 3, oil drain pan; 31, oil drain pan outlet; 32, upper oil leakage bucket;4, oil-out; 5, pipeline; 51, the first pipeline; 52, the second pipeline; 6, link; 7, fixed knotStructure; 8, oil pump.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the utility model embodiment, to the technical side in the utility model embodimentCase is clearly and completely described, and obviously, described embodiment is that a part of the present utility model is implementedExample, instead of whole embodiment. Based on the embodiment in the utility model, those of ordinary skill in the art existDo not make the every other embodiment obtaining under the prerequisite of creative work, all should belong to the utility modelThe scope of protection.
As shown in one of Fig. 1-15, the utility model provides a kind of precipitation structure 1, and it comprises settling tank 11,In described settling tank 11, be separated into multiple mud chambers 13 by dividing plate 12, each described mud chamber 13 at leastA sidewall is provided with highly not exclusively equal through hole 14, and pending mixture is by described through hole 14Flow to the other end of described settling tank 11 from one end of described settling tank 11.
Involved pending mixture in the utility model, comprises the diesel oil that maintenance facility is used, withAnd in maintenance facility process, be blended into water in diesel oil (containing emulsion), iron filings, earth, white foam,The foreign material such as wood chip, the diesel oil in certainly above-mentioned can be also other oil, as kerosene etc.
Pending mixture is because proportion difference is (as iron filings, earth, water (containing emulsion) geometric ratio diesel oilRatio great, the foreign material such as white foam, wood chip, kerosene are less than the proportion of diesel oil), meeting in mobile processOccur the situation of layering, and described settling tank 11 is separated into multiple mud chambers 13 by the utility model, pendingMixture in the interior mobile process of settling tank 11, by the side that is arranged at each described mud chamber 13When the not exclusively equal through hole 14 of the height that arranges on wall, after the different pending demixing of proportion,The concrete height that can arrange according to described through hole 14, selects to dam heavy mixture or the little mixing of proportionThing, and process pending mixture later, because foreign material have been removed substantially or all, and then canContinue to recycle, reach the object of recycling.
Concrete, described settling tank 11 comprises the precipitation top box 111 and the precipitation nowel 112 that are interconnected, instituteThe size of stating precipitation top box 111 is less than described precipitation nowel 112, and pending mixture is by described through hole14 flow to the other end of described precipitation top box 111 from one end of described precipitation top box 111, in described precipitationCase 111 flows into after described precipitation nowel 112, then flow to described precipitation from one end of described precipitation nowel 112The other end of nowel 112; Described dividing plate 12 in each described settling tank 11 includes a diaphragm plate 121With multiple midfeathers 122, described diaphragm plate 121 at least one end is located at the madial wall at described settling tank 11 two endsUpper, multiple described midfeathers 122 are the symmetrical both sides that are vertical at described diaphragm plate 121 between two; Described through hole14 are located at described midfeather 122 and described at least one on diaphragm plate 121. Adopt this kind of structure, described heavyShallow lake case 11 is divided into and is interconnected and described precipitation top box 111 and described precipitation nowel 112 that size is different, everyMultiple described mud chamber 13 in individual described settling tank 11 is by a diaphragm plate 121 and multiple midfeather122 are separated, and described precipitation top box 111 can be used for preliminary sedimentation, in the pending mixture that dams, compareHeavy relatively large foreign material, this kind of setting, because the size of described precipitation top box 111 is less, can be convenient to clearlyReason, can clear up described precipitation top box 111 every day, to keep the clear of described precipitation top box 111Cleanliness; Described precipitation nowel 112 can be used for after preliminary sedimentation further again precipitation, in this process due toMost foreign material are dammed by described precipitation top box, therefore again sink by described precipitation nowel 112Behind shallow lake, the foreign material that gather in described precipitation nowel 112 are relatively less, compared to described precipitation top box 111, clearThe cycle of reason can be relatively long, and it is larger that size arranges, and can also ensure to store the oil of enough maintenance use.
