CN205500232U - Vertical conveyor of mud - Google Patents
Vertical conveyor of mud Download PDFInfo
- Publication number
- CN205500232U CN205500232U CN201620144501.1U CN201620144501U CN205500232U CN 205500232 U CN205500232 U CN 205500232U CN 201620144501 U CN201620144501 U CN 201620144501U CN 205500232 U CN205500232 U CN 205500232U
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- pipeline
- screw mechanism
- mud
- horizontal pipe
- transport device
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Abstract
The utility model relates to a vertical conveyor of mud. Including the horizontal movement unit, the horizontal movement unit contains horizontal pipeline, has a screw mechanism in the horizontal pipeline, and there is a gear motor horizontal pipeline outer end, and a gear motor's an output shaft and a screw mechanism outer end link together. There is the feed inlet in a neighbouring gear motor's the horizontal pipeline one end on the lateral wall. Its characteristics still include vertical conveying unit, and vertical conveying unit contains the pipeline of erectting, and it even has the elephant trunk that is the slope and arranges on one side pipe wall of neighbouring its upper end of pipeline to erect, the elephant trunk upper end with erect pipeline inner chamber intercommunication. It meets and communicates with horizontal pipeline to erect the pipeline lower extreme. Have the 2nd screw mechanism in erectting the pipeline, it has the 2nd gear motor to erect the pipeline upper end, and the 2nd gear motor's output shaft and the 2nd screw mechanism's upper end link together. The utility model discloses application scope is wide, adopts the utility model discloses come to carry mud to the eminence, can avoid pollution, reduction maintenance cost to operational environment.
Description
Technical field
This utility model relates to a kind of mud conveying mechanism.Specifically, it is the helix transporting device that can vertically hoist and carry mud.The conveying that vertically hoists of the mud such as the mud collected during being applicable to the mud of the municipal sludge of feces etc, sewage sediment etc, the mud of steel plant's generation, the oily sediment of oil drilling industry generation and environmental improvement.
Background technology
Both knowing about in Treatment of Sludge industry, sludge handling process complex process, step is more, and each processing step needs again distinct device to complete.The most overhead certain altitude of equipment therein.Therefore, in sludge handling process, mud just need to will can be made above sludge lifting to processing equipment to send in processing equipment with lifting means.Traditional sludge lifting equipment mainly has sealing-tape machine and the sludge pump two kinds of vertical bands shirt rim.The former, when hoisting conveying mud, the most easily leaks, pollutes working environment, and fragile, maintenance cost is higher.The latter can only carry the mud being higher than 30% containing solvent (medium such as water or oil) rate, if carry the mud being less than 30% containing solvent (medium such as water or oil) rate with the latter, stopping state easily occurs, therefore, employing sludge pump cannot carry the mud being less than 30% containing solvent (medium such as water or oil) rate, and range is restricted.Although use flat spin conveyer device can also realize being transported to mud eminence, but when using flat spin conveyer device conveying mud, it is necessary to make the axially inclined layout of flat spin conveyer device, and angle of inclination not can exceed that 30 degree.So, the height that mud is brought up to be needed to be realized, it is desirable to the axial length of flat spin conveyer device wants long enough.And the axial length one of flat spin conveyer device is long, not only take up space many, use occasion of working site is restricted, and the material that building equipment needs is many, investment is many, processing cost height.
Utility model content
Problem to be solved in the utility model is to provide a kind of mud vertical transport device.This mud vertical transport device, applied widely, use occasion is unrestricted.Use this device to the conveying mud that hoists, the pollution to working environment can be avoided, reduce maintenance cost.
The problems referred to above to be solved in the utility model are realized by techniques below scheme:
Mud vertical transport device of the present utility model includes horizontal feed unit, described horizontal feed unit includes horizontal pipe, the first screw mechanism is had in horizontal pipe, horizontal pipe outer end has the first reducing motor, the output shaft of the first reducing motor to be to link together in rotatable shape stretches into horizontal pipe outer end and with the first screw mechanism outer end.Charging aperture is had on horizontal pipe one end upper side wall of neighbouring first reducing motor.Being characterized in also including vertical supply unit, described vertical supply unit contains setting pipeline, erects pipeline and is connected with the elephant trunk of inclined layout, elephant trunk upper end and setting pipeline inner space on the side tube wall of its upper end.Erect lower end of duct connect with described horizontal pipe and connect.Erect in pipeline and have the second screw mechanism, erect pipeline upper end have the second reducing motor, the output shaft of the second reducing motor be rotatable shape stretch into erect pipeline upper end in and link together with the upper end of the second screw mechanism.
