CN2591291Y - Multiway transfer pump - Google Patents
Multiway transfer pump Download PDFInfo
- Publication number
- CN2591291Y CN2591291Y CN 02256612 CN02256612U CN2591291Y CN 2591291 Y CN2591291 Y CN 2591291Y CN 02256612 CN02256612 CN 02256612 CN 02256612 U CN02256612 U CN 02256612U CN 2591291 Y CN2591291 Y CN 2591291Y
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- CN
- China
- Prior art keywords
- feeding mouth
- material feeding
- discharge port
- shared chamber
- conveyance conduit
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Abstract
The utility model relates to a multiway transfer pump, the upper part of a pump body is provided with a motor, a transmission shaft of the motor is fixedly provided with a vane wheel, the middle part of the pump body is provided with a common cavity, the side surface of the common cavity is provided with a main feed inlet, a plurality of auxiliary feed inlets, and discharge ports, transfer pipelines are respectively connected with the main feed inlet, the auxiliary feed inlets, and the discharge ports of the pump body, the end parts of the transfer pipelines are provided with cut-off valves which are used for controlling material transfer, and material which enters the common cavity from the main feed inlet or the auxiliary feed inlets is driven to be outputted by the rotation of the vane wheel. The utility model has the advantages of constrictive structure, space saving, convenient installation and use, labor saving, time saving, material saving, convenient operation, and auxiliary expense saving; furthermore, the import switching operation of the pump is simple, auxiliaries is few, and the pump has multiple functions; in addition, the utility model has wide purposes and can be used for the fields of industrial and mining, chemical industries, shipbuilding, air conditioning refrigeration, civil use, appliances, etc. and can also be used for fluid circulation regulation barge, transfer, etc. The performance of the utility model achieves the SB/T10339-2000 performance standard requirement of 'domestic pipe booster pump' through tests.
Description
Technical field
The utility model relates to a kind of line transportation pump, relates in particular to a kind of multichannel transfer pump.
Background technique
At present, the pump class is generally all rotated by the motor transmission shaft impeller usually, is discharged from the outlet of the pump housing by the import suction of the pump housing, i.e. the one-in-and-one-out form.As the material of need multiplex pump housing suction import, generally all be to adopt modes such as connecting clack box to change.The complex structure of clack box, it is very inconvenient to operate.
Summary of the invention
Main purpose of the present utility model is to solve the problem that above-mentioned pipeline transfer pump exists, and a kind of compact structure is provided, multichannel transfer pump that can multiplex.
The technological scheme that its technical problem that solves the utility model adopts is:
The top of the pump housing is provided with motor, and an end of motor transmission shaft fixedly installs impeller.The middle part of the pump housing is provided with shared chamber, and a side in shared chamber is provided with several auxiliary feed ports, and the opposite side in shared chamber is provided with discharge port, and the bottom in shared chamber is provided with main material feeding mouth.The rotation driving of impeller is exported from discharge port by the material that main material feeding mouth or auxilliary material feeding mouth enter shared chamber.
When carrying liquid material or gas material, starting electrical machinery, the motor transmission shaft impeller, impeller will be exported by discharge port from the material that main material feeding mouth or auxilliary material feeding mouth enter in the shared chamber, be transported to the destination by conveyance conduit.Some kinds of relative viscosity difference medium conversions approaching, that do not produce chemical reaction can be carried, can transmit different gas mediums or liquid medium.
One end of motor transmission shaft fixedly installs the transmission gear, and a side opposing parallel of transmission shaft is provided with driven shaft, and an end of driven shaft fixedly installs the transmission gear, and the transmission gear of transmission shaft is meshed with the transmission gear of driven shaft.The rotation driving of the transmission gear of transmission shaft and the transmission gear of driven shaft is exported from discharge port by the material that main material feeding mouth or auxilliary material feeding mouth enter shared chamber.
When carrying liquid material, starting electrical machinery, motor transmission shaft drives the transmission gear of driving gear and driven shaft, and the transmission gear of transmission shaft and the transmission gear of driven shaft will be exported by discharge port from the material that main material feeding mouth or auxilliary material feeding mouth enter in the shared chamber, be transported to the destination by conveyance conduit.
The top of the pump housing is provided with nozzle, and insert in the shared chamber end of nozzle, and the other end of nozzle is connected with high pressure positive blower.High-pressure blast blows out to discharge port again after nozzle blows out, and makes shared chamber form negative pressure, and driving is exported from discharge port by the material that main material feeding mouth or auxilliary material feeding mouth enter shared chamber.