The utility model people discovery, the quantity of the described mud chamber 13 of described precipitation top box 111 is 10,When the quantity of the described mud chamber 13 of described precipitation nowel 112 is 9, the effect of precipitation is best, described heavyThe concrete distribution of chamber, shallow lake 13 is as follows: the two ends of described diaphragm plate 121 that are arranged in described precipitation top box 111 are equalBe located on the madial wall at described precipitation top box 111 two ends, the quantity of described midfeather 122 is 8, described inDiaphragm plate 121 becomes 10 independently precipitations with described midfeather 122 by described precipitation top box 111 interior separationsChamber 13; 10 independently mud chamber 13 be followed successively by and be symmetrically set in respectively first of described diaphragm plate 121 both sidesMud chamber 131 and the 5th mud chamber 135, the second mud chamber 132 and the 6th mud chamber 136, the 3rd mud chamber133 and the 7th mud chamber 137, the 4th mud chamber 134 and the 8th mud chamber 138, and two the 9th precipitationsChamber 139, described the first mud chamber 131, described the second mud chamber 132, described the 3rd mud chamber 133, instituteState the 4th mud chamber 134 and a side that described in one of them, the 9th mud chamber 139 is located at described diaphragm plate 121,Described the 5th mud chamber 135, described the 6th mud chamber 136, described the 7th mud chamber 137, the described the 8th sinkChamber, shallow lake 138 and described in another the 9th mud chamber 139 be located at the opposite side of described dividing plate 12; Pending is mixedCompound is flowed through described the first mud chamber 131 successively to the 9th settling tank 139 described in one of them, and/or successivelyFlow through described the 5th mud chamber 135 to the 9th settling tank 139 described in another; Each described midfeather 122On be equipped with through hole 14, from the side of described the first mud chamber 131 to the 9th mud chamber 139 described in one of themTo, described through hole 14 is followed successively by the first through hole 141, the second through hole 142, third through-hole 143, four-wayHole 144; From the direction of described the 5th mud chamber 135 to the 9th mud chamber 139 described in another, described logicalHole 14 is followed successively by fifth hole 145, the 6th through hole 146, the 7th through hole 147 and the 8th through hole 148; InstituteState the first through hole 141 and described fifth hole 145, described the second through hole 142 and described the 6th through hole 146,Described third through-hole 143 and described the 7th through hole 147, described fourth hole 144 and described the 8th through hole 148Be symmetrical arranged; Described diaphragm plate 121 be positioned at described the first mud chamber 131 and described the 5th mud chamber 135 itBetween position be provided with the 9th through hole 149; Described diaphragm plate 121 be positioned at described the 4th mud chamber 134 and described inPosition between the 8th mud chamber 138 is provided with the tenth through hole 1410; Described the first through hole 141 is to the described the 3rdThe height of through hole 143 reduces successively, and the height of described fourth hole 144 is higher than described third through-hole 143;Described fifth hole 145 to the height of described the 7th through hole 147 reduces successively, described the 7th through hole 147Height is higher than the height of described the 8th through hole 148; The height of described the 9th through hole 149 is logical lower than described firstThe height of hole 141 and described fifth hole 145, the height of described the tenth through hole 1410 is lower than described threewayThe height of hole 143 and described the 7th through hole 148.
Described precipitation nowel 112 two ends are located in one end of described diaphragm plate 121 in described precipitation nowel 112Madial wall on, the other end of described diaphragm plate 121 and described midfeather 122 offset; Described midfeather 122Quantity be 8, described diaphragm plate 121 and described midfeather 122 are by the interior part of described precipitation nowel 112Be divided into 9 independently mud chambers; 9 independently mud chamber 13 be followed successively by and be symmetrically set in respectively described diaphragm plateThe 1311, the 12 mud chamber the 1312 and the 13 of the 1310 and the 11 mud chamber of the tenth mud chamber, 121 both sidesThe 1313, the 14 the 1314 and the 15 the 1315, the 16 1316 and of mud chamber of mud chamber of mud chamber of mud chamberThe 17 mud chamber 1317, and be located at the 18 mud chamber 1318 of described diaphragm plate 121 one end;Described the tenth mud chamber 1310, described the 13 mud chamber 1313, described the 14 mud chamber 1314 and instituteState the side that the 17 mud chamber 1317 is located at described diaphragm plate 121, described the 11 mud chamber 1311, instituteStating the 12 mud chamber 1312, described the 15 mud chamber 1315 and described the 16 mud chamber 1316 is located atThe opposite side of described diaphragm plate 121; Pending mixture is flowed through described the tenth mud chamber 1310 successively to instituteState the 18 mud chamber 1318; Described diaphragm plate 121 is positioned at described the tenth mud chamber 1310 and the described the tenthPosition between one mud chamber 1311 is provided with the 11 through hole 1411, is positioned at described the 12 mud chamber 1312With position between described the 13 mud chamber 1313 is provided with the 13 through hole 1413, is positioned at the described the 14Position between mud chamber 1314 and described the 15 mud chamber 1315 is provided with the tenth five-way hole 1415, is positioned atPosition between the 16 mud chamber 1316 and described the 17 mud chamber 1317 is provided with the 17 through hole 1417;Described midfeather 122 between described the 11 mud chamber 1311 and described the 12 mud chamber 1312Be provided with the 12 through hole 1412, be positioned at described the 13 mud chamber 1313 and described the 14 mud chamber 1314Between described midfeather 122 be provided with the tenth four-way hole 1414, be positioned at described the 15 mud chamber 1315And described midfeather 122 between described the 16 mud chamber 1316 is provided with the 16 through hole 1416, positionOn the described midfeather 122 between described the 17 mud chamber 1317 and described the 18 mud chamber 1318Be provided with the 18 through hole 1418; Described the 11 through hole 1411 to the height of described the 13 through hole 1413 is complied withInferior reduction, the height in described the tenth four-way hole 1414 is higher than described the 13 through hole 1413 and the described the 15The height of through hole 1415, described the tenth five-way hole 1415 to the height of described the 17 through hole 1417 falls successivelyLow, the height of described the 18 through hole 1418 is lower than the height of described the 17 through hole 1417.