Wherein, described second screw mechanism includes at least two screw mechanism, is connected with vertical short axle between adjacent screw mechanism, and the middle of vertical short axle is cased with axle sleeve, all there is circumferential slot on the vertical short axle cylindrical at axle sleeve two ends, in circumferential slot, all have back-up ring and back-up ring to protrude outside circumferential slot.Having anchor ear outside axle sleeve, described anchor ear is formed by two lobe shoe anchor ears docking, and the axially centre inside anchor ear is fixed with by the sliding sleeve of two lobe sliding sleeves docking, and sliding sleeve and shaft room are in being slidably matched.All having radially inner raised edge inside the two ends of described anchor ear, radially inner raised edge and described short between centers are in sealing shape clearance fit.Described anchor ear is connected with suspension strut mechanism with the setting pipeline enclosure of its corresponding position.
Described suspension strut mechanism includes shoe plate, and shoe plate is detachably fixed together with erectting pipeline enclosure, is linked together by connecting rod between shoe plate and described anchor ear.
The first manhole is had on the tube wall erectting pipeline of suspension strut mechanism offside.
Described first screw mechanism is shaftless screw mechanism.
Described second screw mechanism is to have axle screw mechanism.
Described elephant trunk lower end bends downwards so that the centrage of elephant trunk lower end is in being vertically arranged.
Clutch shaft bearing is had between the output shaft of the first reducing motor and horizontal pipe outer end.
There is the second manhole vertical duct lower end on the tube wall of horizontal pipe junction.
The 3rd manhole is had on the upside of tube wall between charging aperture and horizontal pipe inner end.
As can be seen from the above scheme, owing to this utility model contains vertical supply unit, described vertical supply unit contains setting pipeline, erects pipeline and is connected with the elephant trunk of inclined layout, elephant trunk upper end and setting pipeline inner space on the side tube wall of its upper end.Erect lower end of duct connect with described horizontal pipe and connect.Erect in pipeline and have the second screw mechanism, erect pipeline upper end have the second reducing motor, the output shaft of the second reducing motor be rotatable shape stretch into erect pipeline upper end in and link together with the upper end of the second screw mechanism.During work, first the mud entered in horizontal pipe is sent into by the first screw mechanism in horizontal pipe and erect pipeline and the bottom of the second screw mechanism, the second screw mechanism is driven to rotate by the second reducing motor again, and make the centrifugal force of the second screw mechanism overcome the mud adhesion to the second screw mechanism, after being transported to erect pipeline upper end by the mud bottom entrance setting pipeline and the second screw mechanism again, mud is finally made to discharge from the elephant trunk lower end of inclined layout and give processing equipment.Compared with the sealing-tape machine of the vertical bands shirt rim in background technology, from import to outlet, outside mud is not exposed to, it is to avoid leakage, the situation polluting working environment occur.Owing to horizontal cell of the present utility model is made up of the first screw mechanism in horizontal pipe, horizontal pipe and the first motor, vertically supply unit is constituted by erectting pipeline, the second screw mechanism erect in pipeline and the second reducing motor, metal material is all used to make, compared with the sealing-tape machine of the vertical bands shirt rim in background technology, it is hardly damaged, maintenance cost can be substantially reduced.Containing vertical supply unit due to this utility model again, after combining with horizontal cell, horizontal cell is also not required to be in tilted layout, compared with the pure water flat spin conveyer device in background technology, working site takes up space less, can not only be used in the occasion of larger space, moreover it is possible to be used in the occasion in less space.Therefore, this utility model not only use occasion is unrestricted, and decreases the material that building equipment needs, and decreases investment cost, reduces the processing cost of mud.
Accompanying drawing explanation
Fig. 1 is mud vertical transport apparatus structure schematic diagram of the present utility model；
Fig. 2 is enlarged diagram at the I of Fig. 1；
Fig. 3 is the A-A cross-sectional schematic after Fig. 2 removes the second screw mechanism.
Detailed description of the invention
As depicted in figs. 1 and 2, mud vertical transport device of the present utility model includes horizontal feed unit and vertical supply unit.Described horizontal feed unit contains in horizontally disposed horizontal pipe 6, being provided with the first screw mechanism 3 in horizontal pipe 6, this first screw mechanism can use shaftless screw mechanism, it would however also be possible to employ has axle screw mechanism, in the present embodiment, described first screw mechanism 3 uses shaftless screw mechanism.Horizontal pipe 6 outer end connects clutch shaft bearing seat 2, horizontal pipe 6 outer end be outside equipped with the first reducing motor 1, the output shaft of the first reducing motor 1 is to link together in rotatable shape stretches into horizontal pipe 6 outer end and with the first screw mechanism 3 outer end by clutch shaft bearing seat 2 and bearing.It is machined with charging aperture 4 on horizontal pipe 6 one end upper side wall of neighbouring first reducing motor 1, charging aperture 4 is provided with adpting flange 5.Described vertical supply unit contains setting pipeline 10, erects pipeline 10 and is machined with discharging opening 11 on the side tube wall of its upper end, discharging opening 11 is connected with the elephant trunk 13 of inclined layout, and elephant trunk 13 upper end with erect pipeline 10 inner space.Elephant trunk 13 lower end is connected with short vertical tube 12, and the top of short vertical tube 12 connects with elephant trunk 13 lower end, and short vertical tube 12 lower end is as the discharging opening 11 discharging mud.Erect pipeline 10 lower end connect with the inner end of described horizontal pipe 6 and connect, and make between the longitudinal direction of the two perpendicular.Being provided with the second screw mechanism 9 in erectting pipeline 10, this second screw mechanism has used axle screw mechanism.Erect the connection of pipeline 10 upper end and have the second bearing block 14, erectting pipeline 10 and be provided above the second reducing motor 15, the output shaft of the second reducing motor 15 is that rotatable shape stretches into and erects in pipeline 10 upper end and be that fixing shape links together with the upper end of the second screw mechanism 9 by the second bearing block 14 and bearing.
As required, described second screw mechanism 9 can use one section of spiral rotation mechanism or two sections of screw mechanisms, it would however also be possible to employ more than two sections screw mechanisms, depending on the mud height optionally carried.In the present embodiment, described second screw mechanism 9 is containing two sections of screw mechanisms.As it is shown on figure 3, be connected with vertical short axle 22 between two sections of screw mechanisms, vertical short axle 22 axially in the middle of be cased with axle sleeve 23 and the two between in secure fit.All it is machined with circumferential slot on vertical short axle 22 cylindrical at axle sleeve 23 two ends, is mounted on back-up ring 24 in circumferential slot and back-up ring 24 protrudes outside circumferential slot.Axle sleeve 23 be outside equipped with anchor ear 28, described anchor ear 28 is formed by bolt docking by two lobe shoe anchor ears, inside anchor ear 28 axially in the middle of be fixed with by the sliding sleeve 25 of two sliding sleeve lobes docking, in being slidably matched between sliding sleeve 25 and axle sleeve 23.All it is machined with radially inner raised edge 21 inside the two ends of described anchor ear 28, radially all processes cannelure in the inner circle of inner raised edge 21, in cannelure, be mounted on sealing ring 20 so that radially in sealing shape clearance fit between inner raised edge 21 and described vertical short axle 22.It is connected with suspension strut mechanism between the setting pipeline 10 of described anchor ear 28 and its corresponding position.Described suspension strut mechanism includes one block of shoe plate 18, is detachably fixed together by bolt 19, is linked together by two connecting rods between shoe plate 18 and described anchor ear 28 between shoe plate 18 and setting pipeline 10.
For ease of installing and maintenance, being machined with the first manhole 26 on the tube wall erectting pipeline 10 of suspension strut mechanism offside, the aperture of the first manhole 26 is furnished with cover plate 27.
For ease of installing and maintenance, described setting pipeline 10 is made up of the interface tube between unit pipes and unit pipes, and described vertical short axle 22 is positioned at interface tube, and described first manhole 26 is positioned on the side tube wall of interface tube.
For ensureing the lubrication between axle sleeve 23 and sliding sleeve 25, the correspondence position of described sliding sleeve 25, anchor ear 28, shoe plate 18 and interface tube is all machined with a radial hole, oil filling pipe 17 is installed in radial hole, to facilitate to injecting lubricating oil between axle sleeve 23 and sliding sleeve 25.
For ease of installing and maintenance, being machined with the second manhole 8 on the tube wall with horizontal pipe 6 junction of vertical duct 10 lower end, the orifice part of the second manhole 8 is furnished with cover plate.
For ease of installing and maintenance, being machined with the 3rd manhole 7 on the upside of the tube wall between charging aperture 4 and horizontal pipe 6 inner end, the orifice part of the 3rd manhole 7 is furnished with cover plate.
During work, first the mud entered in horizontal pipe is sent into by the first screw mechanism in horizontal pipe and erect pipeline and the bottom of the second screw mechanism, the second screw mechanism is driven to rotate by the second reducing motor again, and make the centrifugal force of the second screw mechanism overcome the mud adhesion to the second screw mechanism, after being transported to erect pipeline upper end by the mud bottom entrance setting pipeline and the second screw mechanism again, mud is finally made to discharge from the elephant trunk lower end of inclined layout and give processing equipment.