During the conveying solid substance material, start high pressure positive blower, high-pressure blast enters shared chamber by nozzle, enters shared chamber high-pressure blast and will purge output by discharge port from the material that main material feeding mouth or auxilliary material feeding mouth enter in the shared chamber, is transported to the destination by conveyance conduit.
Conveyance conduit is connected with discharge port with the main material feeding mouth of the pump housing, auxilliary material feeding mouth, and in the conveyance conduit end stop valve control mass transport is set.
The utility model is the multichannel transfer pump.Structure tighten to be saved the space, install, easy to use, the saving of labor, save time, material-saving, easy to operate, save the annex expense.The import conversion operations of pump is simple, and annex is few, can use by a pump more.Of many uses, can be used for fields such as industrial and mineral, chemical industry, shipbuilding, air conditioner refrigerating, civilian, household electrical appliances, purposes such as available liquid circulation is transferred and refuted, conveying.Reach the requirement of " home pipeline suction booster " SB/T10339-2000 operative norm by experimental performance.
Description of drawings
Below in conjunction with drawings and Examples the utility model is described in detail.
The structural representation of Fig. 1 multichannel transfer pump
The sectional view of Fig. 2 multichannel transfer pump A-A
The sectional view of Fig. 3 multichannel transfer pump
The side view of Fig. 4 multichannel transfer pump A-A
The sectional view (A) of Fig. 5 multichannel transfer pump and plan view (B)
The boats and ships oil transportation embodiment of Fig. 6 multichannel transfer pump
The grain depot of Fig. 7 multichannel transfer pump is carried embodiment
The mass transport embodiment of Fig. 8 multichannel transfer pump
1 motor, 2 shared chambeies, 3 main material feeding mouths, 4 auxilliary material feeding mouths, 5 impellers, 6 transmission shafts, 7 discharge ports, 8 pump housings, 9 driven shafts, 10 transmission gears, 11 nozzles, 12 oil tanks, 13 barges, 14 conveyance conduits, 15 silos, 16 feed bins, 17 stop valves
Embodiment
The top of the pump housing (8) is provided with motor (1), and an end of motor (1) transmission shaft (6) fixedly installs impeller (5).The middle part of the pump housing (8) is provided with shared chamber (2), and a side of shared chamber (2) is provided with several auxiliary feed ports (4), and the opposite side of shared chamber (2) is provided with discharge port (7), and the bottom of shared chamber (2) is provided with main material feeding mouth (3).The rotation driving of impeller (5) is exported from discharge port (7) by the material that main material feeding mouth (3) or auxilliary material feeding mouth (4) enter shared chamber (2).
When carrying liquid material or gas material, starting electrical machinery (1), motor (1) transmission shaft (6) impeller (5), impeller (5) will enter the interior material in shared chamber (2) by discharge port (7) output from main material feeding mouth (3) or auxilliary material feeding mouth (4), be transported to the destination by conveyance conduit (14).Some kinds of relative viscosity difference medium conversions approaching, that do not produce chemical reaction can be carried, can transmit different gas mediums or liquid medium, as shown in Figure 1 and Figure 2.
One end of motor (1) transmission shaft (6) fixedly installs transmission gear (10), one side opposing parallel of transmission shaft (6) is provided with driven shaft (9), one end of driven shaft (9) fixedly installs transmission gear (10), and the transmission gear (10) of transmission shaft (6) is meshed with the transmission gear (10) of driven shaft (9).
The rotation driving of the transmission gear (10) of transmission shaft (6) and the transmission gear (10) of driven shaft (9) is exported from discharge port (7) by the material that main material feeding mouth (3) or auxilliary material feeding mouth (4) enter shared chamber (2).
When carrying liquid material, starting electrical machinery (1), motor (1) transmission shaft (6) drives the transmission gear (10) of driving gear (10) and driven shaft (9), the transmission gear (10) of transmission shaft (6) and the transmission gear (10) of driven shaft (9) will be exported by discharge port (7) from the material that main material feeding mouth (3) or auxilliary material feeding mouth (4) enter in the shared chamber (2), be transported to the destination by conveyance conduit (14), as shown in Figure 3, Figure 4.
The top of the pump housing (8) is provided with nozzle (11), and insert in the shared chamber (2) end of nozzle (11), and the other end of nozzle (11) is connected with high pressure positive blower.High-pressure blast blows out to discharge port (7) again after nozzle (11) blows out, and makes shared chamber (2) form negative pressure, and driving is exported from discharge port (7) by the material that main material feeding mouth (3) or auxilliary material feeding mouth (4) enter shared chamber (2).
