CN208885545U - A kind of submersible axial flow pump - Google Patents
A kind of submersible axial flow pump Download PDFInfo
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- CN208885545U CN208885545U CN201821134626.1U CN201821134626U CN208885545U CN 208885545 U CN208885545 U CN 208885545U CN 201821134626 U CN201821134626 U CN 201821134626U CN 208885545 U CN208885545 U CN 208885545U
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Abstract
The utility model relates to the technical fields of water conservancy auxiliary equipment to install in transmission process more particularly to a kind of submersible axial flow pump, can prevent from causing Plastic-sheathed Cable to wind because of rotation, improves adaptability, reduces and use limitation；Including pit shaft, pump ontology, Plastic-sheathed Cable and horn mouth；Including left splint, right splint, locking screw, locking motor, four groups of ball bearings, two groups of left-hand thread pipes, two groups of left-hand thread bars, left riser, two groups of left sleeves, two groups of left limit plates, two groups of left branching rods, two groups of left wheels, two groups of right-hand thread pipes, two groups of right-hand thread bars, right riser, two groups of right sleeves, two groups of right limit plates, two groups of right struts, two groups of right idler wheels and controller, remote-receiver is provided on locking motor, controller is mounted on the top left hand of pit shaft, and controller is internally provided with remote control transmission device.
Description
Technical field
The utility model relates to the technical fields of water conservancy auxiliary equipment, more particularly to a kind of submersible axial flow pump.
Background technique
It is well known that axial-flow pump conveys liquid in the axial direction by the active force that the blade of rotary blade generates liquid
Pump, submersible axial flow pump is typically mounted inside pit shaft, and submersible axial flow pump is a kind of for flood-control and drought relief, field irrigation, rural area
The industries such as drinking-water and industrial and mineral, carry out the pump drainage of water resource, anti-in flood control in order to preferably use the auxiliary equipment of water resource
It is widely used in a variety of applications in the field of drought, field irrigation, drinking water of rural area and industrial and mineral etc.；Existing submersible axial flow pump includes well
Cylinder, pump ontology, Plastic-sheathed Cable and horn mouth, pump ontology are located inside pit shaft, pump body interior and are provided with working chamber, in working chamber
Portion is provided with submersible motor, and the bottom output end of submersible motor is provided with pump shaft, and pump shaft bottom end is provided with diffuser, guide vane
Body is internally provided with impeller, and the output end of Plastic-sheathed Cable is electrically connected with submersible motor, and bell-mouthed top and pump ontology
Bottom end connection, and filter screen is provided on horn mouth, pump ontology top is provided with hanging ring, and the bottom end of hanging ring and pump ontology
Top connection；Then existing submersible axial flow pump powers in use, submersible axial flow pump is delivered to inside pit shaft first
And pipeline, carry out the conveying of water；It is found in existing submersible axial flow pump use, pumps ontology installation process inside pit shaft
In, the hanging ring for pumping ontology top is tied down by hawser, is conveyed downwards then down through hawser, in transmission process, pumps ontology
Since unbalance stress inside pit shaft with and rotate, to Plastic-sheathed Cable is wrapped on the outer surface of pump ontology, influence
It uses, adaptability is poor, higher using limitation.
Utility model content
In order to solve the above technical problems, the utility model is provided in a kind of installation transmission process, can prevent due to rotation
It causes Plastic-sheathed Cable to wind, improves adaptability, reduce the submersible axial flow pump for using limitation.