Be positioned at the described midfeather 122 of described the 17 mud chamber 1317 and described the 18 mud chamber 1318On be also provided with the 19 through hole 1419, the height of described the 19 through hole 1419 is higher than described the 17 through hole1417 height. This kind of setting is when being positioned at the after treatment pending of described the 17 mud chamber 1317When mixture can not flow into described 18 mud chamber 1318 by described the 18 through hole 1418 (as described inWhen the 18 through hole 1418 stops up), can flow into described the 18 precipitation by described the 19 through hole 1419Chamber 1318, enough after treatment pending to ensure can to have in described the 18 mud chamber 1318Mixture is that diesel oil after treatment is for use.
In order to do further processing to pending mixture, in described the 9th mud chamber 139, be provided withFilter screen 110, in described the 16 mud chamber 1316, in described the 17 mud chamber 1317 and/or described theIn 18 mud chambers 1318, be provided with filter screen 110. Further remove pending mixture by described filter screen 110Middle impurity, according to the difference to pending mixture final demand after treatment, can specifically select filter screen110 order number. Described filter screen 110 can be fixed on by the angle bar being arranged on described mud chamber 13 madial walls13 inside, above-mentioned mud chamber. According to specific needs, the bottom surface of 139 inside, described the 9th mud chamber is to described filterBetween net 110, be provided with removable filter plate, the end of described filter and 139 inside, described the 9th mud chamberBetween face, be provided with interval. By described filter is set, the major part of described the 9th mud chamber's 139 interior precipitationsForeign material, can fall within on described precipitation plate, simultaneously because filter is arranged to dismountable form, therefore in instituteState in the less situation of the foreign material of the 9th mud chamber's 139 interior precipitations, can, by removing described filter, cleanThe mode of described filter is removed foreign material, drags for slag, and without by whole described precipitation top box 111 with described inPrecipitation nowel 112 splits, and even the inverted mode of described precipitation top box 111 is cleaned. Concrete canThe mode of dismounting can adopt in the surrounding of described filter the mode that support nail is set is respectively set. And described mistakeBetween the bottom surface of filter plate and 139 inside, described the 9th mud chamber, be provided with interval, can ensure described screen pack notStop up.
Below by concrete numerical value, the structure of described precipitation top box 111 and described precipitation nowel 112 is carried outDetailed explanation, certainly following numerical value is only for illustrating, those skilled in the art can geometric ratio amplification orDwindle:
Described precipitation top box 111 is rectangular box, the high 680mm*380mm*150mm that is respectively of the wide * of its long *.
The top of the described dividing plate 12 of described precipitation top box 111 interior settings and the sidewall of described precipitation top box 111The distance on top be 10mm, described precipitation top box 111 adopts welding fabrication, without oil leakage phenomenon.
The length of described the first mud chamber 131 and described the 5th mud chamber 135 is 180mm, and described second is heavyChamber, shallow lake 132 to described the 4th mud chamber 134 and described the 6th mud chamber 136 are to described the 8th mud chamber 138Length be 100mm, the length of described the 9th mud chamber 139 is 200mm.
The height of described through hole 14 is that the bottom of described through hole 14 is apart from its place settling tank 12 bottom interior wallDistance; The height of the height of described the first through hole 141 and described fifth hole 145 is 80mm; DescribedThe height of the height of the height of the second through hole 142 and described the 6th through hole 146 and described fourth hole 144Be 60mm with the height of described the 8th through hole 148; The height of described third through-hole 143 and the described the 7thThe height of through hole 147 is 40mm; The height of described the 9th through hole 149 is 100mm; The described the tenth is logicalThe height in hole 1410 is 40mm. Described the first through hole 141 to the shape of described the 9th through hole 149 isThe rectangle of 100mm*20mm, the rectangle that is shaped as 60mm*20mm of described the tenth through hole 1410.