During the conveying solid substance material, start high pressure positive blower, high-pressure blast enters shared chamber (2) by nozzle (11), enter shared chamber (2) high-pressure blast and will enter the interior material in shared chamber (2) by the output of discharge port (7) purging from main material feeding mouth (3) or auxilliary material feeding mouth (4), be transported to the destination by conveyance conduit (14), as shown in Figure 5.
Conveyance conduit (14) is connected with discharge port (7) with the main material feeding mouth (3) of the pump housing (8), auxilliary material feeding mouth (4), and in conveyance conduit (14) end stop valve (17) control mass transport is set, as Fig. 6, Fig. 7, shown in Figure 8.
The utility model is used for barge, realizes that the oil plant of harbour oil tank is loaded onto ship, refuted.Go up installation the utility model at barge (13), the conveyance conduit (14) of oil tank (12) is connected with auxilliary material feeding mouth (4), and the end of the conveyance conduit (14) of oil tank (12) is provided with stop valve (17).Discharge port (7) is connected with an end of conveyance conduit (14), and an end of discharge port (7) conveyance conduit (14) is provided with stop valve (17), and the other end of conveyance conduit (14) is connected with the oil storage chamber of barge (13).Main material feeding mouth (3) is connected with an end of conveyance conduit (14), and an end of main material feeding mouth (3) conveyance conduit (14) is provided with stop valve (17), and the other end of main material feeding mouth (3) conveyance conduit (14) is connected with the oil storage chamber of barge (13).
When the oil storage chamber of barge (13) is carried the oil plant operation, open the stop valve (17) of oil tank (12) conveyance conduit (14) end and the stop valve (17) of discharge port (7) conveyance conduit (14) end from oil tank (12).Start the motor (1) on the pump housing (8), motor (1) transmission shaft (6) impeller (5), impeller (5) will be exported by discharge port (7) by the oil plant that auxilliary material feeding mouth (4) enters in the shared chamber (2) from oil tank (12) conveyance conduit (14), be transported in the oil storage chamber of barge (13) by discharge port (7) conveyance conduit (14).
Proceed to when refuting operation, open the stop valve (17) of main material feeding mouth (3) conveyance conduit (14) and the stop valve (17) of discharge port (7) conveyance conduit (14) end, the other end of discharge port (7) conveyance conduit (14) is connected with the oil storage chamber of another barge (13).Start the motor (1) on the pump housing (8), motor (1) transmission shaft (6) impeller (5), impeller (5) will be exported by discharge port (7) from the oil plant that main material feeding mouth (3) conveyance conduit (14) enters by main material feeding mouth (3) in the shared chamber (2), be transported in the oil storage chamber of another barge (13) by discharge port (7) conveyance conduit (14), as Fig. 1, Fig. 2, shown in Figure 6.
Embodiment 6
The utility model is used for barge, realizes that the oil plant of harbour oil tank is loaded onto ship, refuted.Go up installation the utility model at barge (13), the conveyance conduit (14) of oil tank (12) is connected with auxilliary material feeding mouth (4), and the end of the conveyance conduit (14) of oil tank (12) is provided with stop valve (17).Discharge port (7) is connected with an end of conveyance conduit (14), and an end of discharge port (7) conveyance conduit (14) is provided with stop valve (17), and the other end of conveyance conduit (14) is connected with the oil storage chamber of barge (13).Main material feeding mouth (3) is connected with an end of conveyance conduit (14), and an end of main material feeding mouth (3) conveyance conduit (14) is provided with stop valve (17), and the other end of main material feeding mouth (3) conveyance conduit (14) is connected with the oil storage chamber of barge (13).
When the oil storage chamber of barge (13) is carried the oil plant operation, open the stop valve (17) of oil tank (12) conveyance conduit (14) end and the stop valve (17) of discharge port (7) conveyance conduit (14) end from oil tank (12).Start the motor (1) on the pump housing (8), motor (1) transmission shaft (6) drives the transmission gear (10) of driving gear (10) and driven shaft (9), the transmission gear (10) of transmission shaft (6) and the transmission gear (10) of driven shaft (9) will be exported by discharge port (7) from the oil plant that auxilliary material feeding mouth (4) enters in the shared chamber (2), be transported in the oil storage chamber of barge (13) by discharge port (7) conveyance conduit (14).
Proceed to when refuting operation, open the stop valve (17) of main material feeding mouth (3) conveyance conduit (14) and the stop valve (17) of discharge port (7) conveyance conduit (14) end, the other end of discharge port (7) conveyance conduit (14) is connected with the oil storage chamber of another barge (13).Start the motor (1) on the pump housing (8), motor (1) transmission shaft (6) drives the transmission gear (10) of driving gear (10) and driven shaft (9), the transmission gear (10) of transmission shaft (6) and the transmission gear (10) of driven shaft (9) will be exported by discharge port (7) from the oil plant that auxilliary material feeding mouth (4) enters in the shared chamber (2), be transported in the oil storage chamber of another barge (13) by discharge port (7) conveyance conduit (14), as Fig. 3, Fig. 4, shown in Figure 6.
