CN104998873A - Mechanical device capable of automatically removing dust on oil barrels - Google Patents
Mechanical device capable of automatically removing dust on oil barrels Download PDFInfo
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- CN104998873A CN104998873A CN201410150891.9A CN201410150891A CN104998873A CN 104998873 A CN104998873 A CN 104998873A CN 201410150891 A CN201410150891 A CN 201410150891A CN 104998873 A CN104998873 A CN 104998873A
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- module
- oil drum
- bearing module
- power transmission
- transmission shaft
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B9/00—Cleaning hollow articles by methods or apparatus specially adapted thereto
- B08B9/08—Cleaning containers, e.g. tanks
- B08B9/20—Cleaning containers, e.g. tanks by using apparatus into or on to which containers, e.g. bottles, jars, cans are brought
- B08B9/36—Cleaning containers, e.g. tanks by using apparatus into or on to which containers, e.g. bottles, jars, cans are brought the apparatus cleaning by using brushes
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- General Details Of Gearings (AREA)
Abstract
The invention relates to a mechanical device capable of automatically removing dust on oil barrels. According to the mechanical device, a PLC module is used for controlling the whole mechanical device to run, and in the dust removing process, a chain drives oil barrel disc seats, so that the oil barrels are driven to constantly rotate; brushes are controlled by the PLC module to constantly rotate, and meanwhile the brushes are controlled by the PLC module to constantly move vertically, so that dust on the inner surfaces and the outer surfaces of the oil barrels is thoroughly brushed clean; and in the dust removing process, only a small number of persons are required for controlling switch buttons of the whole device, so that manpower and material resources are greatly saved, and the dust removing efficiency is improved.
Description
Technical field
The present invention relates to brush dust mechanical device, be specifically related to a kind of automatic oil feed bucket brush dust mechanical device.
Background technology
The container that oil storage in the market uses mostly is oil drum, and the quality of oil drum manufacture faces a multiple technologies difficult problem.The material manufacturing oil drum mostly is iron sheet, be that raw material manufactures oil drum with iron sheet, after irony oil drum is made, one deck zinc can be plated in its surface, prevent and treat getting rusty of irony oil drum, oil drum is in zinc-plated process, and its surfaces externally and internally has a large amount of dusts, need the dust on surface to remove totally before zinc-plated, make zinc-plated better effects if.But in the process removing dust, artificial use hairbrush removes the dust clearing up oil drum surfaces externally and internally, this way is used to remove dust, cause remove dust cumbersome and remove dust unclean, especially when giving oil drum dedust in enormous quantities, required human cost is very large, and operating efficiency is extremely low.
Summary of the invention
For the present situation of above-mentioned prior art, the object of the present invention is to provide the automatic oil feed bucket brush dust mechanical device that a kind of manufacturing cost is lower, compact conformation has the market competitiveness.
For achieving the above object, the present invention's technical scheme used is: a kind of automatic oil feed bucket brush dust mechanical device, comprise PLC module, motor module A, slowdown module A, power transmission shaft A, power transmission shaft B, Webbing take-up device A, Webbing take-up device B, play suspender belt A, play suspender belt B, motor module B, slowdown module B, bearing module A, bearing module B, bearing module C, bearing module D, bearing module E, bearing module F, bearing module G, bearing module H, mechanical arm, power transmission shaft C, power transmission shaft D, brush holder support A, brush holder support B, brush holder support C, brush holder support D, brush holder support E, brush holder support F, brush holder support G, brush holder support H, oil drum A, oil drum B, oil drum C, oil drum D, hairbrush A, hairbrush B, hairbrush C, hairbrush D, hairbrush E, hairbrush F, hairbrush G, hairbrush H, oil drum dish seat A, oil drum dish seat B, oil drum dish seat C, oil drum dish seat D, motor module C, slowdown module C, chain, power transmission shaft A, power transmission shaft B is equipped with Webbing take-up device A in two ends respectively, Webbing take-up device B, drives power transmission shaft A by the rotation of slowdown module A, the rotation of power transmission shaft B, thus drive Webbing take-up device A, the rotation of Webbing take-up device B, Webbing take-up device A, suspender belt A has been rolled in the rotation of Webbing take-up device B respectively, play suspender belt B, play suspender belt A, play suspender belt B to be connected with mechanical arm, bearing module A, bearing module B, bearing module C, bearing module D, bearing module E, bearing module F, bearing module G, bearing module H is fixed on power transmission shaft C, on power transmission shaft D, power transmission shaft C, power transmission shaft D is fixed on slowdown module B, hairbrush A and brush holder support A supports the use, brush holder support A is connected with bearing module A, hairbrush B and brush holder support B supports the use, and brush holder support B is connected with bearing module B, and hairbrush C and brush holder support C supports the use, brush holder support C is connected with bearing module C, hairbrush D and brush holder support D supports the use, and brush holder support D is connected with bearing module D, and hairbrush E and brush holder support E supports the use, brush holder support E is connected with bearing module E, hairbrush F and brush holder support F supports the use, and brush holder support F is connected with bearing module F, and hairbrush G and brush holder support G supports the use, brush holder support G is connected with bearing module G, hairbrush H and brush holder support H supports the use, and brush holder support H is connected with bearing module H, and oil drum A is positioned on oil drum dish seat A, oil drum B is positioned on oil drum dish seat B, oil drum C is positioned on oil drum dish seat C, and oil drum D is positioned on oil drum dish seat D, and chain is wound in oil drum dish seat A, oil drum dish seat B, oil drum dish seat C, oil drum dish seat D outer surface.
Further, described power transmission shaft A is equal with power transmission shaft B length and with slowdown module A for symmetric points are distributed in slowdown module A the right and left in the same horizontal line.
Further, the distance of described Webbing take-up device A to slowdown module A is equal to the distance of slowdown module A with Webbing take-up device B.
Further, described suspender belt A, play suspender belt B with robot central point for symmetric points are connected to the left and right end of mechanical arm.
Further, described power transmission shaft C is equal with power transmission shaft D length and with slowdown module B for symmetrical centre is distributed in the left and right both sides of slowdown module B in the same horizontal line.
Further, described bearing module A, bearing module B, bearing module C, bearing module D is equidistant to be each other fixed on power transmission shaft C and distance between bearing module A central point and bearing module B central point equals the diameter of oil drum, bearing module E, bearing module F, bearing module G, the bearing module H each other equidistant distance be fixed between power transmission shaft D upper bearing (metal) module E central point and bearing module F central point equals the diameter of oil drum, bearing module A and bearing module H with slowdown module B for symmetric points are distributed in power transmission shaft C respectively, on power transmission shaft D, bearing module B and bearing module G with slowdown module B for symmetric points are distributed in power transmission shaft C respectively, on power transmission shaft D, bearing module C and bearing module F with slowdown module B for symmetric points are distributed in power transmission shaft C respectively, on power transmission shaft D, bearing module D and bearing module E with slowdown module B for symmetric points are distributed in power transmission shaft C respectively, on power transmission shaft D.
Further, the equal diameters of described oil drum A, oil drum B, oil drum C, oil drum D.
Further, the equal diameters launched of described hairbrush A, hairbrush B, hairbrush C, hairbrush D, hairbrush E, hairbrush F, hairbrush G, hairbrush H and with the equal diameters of oil drum A, oil drum B, oil drum C, oil drum D.
Further, described oil drum dish seat A, oil drum dish seat B, oil drum dish seat C, oil drum dish seat D outer surface have teeth.