Claims (10)
1. a mud vertical transport device, including horizontal feed unit, described horizontal feed unit includes horizontal pipe (6), the first screw mechanism (3) is had in horizontal pipe (6), horizontal pipe (6) outer end has the first reducing motor (1), the output shaft of the first reducing motor (1) to be to link together in rotatable shape stretches into horizontal pipe (6) outer end and with the first screw mechanism (3) outer end；Charging aperture (4) is had on horizontal pipe (6) one end upper side wall of neighbouring first reducing motor (1)；Characterized by further comprising vertical supply unit, described vertical supply unit contains setting pipeline (10), erect the elephant trunk (13) being connected with inclined layout on the side tube wall of pipeline (10) its upper end neighbouring, elephant trunk (13) upper end and setting pipeline (10) inner space；Erect pipeline (10) lower end connect with described horizontal pipe (6) and connect；The second screw mechanism (9) is had in erectting pipeline (10), erect pipeline (10) upper end and have the second reducing motor (15), the second reducing motor (output shaft of (15) be rotatable shape stretch into erect pipeline (10) upper end in and link together with the upper end of the second screw mechanism (9).
Mud vertical transport device the most according to claim 1, it is characterized in that described second screw mechanism (9) includes at least two screw mechanism, vertical short axle (22) it is connected with between adjacent screw mechanism, the middle of vertical short axle (22) is cased with axle sleeve (23), all there is circumferential slot on vertical short axle (22) cylindrical at axle sleeve (23) two ends, in circumferential slot, all have back-up ring (24) and back-up ring (24) to protrude outside circumferential slot；Anchor ear (28) is had outside axle sleeve (23)；Described anchor ear (28) is formed by two lobe shoe anchor ear docking, and the middle of anchor ear (28) inner side is fixed with by the sliding sleeve (25) of two lobe sliding sleeves docking, in being slidably matched between sliding sleeve (25) and axle sleeve (23)；Radially inner raised edge (21) is all had, radially in sealing shape clearance fit between inner raised edge (21) and vertical short axle (22) inside the two ends of described anchor ear (28)；It is connected with suspension strut mechanism between the setting pipeline (10) of described anchor ear (28) and its corresponding position.
Mud vertical transport device the most according to claim 2, it is characterized in that described suspension strut mechanism includes shoe plate (18), detachably it is fixed together between shoe plate (18) and setting pipeline (10), is linked together by connecting rod between shoe plate (18) and described anchor ear (28).
Mud vertical transport device the most according to claim 2, it is characterised in that have the first manhole (26) on the tube wall of the setting pipeline (10) of suspension strut mechanism offside.
Mud vertical transport device the most according to claim 1, it is characterised in that described first screw mechanism (3) is shaftless screw mechanism.
Mud vertical transport device the most according to claim 1, it is characterised in that described second screw mechanism (9) is to have axle screw mechanism.
Mud vertical transport device the most according to claim 1, it is characterised in that described elephant trunk (13) lower end bends downwards so that the centrage of elephant trunk (13) lower end is in being vertically arranged.
Mud vertical transport device the most according to claim 1, it is characterised in that have clutch shaft bearing seat (2) and bearing between the output shaft of the first reducing motor (1) and horizontal pipe (6) outer end.
9. according to the mud vertical transport device according to any one of claim 1 ~ 8, it is characterised in that there is the second manhole (8) vertical duct (10) lower end on the tube wall of horizontal pipe (6) junction.
10. according to the mud vertical transport device according to any one of claim 1 ~ 8, it is characterised in that there is the 3rd manhole (7) on the upside of the tube wall between charging aperture (4) and horizontal pipe (6) inner end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620144501.1U CN205500232U (en) | 2016-02-26 | 2016-02-26 | Vertical conveyor of mud |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620144501.1U CN205500232U (en) | 2016-02-26 | 2016-02-26 | Vertical conveyor of mud |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205500232U true CN205500232U (en) | 2016-08-24 |
Family
ID=56726398
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620144501.1U Withdrawn - After Issue CN205500232U (en) | 2016-02-26 | 2016-02-26 | Vertical conveyor of mud |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205500232U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105501934A (en) * | 2016-02-26 | 2016-04-20 | 无锡市方达物料输送机械厂 | Vertical sludge conveyer |
-
2016
- 2016-02-26 CN CN201620144501.1U patent/CN205500232U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105501934A (en) * | 2016-02-26 | 2016-04-20 | 无锡市方达物料输送机械厂 | Vertical sludge conveyer |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160824 Effective date of abandoning: 20180112 |