A kind of submersible axial flow pump of the utility model, including pit shaft, pump ontology, Plastic-sheathed Cable and horn mouth, pump this position
Inside pit shaft, pump body interior is provided with working chamber, and working chamber is internally provided with submersible motor, the bottom output of submersible motor
End is provided with pump shaft, and pump shaft bottom end is provided with diffuser, and diffuser is internally provided with impeller, the output end of Plastic-sheathed Cable with
Submersible motor electrical connection, and bell-mouthed top is connected to the bottom end of pump ontology, and filter screen is provided on horn mouth, is pumped
Ontology top is provided with hanging ring, and the bottom end of hanging ring is connect with the top of pump ontology；Including left splint, right splint, locking silk
Thick stick, locking motor, four groups of ball bearings, two groups of left-hand thread pipes, two groups of left-hand thread bars, left riser, two groups of left sleeves, two groups of left limits
Position plate, two groups of left branching rods, two groups of left wheels, two groups of right-hand thread pipes, two groups of right-hand thread bars, right riser, two groups of right sleeves, two groups of right sides
Limit plate, two groups of right struts, two groups of right idler wheels and controller, the left upper part of the left clamp and lower part are respectively arranged with upper left
Putting hole and lower-left putting hole, the right end upper and lower part of the right clamping plate is respectively arranged with upper right putting hole and bottom right is placed
Hole, four groups of ball bearings are separately mounted in upper left putting hole, lower-left putting hole, upper right putting hole and bottom right putting hole
The right end in portion, two groups of left-hand thread pipes is inserted into respectively inside the ball bearing inside upper left putting hole and lower-left putting hole, institute
The left side that left riser is located at left clamp is stated, the left end of two groups of left-hand thread bars connects with the right end upper and lower part of left riser respectively
It connects, and the right end of two groups of left-hand thread bars is inserted into respectively and spiral shell is filled to inside the left end of two groups of left-hand thread pipes, two groups of right spiral shells
The left end of line pipe is inserted into respectively inside the ball bearing inside upper right putting hole and bottom right putting hole, and the right riser is located at right folder
The right end in the left side of plate, two groups of right-hand thread bars is connect with the left upper part of right riser and lower part respectively, and two groups of right spiral shells
The left end of rasp bar be inserted into respectively and spiral shell be filled to inside the right end of two groups of right-hand thread pipes, the right end of two groups of left sleeves respectively with a left side
The left upper part of riser is connected with lower part, and the inside of two groups of left sleeves is respectively arranged with left sliding chamber, and a left side for two groups of left sleeves
End is respectively arranged with upper left through-hole and lower-left through-hole, and two groups of left limit plates are located at the inside of two groups of left sleeves, described
The right end of two groups of left branching rods is each passed through upper left through-hole and lower-left through-hole is inserted into the intracavitary portion of left cunning of two groups of left sleeves and two groups
The left end of left limit plate connects, and two groups of left wheels are separately mounted to the left end of two groups of left branching rods, two groups of right sleeves
Left end is connect with the right end upper and lower part of right riser respectively, and the inside of two groups of right sleeves is respectively arranged with right sliding chamber, and two
The right end of the right sleeve of group is respectively arranged with upper right through-hole and bottom right through-hole, and two groups of right limit plates are located at two groups of right sleeves
Inside, the right end of two groups of right struts is each passed through upper right through-hole and bottom right through-hole is inserted into the right sliding chamber of two groups of right sleeves
Inside is connect with the right end of two groups of right limit plates, and two groups of right idler wheels are separately mounted to the right end of two groups of right struts, the left side
The upper lateral of clamping plate is provided with tapped through hole, and the upper lateral of two groups of right clamping plates is provided with the right side contour with tapped through hole
Turn hole, the left end of the locking screw passes through the insertion of right-hand rotation hole and spiral shell is filled to inside the tapped through hole of left clamp, the locking horse
Right end up to the left part output end and locking screw that are mounted on the right end of right clamping plate, and lock motor connects, the locking horse
Up to being above provided with remote-receiver, the controller is mounted on the top left hand of pit shaft, and controller be internally provided with it is distant
Control transmitting device.
A kind of submersible axial flow pump of the utility model, further includes two groups of left stiffness springs and two groups of right stiffness springs, described
Two groups of left stiffness springs are located at the intracavitary portion of left cunning of two groups of left sleeves, and the right end of two groups of left stiffness springs is respectively with two
The right side internal links of group sleeve, the left end of two groups of left stiffness springs are connect with the right end of two groups of left limit plates respectively, and described two
The right stiffness spring of group is located at the intracavitary portion of right cunning of two groups of right sleeves, and the left end of two groups of right stiffness springs respectively with two groups
The left side internal links of sleeve, the right end of two groups of right stiffness springs are connect with the left end of two groups of right limit plates respectively.
