CN205444149U - Rubbish cleaning device's on water feeding mechanism - Google Patents
Rubbish cleaning device's on water feeding mechanism Download PDFInfo
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- CN205444149U CN205444149U CN201620241445.3U CN201620241445U CN205444149U CN 205444149 U CN205444149 U CN 205444149U CN 201620241445 U CN201620241445 U CN 201620241445U CN 205444149 U CN205444149 U CN 205444149U
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- hull
- cleaning device
- cabin
- feed pipe
- spiro rod
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Abstract
The utility model provides a rubbish cleaning device's on water feeding mechanism belongs to sewage treatment device technical field. It has solved the problem that current levitate solid garbage on water is difficult to the clearance. This rubbish cleaning device's on water feeding mechanism, rubbish cleaning device on water includes the hull, has feeding cabin and storage cabin in the hull, and feeding mechanism is including linking firmly the conveying pipe in the hull, and the conveying pipe internal rotation is connected with the pay -off screw rod, and the storage under -deck is stretched into to the rear end of this pay -off screw rod, and the front end stretches into the feeding under -deck, and the external diameter of pay -off screw rod is followed length direction and has been seted up the return flume by preceding crescent backward in the conveying pipe, and the front end and the hull outside of this return flume are linked together. This rubbish cleaning device's on water feeding mechanism can extrude solid garbage in data send process to with the log raft play among the solid garbage, reduce the capacity of hull.
Description
Technical field
This utility model belongs to technical field of sewage treatment equipment, relates to the feed mechanism of a kind of garbage cleaning device waterborne.
Background technology
Along with the reach of science, the progress in epoch, the swift and violent growth of population, the environment that the mankind depend on for existence and development is contaminated, ecological environment is destroyed, ecosystem also can be destroyed therewith, environmental problem moves towards global from region, the mankind must cherish the earth, the environmental problem that common concern is global with solution, wherein water pollutes and is also on the rise, become a global No.1 environmental improvement difficult problem, water pollutes mainly industrial wastewater pollution, Sewage Pollution etc., solid waste including floating on water surface, these solid waste not only video display city look and feel, and organism in water and water quality are caused great bodily injury.
Summary of the invention
The purpose of this utility model is to there are the problems referred to above for existing technology, propose the feed mechanism of a kind of garbage cleaning device waterborne, solid waste can be extruded during transmitting by the feed mechanism of this garbage cleaning device waterborne, thus the water in solid waste is discharged, reduce the load capacity of hull.
The purpose of this utility model can be realized by following technical proposal: the feed mechanism of a kind of garbage cleaning device waterborne, garbage cleaning device waterborne includes hull, it is characterized in that, there is in described hull charging cabin and storing cabin, described charging freight space is in the front end in storing cabin, described feed mechanism includes the feed pipe being connected in hull, this feed pipe is arranged along hull fore-and-aft direction, and feed pipe is between charging cabin and storing cabin, described feed pipe tilts, and the front end of feed pipe is less than rear end, it is rotatably connected to feeding spiro rod in described feed pipe, the rear end of this feeding spiro rod is stretched in storing cabin, front end is stretched in charging cabin, the external diameter of described feeding spiro rod is gradually increased by after forward direction, return flume is offered along its length in described feed pipe, the front end of this return flume and hull are connected externally to lead to.
Solid waste after extruding enters in feeding warehouse, one end of feeding spiro rod is stretched in charging cabin, therefore the feeding spiro rod rotated can enter in feed pipe with the solid waste in charging cabin, and move along feed pipe, owing to the external diameter of feeding spiro rod becomes larger along feed direction, solid waste can be extruded during solid waste transmits by i.e. feeding spiro rod, moisture in solid waste is extruded further, the moisture of extrusion is discharged by return flume, solid-state press after Ji Ya stores in then entering storing cabin, the solid waste water content entered in storing cabin is diminished, to reduce the bearing capacity of hull.