The top of the described dividing plate 12 of described precipitation top box 111 interior settings and the sidewall of described precipitation top box 111The distance on top be 10mm, described precipitation top box adopts welding fabrication, without oil leakage phenomenon.
The top of described filter to the distance of described precipitation top box 111 outside bottom surface is 40mm.
Described precipitation nowel 112 is rectangular box, the high 900mm*395mm*400mm that is respectively of the wide * of its long *.
The top of the top of the described dividing plate 12 in described precipitation nowel 112 and the sidewall of described precipitation nowel 112The distance of end is respectively: described the tenth mud chamber 1310 to described the 15 mud chamber 1315 is respectively30mm, described the 16 mud chamber 1316 to described the 18 mud chamber 1318 is 0mm respectively. InstituteState precipitation nowel 112 and adopt welding fabrication, without oil leakage phenomenon.
Described the tenth mud chamber 1310 is to described the 11 mud chamber 1311 and described the 16 mud chamber 1316Length to described 18 mud chambers 1318 is 200mm, and described the 12 mud chamber 1312 is to the described the tenthThe length of five mud chambers 1315 is 150mm.
Described the 11 through hole 1411 to the height of described 18 through holes 1418 be followed successively by 260mm, 240mm,230mm, 300mm, 140mm, 80mm, 110mm and 50mm. Described the 11 through hole 1411 toThe shape of described the 18 through hole 1418 is the rectangle of 120mm*20mm.
The concrete numeric dimensions of above-mentioned setting in the utility model, is applicable to the average flow of pending mixtureSpeed is: the situation of 0 < mean flow rate≤30L/min; But those skilled in the art's root in actual applications,Also belong to guarantor of the present utility model according to the corresponding mean flow rate of adjusting pending mixture of different numeric dimensionsProtect in scope.
Pending mixture in described precipitation top box 111 mobile direction as shown by arrows, described heavyIn shallow lake nowel 112, mobile direction as shown by arrows; Wherein said the first mud chamber 131, and the described the 5th135Wei little settling zone, mud chamber; Described the second mud chamber 132 is to described the 4th mud chamber 134, Yi JisuoStating the 6th mud chamber 136 to described the 8th mud chamber 138 is larger settling zone; If described the 9th mud chamber 139Inside be provided with filter screen 110, described the 9th mud chamber 139 is filtering area; Described the tenth mud chamber 1310 toDescribed the 13 mud chamber 1313 is large settling zone; Described the 14 mud chamber 1314 is to the described the 18 heavyChamber, shallow lake 1318 is precipitation, filtration and gravity flow fuel feeding district; From above-mentioned concrete numerical value, can obviously find out,Be arranged in the large settling zone of described precipitation nowel 112 and precipitation, the described through hole of filtration and gravity flow fuel feeding districtHeight entirety higher than being arranged in the little settling zone of described precipitation top box 111, larger settling zone and filtering area;Simultaneously in the interior mobile distance of described precipitation top box 111 relatively in the interior mobile distance of described precipitation nowel 112It is little, therefore relatively large at the interior flow velocity of described precipitation top box 111 in the process of pending mixture flow,Flow velocity in described precipitation nowel 112 is relatively little, and flow velocity is milder; In addition high by described through holeSpend different settings, by the setting of said structure, make described precipitation top box 111 to pending mixtureCarry out preliminary sedimentation, and then further precipitated by described precipitation nowel 112, the wherein said the tenthMud chamber 1310 is to described the 14 main foreign material heavier than diesel oil, the described the 15 of removing, mud chamber 1314Mud chamber 1315 is to described the 16 main foreign material lighter than diesel oil, the described the 17 of removing, mud chamber 1316Mud chamber 1317 and described the 18 mud chamber 1318 can guarantee to have enough diesel oil after treatment to be used,And because the diesel oil in described the 18 mud chamber 1318 is the diesel oil that follow-up continuation is used, therefore pass through filter screenCan remove the foreign material that proportion is identical with diesel oil, and guarantee described the 18 clean no-sundries in mud chamber 1318;Described the 9th through hole 149 arranging between described the first mud chamber 131 and described the 5th mud chamber 135, withAnd described the tenth through hole 1410 energy that arrange between described the 4th mud chamber 134 and described the 8th mud chamber 138Pressure that enough pending mixtures of effective balance produce in mobile process, plays similar balanced valveEffect; Through practice test, pending mixture obtains after precipitation structure 1 of the present utility model is processedThe diesel oil cleanliness factor arriving is higher, can realize the recycling of diesel oil, and the utility model is to pending mixingThe processing procedure of compound is physical process, does not relate to and uses chemical reagent processing, energy-conserving and environment-protective, and expenseLow.
The utility model also provides a kind of fuel-economizing cleaning device, as shown in one of Figure 16-18, and described jointOil cleaning device comprises above-mentioned precipitation structure 1, and described fuel-economizing cleaning device specifically comprises bracing frame 2, precipitationStructure 1, oil drain pan 3 and oil-out 4;
Described precipitation structure 1 is removably fixed on support frame as described above 2, and described precipitation structure 1 is positioned at instituteState the below of oil drain pan 3; The top of described precipitation structure 1 is provided with settling tank entrance 15, and described settling tank entersMouth 15 is provided with lower oil leakage bucket 16;
Described oil drain pan 3 is fixed on the top of support frame as described above 2, and the bottom of described oil drain pan 3 is provided with and connects oilDish outlet 31, described oil drain pan outlet 31 is provided with oil leakage bucket 32; Described lower oil leakage bucket 16 with described onOil leakage bucket 32 is corresponding to be arranged;
Described oil-out 4 is located at the top of described oil drain pan 3; Described oil-out 4 by pipeline 5 with described inPrecipitation structure 1 connects.
By adopting said structure setting, described precipitation structure 1, described oil drain pan 3 and described oil-out 5Form the system of circulation, the diesel oil of maintenance use, flows out by described oil-out, and equipment is carried out to cleaning maintenance,Then by described oil drain pan 3, used diesel oil is reclaimed, by the institute of described oil drain pan 3 bottomsState oil drain pan outlet 31, through being arranged at the described settling tank entrance 15 on top of described precipitation structure 1, enterDescribed precipitation structure 1, carries out, after sedimentation and filtration, utilizing in diesel oil and diesel oil through described precipitation structure 1Foreign material proportion difference, precipitates by filtration, multiple mud chamber 13, and diesel oil is separated with foreign material in diesel oil, makesExtremely stagnant diesel oil become clean clean after, then be back to again described oil-out 4 by described pipeline 5 and carry outRecycle.
Above-mentioned involved pipeline 5, specifically comprises the first pipeline 51 and the second pipeline 52, described the first pipe51 one end, road connect described precipitation structure 1, and the other end of described the first pipeline 51 connects described the second pipelineOne end of 52, the other end of described the second pipeline 52 connects described oil-out 4; Described the second pipeline 52 is logicalCross the link 6 of being located at described oil drain pan 3 both upper ends thereof and be located at the top of described oil drain pan 3; Wherein saidThe first pipeline 51 needs better flexible, is convenient to the pipeline of bending, can select oil resistant flexible pipe, described the first pipeline51 can pass through fixed structure 7, as fixed card be fixed on as described in a side of oil drain pan 3, described the second pipeline52 owing to being connected with described oil-out 4, and establish by the link 6 of being located at described oil drain pan 3 both upper ends thereofIn the top of described oil drain pan 3, therefore need to there is certain solid shape, can select steel pipe; DescribedThe quantity of oil-out 4 is more than two, and two adjacent described oil-outs 4 interlock and are located at described the second pipelineOn 52, described the first pipeline 51 is provided with oil pump 8. The described oil-out 4 being crisscross arranged, is convenient to multiple behaviourThe personnel that do operate simultaneously, and described oil-out 4 can be selected tap, by threeway and described the second pipeline52 are communicated with.
The bottom of described precipitation structure 1 is provided with castor 17, and the quantity of castor 17 can be established as requiredPut, be preferably four groups, be arranged at respectively the surrounding of described precipitation nowel 112 bottoms, castor 17 can facilitatePrecipitation structure 1 moves, and is convenient to precipitate the maintenance of structure 1; Establish respectively at the two ends in described precipitation structure 1 outsideHave carrying handle 18, described carrying handle 18 is specifically arranged at the two ends in the outside of described precipitation top box 111, due to describedThe foreign material that precipitation top box 111 gathers are more, higher for the cleaning frequency of described precipitation top box 111, thereforeBy being set, described carrying handle 18 can be convenient to the movement of described precipitation top box 111; One of described precipitation structure 1Side is provided with pushing hands, and described pushing hands matches with described castor 17, reaches to be convenient to that described precipitation structure 1 movesObject; The bottom of described precipitation structure 1 is provided with sewage draining exit 19, described in described sewage draining exit 19 is specifically arranged atThe bottom of precipitation nowel 112, due to the relatively described precipitation top box 111 of size of described precipitation nowel 112Size is large, and the foreign material of relatively described precipitation top box 111 inner accumulated of described precipitation nowel 112 relativelyFew, therefore, the relatively described precipitation top box 111 of clean frequency is lower, simultaneously due to described precipitation nowel 112Size larger, be not easy to mobilely, therefore sewage draining exit 110 is set just in the bottom of described precipitation nowel 112Very necessary, the described sewage draining exit 110 of setting can be in the situation that precipitates nowel 112 described in integrated moving notUnder, discharge the dirt in described precipitation nowel 112.
Precipitation structure described in the utility model and comprise that the fuel-economizing cleaning device of this precipitation structure can adoptThe forming materials such as stainless steel, iron, aluminium, major part also can use engineering plastics (oil resistant) to make certainly, its systemDo that cost is lower, technique is simpler, outward appearance is more beautiful, be more suitable for producing in enormous quantities, market application foreground very canSee.
This law is bright provide comprise the fuel-economizing cleaning device that precipitates structure 1, simple in structure, cheap, suitableWide by scope, be easy to promote and extensive use, having solved that puzzlement workshop do not have for a long time can be for zero, maintenance latheThe problem of the dedicated cleaner of part; By use fuel-economizing cleaning device of the present utility model can save oil plant,Remarkable in economical benefits, facts have proved and can save 90% of the annual maintenance facility in workshop diesel oil used; And due to instituteWith diesel oil can recycle, in the process of diesel processing, do not use chemical reagent, effectively protectedThe indoor and outdoor surroundings in workshop; Can use in real time, be not limited to month guarantor's a mode, can many people make simultaneously simultaneouslyHigh by operating efficiency; To service equipment service precision, improve the quality of products, reliable guarantee is provided; ThisOuter fuel-economizing cleaning equipment of the present utility model is easy to maintenance, only needs a small amount of time periodical blowdown desilting, mends in timeFill a small amount of loss.
The utility model is not limited to above-mentioned preferred forms, anyone under enlightenment of the present utility model allCan draw other various forms of products, no matter but in its shape or structure, do any variation, every haveIdentical with the application or akin technical scheme, within all dropping on protection domain of the present utility model.
Claims (10)
1. a precipitation structure, it is characterized in that: it comprises settling tank (11), in described settling tank (11), be separated into multiple mud chambers (13) by dividing plate (12), at least one sidewall of each described mud chamber (13) is provided with highly not exclusively equal through hole (14), and pending mixture flow to the other end of described settling tank (11) from one end of described settling tank (11) by described through hole (14).
2. precipitation structure according to claim 1, it is characterized in that: described settling tank (11) comprises the precipitation top box (111) and the precipitation nowel (112) that are interconnected, the size of described precipitation top box (111) is less than described precipitation nowel (112), pending mixture flow to the other end of described precipitation top box (111) from one end of described precipitation top box (111) by described through hole (14), flowed into after described precipitation nowel (112) by described precipitation top box (111), flow to again the other end of described precipitation nowel (112) from one end of described precipitation nowel (112), described dividing plate (12) in each described settling tank (11) includes a diaphragm plate (121) and multiple midfeather (122), described diaphragm plate (121) at least one end is located on the madial wall at described settling tank (11) two ends, and multiple described midfeathers (122) between two symmetry are vertical at the both sides of described diaphragm plate (121), described through hole (14) is located at described midfeather (122) and described at least one on diaphragm plate (121).
3. precipitation structure according to claim 2, it is characterized in that: the two ends that are arranged in the described diaphragm plate (121) of described precipitation top box (111) are all located on the madial wall at described precipitation top box (111) two ends, the quantity of described midfeather (122) is 8, and described diaphragm plate (121) becomes 10 independently mud chamber (13) with described midfeather (122) by described precipitation top box (111) interior separation, 10 independently mud chamber (13) be followed successively by the first mud chamber (131) and the 5th mud chamber (135) that are symmetrically set in respectively described diaphragm plate (121) both sides, the second mud chamber (132) and the 6th mud chamber (136), the 3rd mud chamber (133) and the 7th mud chamber (137), the 4th mud chamber (134) and the 8th mud chamber (138), and two the 9th mud chambers (139), described the first mud chamber (131), described the second mud chamber (132), described the 3rd mud chamber (133), described the 4th mud chamber (134) and described in one of them the 9th mud chamber (139) be located at a side of described diaphragm plate (121), described the 5th mud chamber (135), described the 6th mud chamber (136), described the 7th mud chamber (137), described the 8th mud chamber (138) and described in another the 9th mud chamber (139) be located at the opposite side of described dividing plate (12), pending mixture is flowed through described the first mud chamber (131) successively to the 9th settling tank (139) described in one of them, and/or described the 5th mud chamber (135) that flows through is successively to the 9th settling tank (139) described in another, on each described midfeather (122), be equipped with through hole (14), from described the first mud chamber (131) to the direction of the 9th mud chamber (139) described in one of them, described through hole (14) is followed successively by the first through hole (141), the second through hole (142), third through-hole (143), fourth hole (144), from the direction of described the 5th mud chamber (135) to the 9th mud chamber (139) described in another, described through hole (14) is followed successively by fifth hole (145), the 6th through hole (146), the 7th through hole (147) and the 8th through hole (148), described the first through hole (141) and described fifth hole (145), described the second through hole (142) and described the 6th through hole (146), described third through-hole (143) and described the 7th through hole (147), described fourth hole (144) and described the 8th through hole (148) are symmetrical arranged, the position that described diaphragm plate (121) is positioned between described the first mud chamber (131) and described the 5th mud chamber (135) is provided with the 9th through hole (149), the position that described diaphragm plate (121) is positioned between described the 4th mud chamber (134) and described the 8th mud chamber (138) is provided with the tenth through hole (1410), described the first through hole (141) reduces successively to the height of described third through-hole (143), and the height of described fourth hole (144) is higher than described third through-hole (143), described fifth hole (145) reduces successively to the height of described the 7th through hole (147), and the height of described the 7th through hole (147) is higher than the height of described the 8th through hole (148), the height of described the 9th through hole (149) is lower than the height of described the first through hole (141) and described fifth hole (145), and the height of described the tenth through hole (1410) is lower than the height of described third through-hole (143) and described the 7th through hole (148).
4. precipitation structure according to claim 3, it is characterized in that: in described the 9th mud chamber (139), be provided with filter screen (110), inner bottom surface, described the 9th mud chamber (139) is provided with removable filter plate between described filter screen (110), between described filter and the bottom surface of described the 9th inside, mud chamber (139), is provided with interval.
5. precipitation structure according to claim 2, is characterized in that: described precipitation nowel (112) interior separation is become 9 independently mud chambers by one end (122) of the described diaphragm plate (121) in described precipitation nowel (112), 9 independently mud chamber (13) be followed successively by and be symmetrically set in respectively the tenth mud chamber (1310), described diaphragm plate (121) both sides and the 11 mud chamber (1311), the 12 mud chamber (1312) and the 13 mud chamber (1313), the 14 mud chamber (1314) and the 15 mud chamber (1315), the 16 mud chamber (1316) and the 17 mud chamber (1317), and be located at the 18 mud chamber (1318) of described diaphragm plate (121) one end, described the tenth mud chamber (1310), described the 13 mud chamber (1313), described the 14 mud chamber (1314) and described the 17 mud chamber (1317) are located at a side of described diaphragm plate (121), and described the 11 mud chamber (1311), described the 12 mud chamber (1312), described the 15 mud chamber (1315) and described the 16 mud chamber (1316) are located at the opposite side of described diaphragm plate (121), pending mixture is flowed through described the tenth mud chamber (1310) successively to described the 18 mud chamber (1318), the position that described diaphragm plate (121) is positioned between described the tenth mud chamber (1310) and described the 11 mud chamber (1311) is provided with the 11 through hole (1411), the position being positioned between described the 12 mud chamber (1312) and described the 13 mud chamber (1313) is provided with the 13 through hole (1413), the position being positioned between described the 14 mud chamber (1314) and described the 15 mud chamber (1315) is provided with the tenth five-way hole (1415), the position being positioned between the 16 mud chamber (1316) and described the 17 mud chamber (1317) is provided with the 17 through hole (1417), the described midfeather (122) being positioned between described the 11 mud chamber (1311) and described the 12 mud chamber (1312) is provided with the 12 through hole (1412), the described midfeather (122) being positioned between described the 13 mud chamber (1313) and described the 14 mud chamber (1314) is provided with the tenth four-way hole (1414), the described midfeather (122) being positioned between described the 15 mud chamber (1315) and described the 16 mud chamber (1316) is provided with the 16 through hole (1416), the described midfeather (122) being positioned between described the 17 mud chamber (1317) and described the 18 mud chamber (1318) is provided with the 18 through hole (1418), described the 11 through hole (1411) to the height of described the 13 through hole (1413) reduces successively, the height in described the tenth four-way hole (1414) is higher than the height in described the 13 through hole (1413) and described the tenth five-way hole (1415), described the tenth five-way hole (1415) reduces successively to the height of described the 17 through hole (1417), and the height of described the 18 through hole (1418) is lower than the height of described the 17 through hole (1417).