A kind of submersible axial flow pump of the utility model further includes left branch leg, right supporting leg, shaft, left block plate, right block plate, steel
Silk hawser and handwheel, the left branch leg and right supporting leg are located at the left and right side on pit shaft top, and left branch leg and right branch
The top of leg is respectively arranged with left ball bearing and right ball bearing, and the pearl Bearing inner that rolls left is inserted into the left end of the shaft, and
And the right end of shaft passes through the inside of right ball bearing and extend out to the external world, the left block plate and right shell body be respectively positioned on left branch leg and
Between right supporting leg, and left block plate and right shell body are set in the left and right side of shaft, the right end of the handwheel and shaft
Connection, the flexible steel wire is wrapped in shaft, and one end of flexible steel wire is connect with shaft, the other end of flexible steel wire
It is provided with hooking device.
A kind of submersible axial flow pump of the utility model, further includes spacer pin, and multiple groups limiting through hole is provided on the handwheel,
The right end of the right supporting leg is provided with corresponding limit hole, and the left end of the spacer pin passes through limiting through hole and is inserted into limit hole
Portion.
Compared with prior art the utility model has the following beneficial effects: by above-mentioned setting, left clamp and the right side can be passed through
Clamping plate will pump ontology clamping, while by locking motor rotation, drive lead screw rotation to clamp ontology, then according to practical pit shaft
Inside diameter size adjusts two groups of left-hand thread pipes and two groups of right-hand thread pipes, is then existed by two groups of left wheels and two groups of right idler wheels
It is rolled on shaft in wall, gradually steady decline, prevents from causing Plastic-sheathed Cable to wind because of rotation, improve adaptability, reduction makes
Use limitation.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the partial enlargement structural representation at the utility model A；
It is attached marked in the figure: 1, pit shaft；2, ontology is pumped；3, Plastic-sheathed Cable；4, horn mouth；5, left clamp；6, locking screw；
7, motor is locked；8, ball bearing；9, left-hand thread pipe；10, left-hand thread bar；11, left riser；12, left sleeve；13, left limit plate；
14, left branching rod；15, left wheel；16, controller；17, left stiffness spring；18, left branch leg；19, shaft；20, left block plate；21,
Flexible steel wire；22, handwheel；23, spacer pin.
Specific embodiment
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail.Below
Embodiment is not intended to limit the scope of the present invention for illustrating the utility model.
As shown in Figure 1 to Figure 2, a kind of submersible axial flow pump of the utility model, including pit shaft 1, pump ontology 2, Plastic-sheathed Cable 3
With horn mouth 4, pumping ontology and be located inside pit shaft, pump body interior is provided with working chamber, and working chamber is internally provided with submersible motor,
The bottom output end of submersible motor is provided with pump shaft, and pump shaft bottom end is provided with diffuser, and diffuser is internally provided with impeller,
The output end of Plastic-sheathed Cable is electrically connected with submersible motor, and bell-mouthed top is connected to the bottom end of pump ontology, and loudspeaker
Filter screen is provided on mouthful, pump ontology top is provided with hanging ring, and the bottom end of hanging ring is connect with the top of pump ontology；Including a left side
Clamping plate 5, right clamping plate, locking screw 6, locking 7, four groups of motor, 8, two groups of ball bearing left-hand thread pipe, 9, two groups of left-hand thread bars 10,
11, two groups of left riser, 12, two groups of left sleeve, 13, two groups of left limit plate, 14, two groups of left branching rod left wheel, 15, two groups of right-hand thread pipes,
Two groups of right-hand thread bars, right riser, two groups of right sleeves, two groups of right limit plates, two groups of right struts, two groups of right idler wheels and controller 16,
The left upper part of the left clamp and lower part are respectively arranged with upper left putting hole and lower-left putting hole, on the right end of the right clamping plate
Portion and lower part are respectively arranged with upper right putting hole and bottom right putting hole, and four groups of ball bearings are separately mounted to upper left placement
Inside hole, lower-left putting hole, upper right putting hole and bottom right putting hole, the right end of two groups of left-hand thread pipes is inserted into upper left respectively to be put
It sets inside the ball bearing inside hole and lower-left putting hole, the left riser is located at the left side of left clamp, two groups of left-hand threads
The left end of bar is connect with the right end upper and lower part of left riser respectively, and the right end of two groups of left-hand thread bars is inserted into respectively and spiral shell dress
To the left end of two groups of left-hand thread pipes, upper right putting hole and bottom right putting hole are inserted into the left end of two groups of right-hand thread pipes respectively
Inside internal ball bearing, the right riser is located at the left side of right clamping plate, the right end of two groups of right-hand thread bars respectively with the right side
The left upper part of riser is connected with lower part, and the left end of two groups of right-hand thread bars is inserted into respectively and spiral shell is filled to two groups of right-hand thread pipes
Inside right end, the right end of two groups of left sleeves is connect with the left upper part of left riser and lower part respectively, two groups of left sleeves it is interior
Portion is respectively arranged with left sliding chamber, and the left end of two groups of left sleeves is respectively arranged with upper left through-hole and lower-left through-hole, and described two groups
Left limit plate is located at the inside of two groups of left sleeves, and the right end of two groups of left branching rods is each passed through upper left through-hole and lower-left is logical
The intracavitary portion of left cunning that hole is inserted into two groups of left sleeves is connect with the left end of two groups of left limit plates, and two groups of left wheels are installed respectively
It is connect respectively with the right end upper and lower part of right riser in the left end of the left end of two groups of left branching rods, two groups of right sleeves, two groups
The inside of right sleeve is respectively arranged with right sliding chamber, and the right end of two groups of right sleeves is respectively arranged with upper right through-hole and bottom right is logical
Hole, two groups of right limit plates are located at the inside of two groups of right sleeves, and the right end of two groups of right struts is each passed through upper right
The intracavitary portion of right cunning that through-hole and bottom right through-hole are inserted into two groups of right sleeves is connect with the right end of two groups of right limit plates, and described two groups right
Idler wheel is separately mounted to the right end of two groups of right struts, and the upper lateral of the left clamp is provided with tapped through hole, and two groups right
The upper lateral of clamping plate is provided with the right-hand rotation hole contour with tapped through hole, and the left end of the locking screw passes through right-hand rotation hole and is inserted into simultaneously
Spiral shell is filled to inside the tapped through hole of left clamp, and the locking motor is mounted on the right end of right clamping plate, and locks the left part of motor
The right end of output end and locking screw connects, and is provided with remote-receiver on the locking motor, the controller is mounted on
The top left hand of pit shaft, and controller is internally provided with remote control transmission device；By above-mentioned setting, can by left clamp and
Right clamping plate will pump ontology clamping, while by locking motor rotation, drive lead screw rotation to clamp ontology, then according to real well
Cylinder inside diameter size, adjusts two groups of left-hand thread pipes and two groups of right-hand thread pipes, then passes through two groups of left wheels and two groups of right idler wheels
It is rolled on shaft in wall, gradually steady decline, prevents from causing Plastic-sheathed Cable to wind because of rotation, improve adaptability, reduced
Use limitation.
A kind of submersible axial flow pump of the utility model further includes two groups of left stiffness springs 17 and two groups of right stiffness springs, institute
State the intracavitary portion of left cunning that two groups of left stiffness springs are located at two groups of left sleeves, and the right end of two groups of left stiffness springs respectively with
The right side internal links of two groups of sleeves, the left end of two groups of left stiffness springs is connect with the right end of two groups of left limit plates respectively, described
Two groups of right stiffness springs are located at the intracavitary portion of right cunning of two groups of right sleeves, and the left end of two groups of right stiffness springs is respectively with two
The left side internal links of group sleeve, the right end of two groups of right stiffness springs are connect with the left end of two groups of right limit plates respectively；By upper
Setting is stated, the elasticity of left wheel and right idler wheel can be increased, prevents from causing to pump ontology and jolting shadow because shaft in wall is uneven
Decline conveying is rung, practicability and adaptability are improved.