The utility model is used for grain depot, realizes that the grain of grain depot is carried automation.Silo (15) is provided with conveyance conduit (14) and in the end stop valve (17) is set, and the conveyance conduit (14) of silo (15) is connected with auxilliary material feeding mouth (4) with the main material feeding mouth (3) of the pump housing (8) separately.During use, the stop valve (17) of required silo (15) conveyance conduit (14) is opened, start high pressure positive blower, high-pressure blast blows out to discharge port (7) again after nozzle (11) blows out, make shared chamber (2) form negative pressure, enter shared chamber (2) high-pressure blast and will enter the interior grain material in shared chamber (2), be transported to the destination by conveyance conduit (14), as Fig. 5, shown in Figure 7 by the output of discharge port (7) purging.
The utility model is used for the loose unpacked material configuration, realizes loose unpacked material configuration conveying automation.Feed bin (16) is provided with conveyance conduit (14) and in the end stop valve (17) is set, and the conveyance conduit (14) of feed bin (16) is connected with auxilliary material feeding mouth (4) with the main material feeding mouth (3) of the pump housing (8) separately.During use, the stop valve (17) of required each feed bin (16) conveyance conduit (14) is opened by different proportion, start high pressure positive blower, high-pressure blast blows out to discharge port (7) again after nozzle (11) blows out, make shared chamber (2) form negative pressure, enter shared chamber (2) high-pressure blast and will enter the interior various different materials mixing in shared chamber (2) and purge output, be transported to the destination by conveyance conduit (14), as Fig. 5, shown in Figure 8 by discharge port (7).
Claims (4)
1, a kind of multichannel transfer pump is characterized in that the top of the pump housing (8) is provided with motor (1), and an end of motor (1) transmission shaft (6) fixedly installs impeller (5); The middle part of the pump housing (8) is provided with shared chamber (2), and a side of shared chamber (2) is provided with several auxiliary feed ports (4), and the opposite side of shared chamber (2) is provided with discharge port (7), and the bottom of shared chamber (2) is provided with main material feeding mouth (3); The rotation driving of impeller (5) is exported from discharge port (7) by the material that main material feeding mouth (3) or auxilliary material feeding mouth (4) enter shared chamber (2).
2, multichannel transfer pump according to claim 1, an end that it is characterized in that motor (1) transmission shaft (6) fixedly installs transmission gear (10), one side opposing parallel of transmission shaft (6) is provided with driven shaft (9), one end of driven shaft (9) fixedly installs transmission gear (10), and the transmission gear (10) of transmission shaft (6) is meshed with the transmission gear (10) of driven shaft (9); The rotation driving of the transmission gear (10) of transmission shaft (6) and the transmission gear (10) of driven shaft (9) is exported from discharge port (7) by the material that main material feeding mouth (3) or auxilliary material feeding mouth (4) enter shared chamber (2).
3, multichannel transfer pump according to claim 1 is characterized in that the top of the pump housing (8) is provided with nozzle (11), and insert in the shared chamber (2) end of nozzle (11), and the other end of nozzle (11) is connected with high pressure positive blower; High-pressure blast blows out to discharge port (7) again after nozzle (11) blows out, and makes shared chamber (2) form negative pressure, drives by main material feeding mouth (3) or auxilliary material feeding mouth (4) and enters the material in shared chamber (2) from the output of discharge port (7) purging.
4, multichannel transfer pump according to claim 1, it is characterized in that conveyance conduit (14) is connected with discharge port (7) with the main material feeding mouth (3) of the pump housing (8), auxilliary material feeding mouth (4) separately, and stop valve (17) control mass transport is set in conveyance conduit (14) end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 02256612 CN2591291Y (en) | 2002-10-10 | 2002-10-10 | Multiway transfer pump |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 02256612 CN2591291Y (en) | 2002-10-10 | 2002-10-10 | Multiway transfer pump |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2591291Y true CN2591291Y (en) | 2003-12-10 |
Family
ID=33724796
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 02256612 Expired - Fee Related CN2591291Y (en) | 2002-10-10 | 2002-10-10 | Multiway transfer pump |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2591291Y (en) |
-
2002
- 2002-10-10 CN CN 02256612 patent/CN2591291Y/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |