CN209145913U - A kind of sky oxygen pump - Google Patents
A kind of sky oxygen pump Download PDFInfo
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- CN209145913U CN209145913U CN201821817924.0U CN201821817924U CN209145913U CN 209145913 U CN209145913 U CN 209145913U CN 201821817924 U CN201821817924 U CN 201821817924U CN 209145913 U CN209145913 U CN 209145913U
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Abstract
A kind of sky oxygen pump, the first axle bed are mounted on cap, and the shaft of magnetic cylinder disk stretches out the outside of cap, are fixed with belt wheel in the shaft of magnetic cylinder disk；Magnetic cylinder disk is fixed with several magnetic cylinder disk permanent magnets by the outer surface of stainless steel cylinder disk and constitutes, several magnetic cylinder disk permanent magnets are distributed on stainless steel cylinder disk by center annular array of the center of circle of stainless steel cylinder disk, and the magnetism of two adjacent magnetic cylinder disk permanent magnets is different；The left end of shell is fixed with turbine room, and the left end for exporting magnetic axis is protruded into turbine room, and the left end for exporting magnetic axis is fixed with turbine；Air inlet mouth and air outlet are provided on shell, cooling wind enters in shell from air inlet mouth, flows out shell from air outlet.The internal drive of its empty oxygen pump uses Magnetic drive, and energy consumption is small, increases the service life of sky oxygen pump；Compared with prior art, empty oxygen pump completes the same boost horsepower of existing booster, and the energy of the utility model consumption only needs half or so, and energy-saving effect is obvious.
Description
Technical field:
The utility model relates to booster technical field, more specifically to a kind of air pressurizing unit of engine,
Particularly relate to the air pressurizing unit using Magnetic drive.
Background technique:
Existing engine supercharger mainly uses mechanical supercharged to pump, and mainly has gear booster pump and turbocharging pump.
The disadvantages are as follows: 1, the either power source of gear booster pump or turbocharging pump is passed through using the power of engine
Belt and belt wheel drive pressurization pump work.2, their mechanical drive mode is by gear drive, machine driving loss
Energy is big, and when rotating at high speed, and gear and transmission shaft are easy to damage, so that the service life of booster pump reduces.3, due to it
Use gear drive, it is general cold using oil, circulation cooling oil is connected in pressurizer shell, input shaft and output shaft are in oil
The resistance of middle rotation, input shaft and output shaft in the oil is larger, so the energy of consumption is larger.
Utility model content:
The purpose of the utility model is to solve the deficiencies of the prior art, and provides a kind of empty oxygen pump, its empty oxygen pump it is interior
Portion's transmission uses Magnetic drive, and energy consumption is small, increases the service life of sky oxygen pump；Compared with prior art, empty oxygen pump is completed existing
The energy of the same boost horsepower of booster, the utility model consumption only needs half or so, and energy-saving effect is obvious.
The technology solution of the utility model is as follows:
A kind of sky oxygen pump, including shell, the right end of shell are fixed with cap, and the shaft of magnetic cylinder disk is mounted on the first axle bed
On, the first axle bed is mounted on cap, and the shaft of magnetic cylinder disk stretches out the outside of cap, is fixed with belt wheel in the shaft of magnetic cylinder disk；
Magnetic cylinder disk is fixed with several magnetic cylinder disk permanent magnets by the outer surface of stainless steel cylinder disk and constitutes, several magnetic cylinder disk permanent magnets are not with
The center of circle of rust steel cylinder disk is that center annular array is distributed on stainless steel cylinder disk, the magnetic phase of two adjacent magnetic cylinder disk permanent magnets
It is different；
Support plate is formed or is fixed on shell, and support plate is made of left disk, right disk and connection cross bar, connects a left side for cross bar
Right both ends are separately formed or are fixed on left disk and right disk；Planet magnetic axis left bearing fixation hole and output magnetic axis are formed on left disk
Left bearing fixation hole forms planet magnetic axis right bearing fixation hole and output magnetic axis right bearing fixation hole on right disk；
Inner ring of the left and right ends of planet magnetic axis respectively with planet magnetic axis left bearing and planet magnetic axis right bearing is fixed on one
It rises, the outer ring of planet magnetic axis left bearing is fixed in planet magnetic axis left bearing fixation hole, and the outer ring of planet magnetic axis right bearing is fixed
In planet magnetic axis right bearing fixation hole；Planet magnetic axis is fixed with several pieces of planet magnetic axis magnetic patch by the outside of planet axis and constitutes,
Several pieces of planet magnetic axis magnetic patch are distributed in planet axis by center circular array of the center of circle of planet axis, two pieces of adjacent planet magnetic axises
The magnetism of magnetic patch is different；
It exports inner ring of the left and right ends of magnetic axis respectively with output magnetic axis left bearing and output magnetic axis right bearing and is fixed on one
It rises, the outer ring of output magnetic axis left bearing is fixed in output magnetic axis left bearing fixation hole, and the outer ring of output magnetic axis right bearing is fixed
In output magnetic axis right bearing fixation hole；Output magnetic axis is fixed with several pieces of output magnetic axis magnetic patch by the outside of output shaft and constitutes,
Several pieces of output magnetic axis magnetic patch are distributed on output shaft by center annular array of the center of circle of output shaft；Output magnetic axis is mounted on the
On two axle beds, the second axle bed is mounted on shell；
The left end of shell is fixed with turbine room, and the left end for exporting magnetic axis is protruded into turbine room, and the left end for exporting magnetic axis is fixed
There is turbine；
Spacing between magnetic cylinder disk and planet magnetic axis is 1 to 2mm, the spacing between planet magnetic axis and output magnetic axis be 1 to
2mm；
Air inlet mouth and air outlet are provided on shell, cooling wind enters in shell from air inlet mouth, flows out shell from air outlet.
The quantity of the magnetic cylinder disk permanent magnets is greater than the quantity of planet magnetic axis magnetic patch, and planet magnetic axis magnetic patch quantity is greater than output
The quantity of magnetic axis magnetic patch.
The sealing on cap is fixed with airflow chamber, and airflow chamber has suction nozzle and an outlet nozzle, and high pressure draught is from air inlet
Mouth enters airflow chamber, and from outlet nozzle effluent stream room, belt wheel is impeller, and impeller is placed in airflow chamber.
The utility model has the beneficial effects that:
The internal drive of its empty oxygen pump uses Magnetic drive, and energy consumption is small, increases the service life of sky oxygen pump；With the prior art
It compares, empty oxygen pump completes the same boost horsepower of existing booster, and the energy of the utility model consumption only needs half or so, saves
Energy effect is obvious.
Detailed description of the invention:
Fig. 1 is the structural schematic diagram of the utility model embodiment 1；
Fig. 2 is the main view of 1 support plate of embodiment；
Fig. 3 is the rearview of Fig. 2；
Fig. 4 is the structural schematic diagram of 1 magnetic cylinder disk of embodiment；
Fig. 5 is the structural schematic diagram of 1 planet magnetic axis of embodiment；
Fig. 6 is the structural schematic diagram that embodiment 1 exports magnetic axis；
Fig. 7 is the structural schematic diagram of embodiment 2.
In figure: 1, shell；2, cap；3, magnetic cylinder disk；4, the first axle bed；5, belt wheel；6, support plate；7, planet magnetic axis；8,
Planet magnetic axis left bearing；9, planet magnetic axis right bearing；10, magnetic axis is exported；11, magnetic axis left bearing is exported；12, magnetic axis right axle is exported
It holds；13, turbine room；14, turbine；15, the second axle bed；16, airflow chamber.
Specific embodiment:
Embodiment: as shown in Fig. 1 to 6, a kind of sky oxygen pump, including shell 1, the right end of shell 1 are fixed with cap 2, magnetic cylinder
The shaft of disk 3 is mounted on the first axle bed 4, and the first axle bed 4 is mounted on cap 2, and the shaft of magnetic cylinder disk 3 stretches out the outer of cap 2
Portion is fixed with belt wheel 5 in the shaft of magnetic cylinder disk 3；Magnetic cylinder disk 3 is fixed with several magnetic cylinder disks by the outer surface of stainless steel cylinder disk 31
Permanent magnets 32 are constituted, several magnetic cylinder disk permanent magnets 32 are distributed in stainless using the center of circle of stainless steel cylinder disk 31 as center annular array
On steel cylinder disk 31, the magnetism of two adjacent magnetic cylinder disk permanent magnets 32 is different；
Support plate 6 is formed or is fixed on shell 1, and support plate 6 is made of left disk 61, right disk 62 and connection cross bar 63, even
The left and right ends for connecing cross bar 63 are separately formed or are fixed on left disk 61 and right disk 62；Planet magnetic axis left axle is formed on left disk 61
Fixation hole 611 and output magnetic axis left bearing fixation hole 612 are held, forms 621 He of planet magnetic axis right bearing fixation hole on right disk 62
Export magnetic axis right bearing fixation hole 622；
Inner ring of the left and right ends of planet magnetic axis 7 respectively with planet magnetic axis left bearing 8 and planet magnetic axis right bearing 9 is fixed on
Together, the outer ring of planet magnetic axis left bearing 8 is fixed in planet magnetic axis left bearing fixation hole 611, outside planet magnetic axis right bearing 9
Circle is fixed in planet magnetic axis right bearing fixation hole 621；Planet magnetic axis 7 is fixed with several pieces of planet magnetics by the outside of planet axis 71
Axis magnetic patch 72 is constituted, and several pieces of planet magnetic axis magnetic patch 72 are distributed in planet axis 71 by center circular array of the center of circle of planet axis 71
On, the magnetism of two pieces of adjacent planet magnetic axis magnetic patch 72 is different；
The left and right ends for exporting magnetic axis 10 are solid with the inner ring of output magnetic axis left bearing 11 and output magnetic axis right bearing 12 respectively
It is scheduled on together, the outer ring of output magnetic axis left bearing 11 is fixed in output magnetic axis left bearing fixation hole 612, exports magnetic axis right bearing
12 outer ring is fixed in output magnetic axis right bearing fixation hole 622；Output magnetic axis 10 is fixed with several by the outside of output shaft 101
Block exports magnetic axis magnetic patch 102 and constitutes, and several pieces of output magnetic axis magnetic patch 102 are using the center of circle of output shaft 101 as center annular array point
Cloth is on output shaft 101；Output magnetic axis 10 is mounted on the second axle bed 15, and the second axle bed 15 is mounted on shell 1；
The left end of shell 1 is fixed with turbine room 13, and the left end of output magnetic axis 10 is protruded into turbine room 13, output magnetic axis 10
Left end is fixed with turbine 14；
Spacing between magnetic cylinder disk 3 and planet magnetic axis 7 is 1 to 2mm, the spacing between planet magnetic axis 7 and output magnetic axis 10
It is 1 to 2mm；
Air inlet mouth 1a and air outlet 1b is provided on shell 1, cooling wind enters in shell 1 from air inlet mouth 1a, from air outlet
1b flows out shell 1.
The quantity of the magnetic cylinder disk permanent magnets 32 is greater than the quantity of planet magnetic axis magnetic patch 72, and planet magnetic axis 72 quantity of magnetic patch are big
In the quantity of output magnetic axis magnetic patch 102.
Embodiment 2, as shown in Figure 7, the sealing on cap 2 are fixed with airflow chamber 16, and airflow chamber 16 has suction nozzle
161 and outlet nozzle 162, high pressure draught enters airflow chamber 16 from suction nozzle 161, from 162 effluent stream room 16 of outlet nozzle, belt wheel 5
For impeller, impeller is placed in airflow chamber 16.Remaining is the same as embodiment 1.
Working principle: turbocharger is in the prior art in order to allow the revolving speed of output shaft to reach per minute two to 30,000 turns,
Driveshaft section is placed in lubricating oil, so running part resistance is big, the kinetic energy of consumption is larger.The utility model utilizes air pair
Air-cooled in shell 1, running part generates phase through detecting using the Magnetic drive mode of above-mentioned special construction like the prior art
Same power, the utility model only need to consume the kinetic energy of prior art half.
The embodiments of the present invention 2 utilize the high pressure air drives magnetic cylinder disk 3 in high pressure gas cylinder.
Claims (3)
1. a kind of sky oxygen pump, including shell (1), it is characterised in that: the right end of shell (1) is fixed with cap (2), magnetic cylinder disk (3)
Shaft be mounted on the first axle bed (4), the first axle bed (4) is mounted on cap (2), and the shaft of magnetic cylinder disk (3) stretches out cap
(2) outside is fixed with belt wheel (5) in the shaft of magnetic cylinder disk (3)；Magnetic cylinder disk (3) is solid by the outer surface of stainless steel cylinder disk (31)
Surely there is several magnetic cylinder disk permanent magnets (32) composition, several magnetic cylinder disk permanent magnets (32) are with the center of circle of stainless steel cylinder disk (31)
For center annular array distribution on stainless steel cylinder disk (31), the magnetism of two adjacent magnetic cylinder disk permanent magnets (32) is different；
It forms or is fixed on shell (1) support plate (6), support plate (6) You Zuopan (61), right disk (62) and connection cross bar (63)
The left and right ends of composition, connection cross bar (63) are separately formed or are fixed on left disk (61) He Youpan (62)；On left disk (61) at
Type has planet magnetic axis left bearing fixation hole (611) and output magnetic axis left bearing fixation hole (612), forms planet on right disk (62)
Magnetic axis right bearing fixation hole (621) and output magnetic axis right bearing fixation hole (622)；
Inner ring of the left and right ends of planet magnetic axis (7) respectively with planet magnetic axis left bearing (8) and planet magnetic axis right bearing (9) is fixed
Together, the outer ring of planet magnetic axis left bearing (8) is fixed in planet magnetic axis left bearing fixation hole (611), planet magnetic axis right axle
The outer ring for holding (9) is fixed in planet magnetic axis right bearing fixation hole (621)；Planet magnetic axis (7) is solid by the outside of planet axis (71)
There are several pieces of planet magnetic axis magnetic patch (72) to constitute, several pieces of planet magnetic axis magnetic patch (72) are centered on the center of circle of planet axis (71) surely
Circular array is distributed on planet axis (71), and the magnetism of two pieces of adjacent planet magnetic axis magnetic patch (72) is different；
Export magnetic axis (10) left and right ends respectively with output magnetic axis left bearing (11) and output magnetic axis right bearing (12) inner ring
It is fixed together, the outer ring of output magnetic axis left bearing (11) is fixed in output magnetic axis left bearing fixation hole (612), exports magnetic axis
The outer ring of right bearing (12) is fixed in output magnetic axis right bearing fixation hole (622)；Magnetic axis (10) are exported by output shaft (101)
Outside is fixed with several pieces of output magnetic axis magnetic patch (102) and constitutes, and several pieces of outputs magnetic axis magnetic patch (102) are with output shaft (101)
The center of circle is that center annular array is distributed on output shaft (101)；Output magnetic axis (10) is mounted on the second axle bed (15), the second axis
Seat (15) is mounted on shell (1)；
The left end of shell (1) is fixed with turbine room (13), and the left end of output magnetic axis (10) is protruded into turbine room (13), exports magnetic axis
(10) left end is fixed with turbine (14)；
Spacing between magnetic cylinder disk (3) and planet magnetic axis (7) is 1 to 2mm, between planet magnetic axis (7) and output magnetic axis (10)
Spacing is 1 to 2mm；
Air inlet mouth (1a) and air outlet (1b) are provided on shell (1), cooling wind enters in shell (1) from air inlet mouth (1a), from
Air outlet (1b) flows out shell (1).
2. a kind of empty oxygen pump according to claim 1, it is characterised in that: the quantity of magnetic cylinder disk permanent magnets (32) is greater than planet
The quantity of magnetic axis magnetic patch (72), planet magnetic axis magnetic patch (72) quantity are greater than the quantity of output magnetic axis magnetic patch (102).
3. a kind of empty oxygen pump according to claim 1, it is characterised in that: sealing is fixed with airflow chamber on cap (2)
(16), airflow chamber (16) has suction nozzle (161) and outlet nozzle (162), and high pressure draught enters airflow chamber from suction nozzle (161)
(16), from outlet nozzle (162) effluent stream room (16), belt wheel (5) is impeller, and impeller is placed in airflow chamber (16).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821817924.0U CN209145913U (en) | 2018-11-06 | 2018-11-06 | A kind of sky oxygen pump |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821817924.0U CN209145913U (en) | 2018-11-06 | 2018-11-06 | A kind of sky oxygen pump |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209145913U true CN209145913U (en) | 2019-07-23 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821817924.0U Active CN209145913U (en) | 2018-11-06 | 2018-11-06 | A kind of sky oxygen pump |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209145913U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109681448A (en) * | 2018-11-06 | 2019-04-26 | 樊品良 | A kind of sky oxygen pump |
-
2018
- 2018-11-06 CN CN201821817924.0U patent/CN209145913U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109681448A (en) * | 2018-11-06 | 2019-04-26 | 樊品良 | A kind of sky oxygen pump |
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