Compared with prior art, the invention has the advantages that: the mechanical device of this automatic oil feed bucket brush dust, in the process of brush dust, oil drum is ceaselessly rotating, and hairbrush is ceaselessly rotating, and hairbrush is ceaselessly moving up and down simultaneously, thus oil drum surfaces externally and internally dust is scrubbed clean, whole device only needs a small amount of personnel control in brush dust process, greatly saves manpower and materials, improves brush dust efficiency and brush dust is very clean.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention.
Detailed description of the invention
As shown in Figure 1, a kind of automatic oil feed bucket brush dust mechanical device, comprises PLC module 1, motor module A 2, slowdown module A 3, power transmission shaft A 4, power transmission shaft B 5, Webbing take-up device A 6, Webbing take-up device B 7, play suspender belt A 8, play suspender belt B 9, motor module B 10, slowdown module B 11, bearing module A 12, bearing module B 13, bearing module C 14, bearing module D 15, bearing module E 16, bearing module F 17, bearing module G 18, bearing module H 19, mechanical arm 20, power transmission shaft C 21, power transmission shaft D 22, brush holder support A 23, brush holder support B 24, brush holder support C 25, brush holder support D 26, brush holder support E 27, brush holder support F 28, brush holder support G 29, brush holder support H 30, oil drum A 31, oil drum B 32, oil drum C 33, oil drum D 34, hairbrush A 35, hairbrush B 36, hairbrush C 37, hairbrush D 38, hairbrush E 39, hairbrush F 40, hairbrush G 41, hairbrush H 42, oil drum dish seat A 43, oil drum dish seat B 44, oil drum dish seat C 45, oil drum dish seat D 46, motor module C 47, slowdown module C 48, chain 49, power transmission shaft A 4 is equal with power transmission shaft B 5 length and with slowdown module A3 for symmetric points are distributed in slowdown module A 3 the right and left in the same horizontal line, power transmission shaft A 4, power transmission shaft B 5 two ends are equipped with Webbing take-up device A 6, Webbing take-up device B7 respectively, and the distance of Webbing take-up device A6 to slowdown module A3 is equal to the distance of slowdown module A3 with Webbing take-up device B7.The rotation of power transmission shaft A 4, power transmission shaft B5 is driven by the rotation of slowdown module A3, thus drive the rotation of Webbing take-up device A 6, Webbing take-up device B 7, the rotation of Webbing take-up device A 6, Webbing take-up device B 7 has been rolled suspender belt A 8 respectively, has been played suspender belt B 9, play suspender belt A8, play suspender belt B9 with mechanical arm 20 central point for symmetric points are connected to the left and right end of mechanical arm 20, when Webbing take-up device A 6, Webbing take-up device B 7 rotate and have rolled suspender belt A 8, suspender belt B 9, can at the uniform velocity, steadily to sling mechanical arm 20.Bearing module A 12, bearing module B 13, bearing module C 14, bearing module D 15, bearing module E 16, bearing module F 17, bearing module G 18, bearing module H 19 are fixed on power transmission shaft C21, power transmission shaft D 22, and power transmission shaft C21 is equal with power transmission shaft D22 length and with slowdown module B11 for symmetrical centre is distributed in the left and right both sides of slowdown module B11 in the same horizontal line.Hairbrush A 35 and brush holder support A 23 support the use, brush holder support A 23 is connected with bearing module A 12, hairbrush B 36 and brush holder support B 24 support the use, brush holder support B 24 is connected with bearing module B 13, hairbrush C 37 and brush holder support C 25 support the use, brush holder support C 25 is connected with bearing module C 14, hairbrush D 38 and brush holder support D 26 support the use, brush holder support D 26 is connected with bearing module D 15, hairbrush E 39 and brush holder support E 27 support the use, brush holder support E 27 is connected with bearing module E 16, hairbrush F 40 and brush holder support F 28 support the use, brush holder support F 28 is connected with bearing module F 17, hairbrush G 41 and brush holder support G 29 support the use, brush holder support G29 is connected with bearing module G 18, hairbrush H 42 and brush holder support H 30 support the use, brush holder support H 30 is connected with bearing module H 19, bearing module A12, bearing module B13, bearing module C14, bearing module D15 is equidistant to be each other fixed on power transmission shaft C21 and distance between bearing module A12 central point and bearing module B13 central point equals the diameter of oil drum, bearing module E16, bearing module F17, bearing module G18, bearing module H 19 is equidistant to be each other fixed on power transmission shaft D22, distance between bearing module E16 central point and bearing module F17 central point equals the diameter of oil drum, bearing module A12 and bearing module H19 with slowdown module B11 for symmetric points are distributed in power transmission shaft C21 respectively, on power transmission shaft D22, bearing module B13 and bearing module G18 with slowdown module B11 for symmetric points are distributed in power transmission shaft C21 respectively, on power transmission shaft D22, bearing module C14 and bearing module F17 with slowdown module B11 for symmetric points are distributed in power transmission shaft C21 respectively, on power transmission shaft D22, bearing module D15 and bearing module E16 with slowdown module B11 for symmetric points are distributed in power transmission shaft C21 respectively, on power transmission shaft D22.Oil drum A 31 is positioned on oil drum dish seat A 43, oil drum B 32 is positioned on oil drum dish seat B 44, oil drum C 33 is positioned on oil drum dish seat C 45, oil drum D 34 is positioned on oil drum dish seat D 46, the equal diameters that hairbrush A35, hairbrush B36, hairbrush C37, hairbrush D38, hairbrush E39, hairbrush F40, hairbrush G41, hairbrush H42 launch and with the equal diameters of oil drum A31, oil drum B32, oil drum C33, oil drum D34.Oil drum dish seat A43, oil drum dish seat B44, oil drum dish seat C45, oil drum dish seat D46 outer surface have teeth, and chain 49 is wound in oil drum dish seat A 43, oil drum dish seat B 44, oil drum dish seat C 45, oil drum dish seat D 46 outer surface.Start power supply, the running of motor module A2 is controlled by PLC module 1, this motor module A 2 is for commonly using common electric machine in market, then the rotating speed of motor module A 2 is reduced by slowdown module A 3, this slowdown module A 3 is also common decelerator, motor speed is reduced when motor speed is too fast, slowdown module A 3 drives power transmission shaft A 4, power transmission shaft B 5 rotates, by Webbing take-up device A 6, Webbing take-up device B 7, play suspender belt A 8, suspender belt B 9, mechanical arm 20 of slinging, thus drive brush holder support, hairbrush to clean the dust of oil drum surfaces externally and internally with water.At the same time, PLC module 1 controls motor module B 10 and operates, this motor module B 10 and motor module A 2 are selected from same product, be similarly common electric machine, then the rotating speed of motor module B 10 is reduced by slowdown module B 11, this slowdown module B 11 and slowdown module A 3 are with a decelerator, motor speed is reduced when motor speed is too fast, slowdown module B 11 drives power transmission shaft C 21, power transmission shaft D 22 rotates, thus by bearing module A 12, bearing module B 13, bearing module C 14, bearing module D 15, bearing module E 16, bearing module F 17, bearing module G 18, bearing module H 19 drives brush holder support, brush rotates, remove dust inside and outside oil drum.PLC module 1 controls motor module C 47 and operates, this motor module C47 and motor module B 10, motor module A 2 are selected from same product, be similarly common electric machine, then the rotating speed of motor module C 48 is reduced by slowdown module C 48, slowdown module C 48 drives the rotation of chain 49, thus driving the rotation of oil drum, this slowdown module C48 and slowdown module B11, slowdown module A 3 are with a decelerator, reduce motor speed when motor speed is too fast.The mechanical device of this automatic oil feed bucket brush dust, in the process of brush dust, oil drum is ceaselessly rotating, hairbrush is ceaselessly rotating, hairbrush is ceaselessly moving up and down simultaneously, thus oil drum surfaces externally and internally dust is scrubbed clean, and whole device only needs a small amount of personnel control in brush dust process, greatly save manpower and materials, improve brush dust efficiency and brush dust is clean.
Last it is noted that above embodiment is only in order to illustrate technical scheme of the present invention, be not intended to limit; Although with reference to previous embodiment to invention has been detailed description, it will be understood by those of skill in the art that it still can be modified to the technical scheme described in foregoing embodiments, or wherein portion of techniques feature is replaced on an equal basis; And these amendments or replacement, do not make the essence of appropriate technical solution depart from spirit and the scope of various embodiments of the present invention technical scheme.
Claims (9)
1. an automatic oil feed bucket brush dust mechanical device, it is characterized in that, comprise PLC module, motor module A, slowdown module A, power transmission shaft A, power transmission shaft B, Webbing take-up device A, Webbing take-up device B, play suspender belt A, play suspender belt B, motor module B, slowdown module B, bearing module A, bearing module B, bearing module C, bearing module D, bearing module E, bearing module F, bearing module G, bearing module H, mechanical arm, power transmission shaft C, power transmission shaft D, brush holder support A, brush holder support B, brush holder support C, brush holder support D, brush holder support E, brush holder support F, brush holder support G, brush holder support H, oil drum A, oil drum B, oil drum C, oil drum D, hairbrush A, hairbrush B, hairbrush C, hairbrush D, hairbrush E, hairbrush F, hairbrush G, hairbrush H, oil drum dish seat A, oil drum dish seat B, oil drum dish seat C, oil drum dish seat D, motor module C, slowdown module C, chain, power transmission shaft A, power transmission shaft B is equipped with Webbing take-up device A in two ends respectively, Webbing take-up device B, drives power transmission shaft A by the rotation of slowdown module A, the rotation of power transmission shaft B, thus drive Webbing take-up device A, the rotation of Webbing take-up device B, Webbing take-up device A, suspender belt A has been rolled in the rotation of Webbing take-up device B respectively, play suspender belt B, play suspender belt A, play suspender belt B to be connected with mechanical arm, bearing module A, bearing module B, bearing module C, bearing module D, bearing module E, bearing module F, bearing module G, bearing module H is fixed on power transmission shaft C, on power transmission shaft D, power transmission shaft C, power transmission shaft D is fixed on slowdown module B, hairbrush A and brush holder support A supports the use, brush holder support A is connected with bearing module A, hairbrush B and brush holder support B supports the use, and brush holder support B is connected with bearing module B, and hairbrush C and brush holder support C supports the use, brush holder support C is connected with bearing module C, hairbrush D and brush holder support D supports the use, and brush holder support D is connected with bearing module D, and hairbrush E and brush holder support E supports the use, brush holder support E is connected with bearing module E, hairbrush F and brush holder support F supports the use, and brush holder support F is connected with bearing module F, and hairbrush G and brush holder support G supports the use, brush holder support G is connected with bearing module G, hairbrush H and brush holder support H supports the use, and brush holder support H is connected with bearing module H, and oil drum A is positioned on oil drum dish seat A, oil drum B is positioned on oil drum dish seat B, oil drum C is positioned on oil drum dish seat C, and oil drum D is positioned on oil drum dish seat D, and chain is wound in oil drum dish seat A, oil drum dish seat B, oil drum dish seat C, oil drum dish seat D outer surface.
2. a kind of automatic oil feed bucket brush dust mechanical device according to claim 1, is characterized in that, described power transmission shaft A is equal with power transmission shaft B length and with slowdown module A for symmetric points are distributed in slowdown module A the right and left in the same horizontal line.
3. a kind of automatic oil feed bucket brush dust mechanical device according to claim 1, it is characterized in that, the distance of described Webbing take-up device A to slowdown module A is equal to the distance of slowdown module A with Webbing take-up device B.
4. a kind of automatic oil feed bucket brush dust mechanical device according to claim 1, is characterized in that, described suspender belt A, plays suspender belt B with robot central point for symmetric points are connected to the left and right end of mechanical arm.