6. precipitation structure according to claim 5, it is characterized in that: be positioned on the described midfeather of described the 17 mud chamber (1317) and described the 18 mud chamber (1318) and be also provided with the 19 through hole (1419), the height of described the 19 through hole (1419) is higher than the height of described the 17 through hole (1417).
7. precipitation structure according to claim 5, is characterized in that: in described the 16 mud chamber (1316), be provided with filter screen in described the 17 mud chamber (1317) and/or described the 18 mud chamber (1318).
8. a fuel-economizing cleaning device that comprises the described precipitation structure of one of claim 1-7, is characterized in that: it comprises bracing frame (2), precipitation structure (1), oil drain pan (3) and oil-out (4);
It is upper that described precipitation structure (1) is removably fixed in support frame as described above (2), and described precipitation structure (1) is positioned at institute
State the below of oil drain pan (3); The top of described precipitation structure (1) is provided with settling tank entrance (15), and described settling tank entrance (15) is provided with lower oil leakage bucket (16);
Described oil drain pan (3) is fixed on the top of support frame as described above (2), and the bottom of described oil drain pan (3) is provided with oil drain pan outlet, and described oil drain pan (31) outlet is provided with oil leakage bucket (32); Described lower oil leakage bucket (16) setting corresponding to described upper oil leakage bucket (32);
Described oil-out (4) is located at the top of described oil drain pan (3); Described oil-out (4) is connected with described precipitation structure (1) by pipeline (5).
9. fuel-economizing cleaning device according to claim 8, it is characterized in that: comprise the first pipeline (51) and the second pipeline (52), described the first pipeline (51) one end connects described precipitation structure (1), the other end of described the first pipeline (51) connects one end of described the second pipeline (52), and the other end of described the second pipeline (52) connects described oil-out (4); Described the second pipeline (52) is located at the top of described oil drain pan (3) by being located at the link (6) of described oil drain pan (3) both upper ends thereof; The quantity of described oil-out (4) is more than two, and adjacent two described oil-outs (4) are staggered is located at described the second pipeline (52) above, and described the first pipeline (51) is provided with oil pump (8).
10. fuel-economizing cleaning device according to claim 8, is characterized in that: the bottom of described precipitation structure (1) is provided with castor (17); The two ends in described precipitation structure (1) outside are respectively equipped with carrying handle (18); One side of described precipitation structure (1) is provided with pushing hands; The bottom of described precipitation structure (1) is provided with sewage draining exit (19).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520945755.9U CN205235577U (en) | 2015-11-24 | 2015-11-24 | Deposit structure and including belt cleaning device that economizes on fuel of this sediment structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520945755.9U CN205235577U (en) | 2015-11-24 | 2015-11-24 | Deposit structure and including belt cleaning device that economizes on fuel of this sediment structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205235577U true CN205235577U (en) | 2016-05-18 |
Family
ID=55934658
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520945755.9U Withdrawn - After Issue CN205235577U (en) | 2015-11-24 | 2015-11-24 | Deposit structure and including belt cleaning device that economizes on fuel of this sediment structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205235577U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105289103A (en) * | 2015-11-24 | 2016-02-03 | 李华 | Precipitation structure and oil-saving cleaning device including same |
| CN108245939A (en) * | 2018-02-09 | 2018-07-06 | 大同煤矿集团有限责任公司 | Coal slime precipitation process system and water discharge method and coal mud clearing method in draining |
-
2015
- 2015-11-24 CN CN201520945755.9U patent/CN205235577U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105289103A (en) * | 2015-11-24 | 2016-02-03 | 李华 | Precipitation structure and oil-saving cleaning device including same |
| CN105289103B (en) * | 2015-11-24 | 2017-09-05 | 李华 | A kind of fuel-economizing cleaning device |
| CN108245939A (en) * | 2018-02-09 | 2018-07-06 | 大同煤矿集团有限责任公司 | Coal slime precipitation process system and water discharge method and coal mud clearing method in draining |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160518 Effective date of abandoning: 20170905 |