In the feed mechanism of above-mentioned garbage cleaning device waterborne, it is fixed with power motor in described hull, mounting seat also it is fixed with in described hull, the two ends of described feeding spiro rod are respectively provided with column connecting portion, and the connecting portion of feeding spiro rod front end is rotatably connected on the sidewall of charging cabin, the connecting portion of described feeding spiro rod rear end passes mounting seat, and the output shaft of the one end passed and power motor is fixedly connected with.The two ends of feeding spiro rod are rotationally connected by two connecting portions, Stability Analysis of Structures.
In the feed mechanism of above-mentioned garbage cleaning device waterborne, forming feeding gap between lateral wall and the medial wall of feed pipe of described feeding spiro rod, the width in described feeding gap is gradually reduced to the back-end by front end.Feeding gap is passed through for solid waste, by tapering into of feeding gap width, thus extrudes solid waste, and sufficiently the moisture in prize solid waste is discharged, and reduces the weight of solid waste.
In the feed mechanism of above-mentioned garbage cleaning device waterborne, in described charging cabin, level is fixed with screen pack, the lower end in charging cabin is separated out water chamber by this screen pack, and described water chamber is connected externally to lead to by outlet pipe and hull, and the front end of described return flume is connected with water chamber.Solid waste prestores after entering charging cabin, wait that feeding spiro rod carries, solid waste in charging cabin can carry out drainage in the process, make moisture filter in water chamber, further, the moisture squeezed out in feed pipe enters in water chamber by return flume, same discharge, water pumper can also be installed on hull, the water in water chamber is discharged.
In the feed mechanism of above-mentioned garbage cleaning device waterborne, described return flume is positioned at the bottom of feed pipe, has the dividing plate of strip at return flume upper cover, and described dividing plate offers water hole along its length.Dividing plate, it can be avoided that solid waste is squeezed in return flume, causes return flume to block, and the water extruding generation is then entered in return flume by water hole.
Compared with prior art, the feed mechanism of this garbage cleaning device waterborne has the advantage that
1, become larger along feed direction due to the external diameter of feeding spiro rod, solid waste can be extruded during solid waste transmits by i.e. feeding spiro rod, moisture in solid waste is extruded further, the moisture of extrusion is discharged by return flume, solid-state press after Ji Ya stores in then entering storing cabin, thus reduces the weight of solid waste.
2, prestoring after entering charging cabin due to solid waste, wait that feeding spiro rod carries, the solid waste in charging cabin can carry out drainage in the process so that in moisture filter to water chamber, to reduce the weight of solid waste.
Accompanying drawing explanation
Fig. 1 is the perspective view of this garbage cleaning device waterborne.
Fig. 2 is the structure sectional view of this garbage cleaning device waterborne.
Fig. 3 is the partial structurtes sectional view of this garbage cleaning device waterborne.
Fig. 4 is the schematic enlarged-scale view in Fig. 3 at A.
Fig. 5 is the schematic enlarged-scale view in Fig. 2 at B.
In figure, 1, hull；11, charging cabin；111, screen pack；112, water chamber；113, outlet pipe；12, storing cabin；13, installation portion；14, installation cavity；15, feeding-passage；16, mounting seat；2, feeding belt；21, double wedge；22, rotary shaft；23, cylinder；3, feedboard；31, treatment hole；4, actuator；41, motor is driven；42, worm gear；43, worm screw；5, extrusion；51, stripper plate；52, breach；53, recipient；54, extrusion spring；55, fixed plate；56, guide post；57, guide pipe；6, feed pipe；61, return flume；62, feeding gap；7, feeding spiro rod；71, connecting portion；8, power motor；9, dividing plate；91, water hole.