5. a kind of automatic oil feed bucket brush dust mechanical device according to claim 1, is characterized in that, described power transmission shaft C is equal with power transmission shaft D length and with slowdown module B for symmetrical centre is distributed in the left and right both sides of slowdown module B in the same horizontal line.
6. a kind of automatic oil feed bucket brush dust mechanical device according to claim 1, it is characterized in that, described bearing module A, bearing module B, bearing module C, bearing module D is equidistant to be each other fixed on power transmission shaft C and distance between bearing module A central point and bearing module B central point equals the diameter of oil drum, bearing module E, bearing module F, bearing module G, the bearing module H each other equidistant distance be fixed between power transmission shaft D upper bearing (metal) module E central point and bearing module F central point equals the diameter of oil drum, bearing module A and bearing module H with slowdown module B for symmetric points are distributed in power transmission shaft C respectively, on power transmission shaft D, bearing module B and bearing module G with slowdown module B for symmetric points are distributed in power transmission shaft C respectively, on power transmission shaft D, bearing module C and bearing module F with slowdown module B for symmetric points are distributed in power transmission shaft C respectively, on power transmission shaft D, bearing module D and bearing module E with slowdown module B for symmetric points are distributed in power transmission shaft C respectively, on power transmission shaft D.
7. a kind of automatic oil feed bucket brush dust mechanical device according to claim 1, is characterized in that, the equal diameters of described oil drum A, oil drum B, oil drum C, oil drum D.
8. a kind of automatic oil feed bucket brush dust mechanical device according to claim 1, it is characterized in that, the equal diameters that described hairbrush A, hairbrush B, hairbrush C, hairbrush D, hairbrush E, hairbrush F, hairbrush G, hairbrush H launch and with the equal diameters of oil drum A, oil drum B, oil drum C, oil drum D.
9. a kind of automatic oil feed bucket brush dust mechanical device according to claim 1, it is characterized in that, described oil drum dish seat A, oil drum dish seat B, oil drum dish seat C, oil drum dish seat D outer surface have teeth.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410150891.9A CN104998873B (en) | 2014-04-16 | 2014-04-16 | A kind of automatic oil feed bucket brush dust mechanical device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410150891.9A CN104998873B (en) | 2014-04-16 | 2014-04-16 | A kind of automatic oil feed bucket brush dust mechanical device |
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| Publication Number | Publication Date |
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| CN104998873A true CN104998873A (en) | 2015-10-28 |
| CN104998873B CN104998873B (en) | 2018-07-31 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201410150891.9A Active CN104998873B (en) | 2014-04-16 | 2014-04-16 | A kind of automatic oil feed bucket brush dust mechanical device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107549991A (en) * | 2017-10-13 | 2018-01-09 | 乐绪春 | A kind of easily special-shaped cup device |
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| DE3715305A1 (en) * | 1987-05-08 | 1988-12-01 | Helmut Silberzahn | Washing system for the exterior cleaning of containers |
| CN2310631Y (en) * | 1996-06-29 | 1999-03-17 | 杨聪华 | Dust removing device for dynamo-powered cement dust-collector |
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| CN107549991A (en) * | 2017-10-13 | 2018-01-09 | 乐绪春 | A kind of easily special-shaped cup device |
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| CN104998873B (en) | 2018-07-31 |
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Effective date of registration: 20210527 Address after: 225202 Xinxin group, Chenzhuang village, Xiannv Town, Jiangdu District, Yangzhou City, Jiangsu Province (Xiancheng Industrial Park) Patentee after: Yangzhou xingle environmental protection equipment Co.,Ltd. Address before: 225000 Huanghe South Road, Jiangdu District, Yangzhou City, Jiangsu Province Patentee before: YANGZHOU XINLE ELECTROPLATING EQUIPMENT Co.,Ltd. |
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