Detailed description of the invention
The following is specific embodiment of the utility model and combine accompanying drawing, the technical solution of the utility model is further described, but this utility model is not limited to these embodiments.
nullSuch as Fig. 1、Shown in Fig. 2，A kind of feed mechanism of garbage cleaning device waterborne，Garbage cleaning device waterborne includes hull 1，There is in hull 1 charging cabin 11 and storing cabin 12，Charging cabin 11 is positioned at the front end in storing cabin 12，The front end of hull 1 has the two strip installation portions 13 forward extended out，Installation cavity 14 is all offered on the opposite flank of two installation portions 13，Feeding belt 2 all it is rotatably connected in installation cavity 14，There is on the side of feeding belt 2 some double wedges 21 along its length，Feeding-passage 15 is formed between two feeding belts 2，The front end of hull 1 is fixed with feedboard 3 between two feeding belts 2，Charging cabin 11 is stretched in the rear end of this feedboard 3，The front end of feedboard 3 forward extends out hull 1，Hull 1 is provided with the actuator 4 that can drive two feeding belt 2 Synchronous Transmission，It is equipped with in two installation cavitys 14 and two feeding belts 2 can be made to be positioned at feedboard 3 upper section mutually draw close the extrusion 5 of compression，Feed mechanism includes the feed pipe 6 being connected in hull 1，This feed pipe 6 is arranged along hull 1 fore-and-aft direction，And feed pipe 6 is between charging cabin 11 and storing cabin 12，Feed pipe 6 tilts，And the front end of feed pipe 6 is less than rear end，Feeding spiro rod 7 it is rotatably connected in feed pipe 6，The rear end of this feeding spiro rod 7 is stretched in storing cabin 12，Front end is stretched in charging cabin 11，The rear end of feedboard 3 is positioned at the top of feeding spiro rod 7，The external diameter of feeding spiro rod 7 is gradually increased by after forward direction，Return flume 61 is offered along its length in feed pipe 6，The front end of this return flume 61 is connected externally to lead to hull 1.nullHull 1 moves forward，The floating solid waste in front is gradually drawn close and is entered to hull 1 front end between two installation portions 13，Actuator 4 drives two feeding belt 2 transmissions，There is on feeding belt 2 double wedge 21，Solid waste between two installation portions 13 can be produced pull strength，Under extrusion 5 acts on，Feeding-passage 15 tapers into，I.e. the active force of solid waste is become larger，And solid waste is pushed on feedboard 3，Simultaneously under extrusion 5 acts on，Solid waste on feedboard 3 can be extruded by two relative feeding belts 2，Moisture in solid waste can be extruded，Solid waste after extruding is along feedboard 3 and enters in feeding warehouse，One end of feeding spiro rod 7 is stretched in charging cabin 11，Therefore the feeding spiro rod 7 rotated can enter in feed pipe 6 with the solid waste in charging cabin 11，And move along feed pipe 6，Owing to the external diameter of feeding spiro rod 7 becomes larger along feed direction，Solid waste can be extruded during solid waste transmits by i.e. feeding spiro rod 7，Moisture in solid waste is extruded further，The moisture of extrusion is discharged by return flume 61，Solid-state press after Ji Ya stores in then entering storing cabin 12，Due to by the extrusion process of multistep，The solid waste water content entered in storing cabin 12 is diminished，To reduce the bearing capacity of hull 1.
Specifically, shown in Fig. 3, Fig. 4, feedboard 3 is curved, and the front end of feedboard 3 is less than the rear end of feedboard 3, and feedboard 3 offers some treatment holes 31, feedboard 3 front end of arc can extend to below the water surface, rear end extends to feed in cabin 11, and arc arranges and solid waste can be guided to be sent to above feedboard 3, and under the extruding of feeding belt 2, the moisture in solid waste can directly be extruded and pass through treatment hole 31 and discharge.Actuator 4 includes the driving motor 41 being connected on hull 1, the two ends of installation cavity 14 are all rotatably connected to rotary shaft 22, cylinder 23 all it is fixed with in described rotary shaft 22, feeding belt 2 is set on two cylinders 23, installation cavity 14 is all stretched out in rotary shaft 22 upper end being wherein positioned at rear end, and it is fixed with worm gear 42 in the one end stretched out, it is rotatably connected to worm screw 43 between two installation portions 13, there are on worm screw 43 two oppositely oriented external screw threads, two worm gears 42 are meshed with two external screw threads of worm screw 43 respectively, motor 41 is driven to be connected with worm screw 43, i.e. two feeding belts 2 are all supported tensioning by cylinder 23, and coordinated by worm gear 42 worm screw 43 and make same driving motor 41 drive two progressive band synchronous backward transmissions, structure is compacter.Extrusion 5 includes two stripper plates 51, this two stripper plate 51 is all slidably connected in installation cavity 14 along installation cavity 14 width, and two the plate face of stripper plate 51 relative, two stripper plates 51 are respectively positioned on the top of feedboard 3, some breach 52 are offered on stripper plate 51, recipient 53 all it is rotatably connected in breach 52, the extrusion spring 54 that recipient 53 can be made to be pressed on feeding belt 2 it is additionally provided with between stripper plate 51 and installation cavity 14, stripper plate 51 is used for positioning support recipient 53, under extrusion spring 54 acts on, recipient 53 is pressed on feeding belt 2 medial surface, make feeding belt 2 tensioning, when simultaneously suffering the bigger solid waste of hardness, two stripper plates 51 can compress extrusion spring 54 and dodge, avoid the occurrence of rigid extruding and feeding belt 2 is produced damage.Fixed plate 55 the most vertically it is fixed with in two installation cavitys 14, two fixed plate 55 sides are relative, guide post 56 the most vertically it is fixed with on the opposite flank of two fixed plates 55, stripper plate 51 is the most vertically fixed with guide pipe 57 on side, guide pipe 57 is slidably located on guide post 56, extrusion spring 54 is set on guide pipe 57, and one end of extrusion spring 54 compresses on the fixture plate 55, the other end is pressed on stripper plate 51, i.e. stripper plate 51 is connected on the fixture plate 55 by guide pipe 57 and guide post 56, structure is more stable, mobile the most smooth and easy.
Shown in Fig. 5, power motor 8 it is fixed with in hull 1, mounting seat 16 also it is fixed with in hull 1, the two ends of feeding spiro rod 7 are respectively provided with column connecting portion 71, and the connecting portion 71 of feeding spiro rod 7 front end is rotatably connected on charging cabin 11 sidewall, the connecting portion 71 of feeding spiro rod 7 rear end is through mounting seat 16, and the output shaft of the one end passed and power motor 8 is fixedly connected with, the two ends of feeding spiro rod 7 are rotationally connected by two connecting portions 71, Stability Analysis of Structures.Feeding gap 62 is formed between lateral wall and the medial wall of feed pipe 6 of feeding spiro rod 7, the width in feeding gap 62 is gradually reduced to the back-end by front end, feeding gap 62 is passed through for solid waste, by tapering into of feeding gap 62 width, thus solid waste is extruded, sufficiently the moisture in prize solid waste is discharged, and reduces the weight of solid waste.In charging cabin 11, level is fixed with screen pack 111, the lower end in charging cabin 11 is separated out water chamber 112 by this screen pack 111, water chamber 112 is connected externally to lead to hull 1 by outlet pipe 113, the front end of return flume 61 is connected with water chamber 112, solid waste prestores after entering charging cabin 11, wait that feeding spiro rod 7 carries, solid waste in charging cabin 11 can carry out drainage in the process, make moisture filter in water chamber 112, further, the moisture squeezed out in feed pipe 6 enters in water chamber 112 by return flume 61, same discharge, water pumper can also be installed on hull 1, water in water chamber 112 is discharged.Return flume 61 is positioned at the bottom of feed pipe 6, the dividing plate 9 of strip is had at return flume 61 upper cover, water hole 91 is offered along its length on dividing plate 9, dividing plate 9 is it can be avoided that solid waste is squeezed in return flume 61, causing return flume 61 to block, the water extruding generation is then entered in return flume 61 by water hole 91.
Claims (5)
- null1. the feed mechanism of a garbage cleaning device waterborne，Garbage cleaning device waterborne includes hull (1)，It is characterized in that，There are in described hull (1) charging cabin (11) and storing cabin (12)，Described charging cabin (11) is positioned at the front end of storing cabin (12)，Described feed mechanism includes the feed pipe (6) being connected in hull (1)，This feed pipe (6) is arranged along hull (1) fore-and-aft direction，And feed pipe (6) is positioned between charging cabin (11) and storing cabin (12)，Described feed pipe (6) tilts，And the front end of feed pipe (6) is less than rear end，Feeding spiro rod (7) it is rotatably connected in described feed pipe (6)，The rear end of this feeding spiro rod (7) is stretched in storing cabin (12)，Front end is stretched in charging cabin (11)，The external diameter of described feeding spiro rod (7) is gradually increased by after forward direction，Return flume (61) is offered along its length in described feed pipe (6)，The front end of this return flume (61) is connected externally to lead to hull (1).
- The feed mechanism of garbage cleaning device waterborne the most according to claim 1, it is characterized in that, power motor (8) it is fixed with in described hull (1), mounting seat (16) also it is fixed with in described hull (1), the two ends of described feeding spiro rod (7) are respectively provided with column connecting portion (71), and the connecting portion (71) of feeding spiro rod (7) front end is rotatably connected on charging cabin (11) sidewall, the connecting portion (71) of described feeding spiro rod (7) rear end passes mounting seat (16), and the output shaft of the one end passed and power motor (8) is fixedly connected with.
- The feed mechanism of garbage cleaning device waterborne the most according to claim 2, it is characterized in that, forming feeding gap (62) between lateral wall and the medial wall of feed pipe (6) of described feeding spiro rod (7), the width of described feeding gap (62) is gradually reduced to the back-end by front end.
- 4. according to the feed mechanism of the garbage cleaning device waterborne described in Claims 2 or 3, it is characterized in that, the interior level of described charging cabin (11) is fixed with screen pack (111), the lower end of charging cabin (11) is separated out water chamber (112) by this screen pack (111), described water chamber (112) is connected externally to lead to hull (1) by outlet pipe (113), and the front end of described return flume (61) is connected with water chamber (112).
- The feed mechanism of garbage cleaning device waterborne the most according to claim 4, it is characterized in that, described return flume (61) is positioned at the bottom of feed pipe (6), there is the dividing plate (9) of strip at return flume (61) upper cover, described dividing plate (9) offers water hole (91) along its length.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620241445.3U CN205444149U (en) | 2016-03-25 | 2016-03-25 | Rubbish cleaning device's on water feeding mechanism |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620241445.3U CN205444149U (en) | 2016-03-25 | 2016-03-25 | Rubbish cleaning device's on water feeding mechanism |
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| CN205444149U true CN205444149U (en) | 2016-08-10 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115817738A (en) * | 2022-12-10 | 2023-03-21 | 山东企管家环保科技有限公司 | A cleaning device for river course environment is administered |
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2016
- 2016-03-25 CN CN201620241445.3U patent/CN205444149U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115817738A (en) * | 2022-12-10 | 2023-03-21 | 山东企管家环保科技有限公司 | A cleaning device for river course environment is administered |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CB03 | Change of inventor or designer information |
Inventor after: Zhong Jingshen Inventor before: Ye Junzhi |
|
| CB03 | Change of inventor or designer information | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20170911 Address after: The town of Nanhai District, Guangdong city of Foshan province Luo village 528000 Langsha avenue to the north of ylong (soil) Guangdong new light industry base in the core area of A District 7 building two unit 203 Patentee after: Guangdong central Ecology Technology Co., Ltd. Address before: 311802 Zhuji City, Shaoxing province Zhen Zhen Zhen Zhen Village Station Patentee before: Ye Junzhi |
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| TR01 | Transfer of patent right |