A kind of submersible axial flow pump of the utility model further includes left branch leg 18, right supporting leg, shaft 19, left block plate 20, right gear
Disk, flexible steel wire 21 and handwheel 22, the left branch leg and right supporting leg are located at the left and right side on pit shaft top, and left branch
The top of leg and right supporting leg is respectively arranged with left ball bearing and right ball bearing, and left ball bearing is inserted into the left end of the shaft
Inside, and the right end of shaft passes through the inside of right ball bearing and extend out to the external world, and the left block plate and right shell body are respectively positioned on
Between left branch leg and right supporting leg, and left block plate and right shell body are set in the left and right side of shaft, the handwheel with turn
The right end of axis connects, and the flexible steel wire is wrapped in shaft, and one end of flexible steel wire is connect with shaft, flexible steel wire
The other end be provided with hooking device；, can be by handwheel rotating shaft by above-mentioned setting, it can be by flexible steel wire
Hooking device hanging buckle reduces manpower on the hanging ring, improves practicability.
A kind of submersible axial flow pump of the utility model further includes spacer pin 23, and it is logical that multiple groups limit is provided on the handwheel
Hole, the right end of the right supporting leg are provided with corresponding limit hole, and the left end of the spacer pin passes through limiting through hole and is inserted into limit
Inside hole；By above-mentioned setting, suitable immersible pump position can be fixed, improve safety.
A kind of submersible axial flow pump of the utility model before completing above-mentioned movement, is moved first at work
The position needed to user opens and shakes sky transmitting device control locking motor rotation on controller, drives locking screw will be left
Clamping plate and the locking of right clamping plate, then according to practical pit shaft inside diameter size, adjust two groups of left-hand thread pipes to clamp pump ontology
It with two groups of right-hand thread pipes, is then rolled, gradually steady decline, is dived on shaft in wall by two groups of left wheels and two groups of right idler wheels
Water axial-flow pump is delivered to inside pit shaft, is then powered on and pipeline, and the conveying of water is carried out.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
For art personnel, without deviating from the technical principle of the utility model, several improvements and modifications can also be made, these change
It also should be regarded as the protection scope of the utility model into modification.
Claims (4)
1. a kind of submersible axial flow pump, including pit shaft (1), pump ontology (2), Plastic-sheathed Cable (3) and horn mouth (4), pump ontology (2) position
Internal in pit shaft (1), pump ontology (2) is internally provided with working chamber, and working chamber is internally provided with submersible motor, the bottom of submersible motor
Portion's output end is provided with pump shaft, and pump shaft bottom end is provided with diffuser, and diffuser is internally provided with impeller, Plastic-sheathed Cable (3)
Output end be electrically connected with submersible motor, and the top of horn mouth (4) is connected to the bottom end of pump ontology (2), and horn mouth
(4) filter screen is provided on, pump ontology (2) top is provided with hanging ring, and the bottom end of hanging ring and the top of pump ontology (2) connect
It connects；It is characterised in that it includes left clamp (5), right clamping plate, locking screw (6), locking motor (7), four groups of ball bearings (8), two
Group left-hand thread pipe (9), two groups of left-hand thread bars (10), left riser (11), two groups of left sleeves (12), two groups of left limit plates (13), two
Group left branching rod (14), two groups of left wheels (15), two groups of right-hand thread pipes, two groups of right-hand thread bars, right riser, two groups of right sleeves, two groups
Right limit plate, two groups of right struts, two groups of right idler wheels and controller (16), the left upper part of the left clamp (5) and lower part difference
Be provided with upper left putting hole and lower-left putting hole, the right end upper and lower part of the right clamping plate be respectively arranged with upper right putting hole and
Bottom right putting hole, four groups of ball bearings (8) are separately mounted to upper left putting hole, lower-left putting hole, upper right putting hole and the right side
Inside lower putting hole, the right end of two groups of left-hand thread pipes (9) is inserted into the rolling inside upper left putting hole and lower-left putting hole respectively
Pearl bearing (8) is internal, and the left riser (11) is located at the left side of left clamp (5), the left end point of two groups of left-hand thread bars (10)
It is not connect with the right end upper and lower part of left riser (11), and the right end of two groups of left-hand thread bars (10) is inserted into respectively and spiral shell is filled to
Inside the left end of two groups of left-hand thread pipes (9), upper right putting hole is inserted into the left end of two groups of right-hand thread pipes respectively and bottom right is placed
Ball bearing (8) inside hole is internal, and the right riser is located at the left side of right clamping plate, the right end difference of two groups of right-hand thread bars
It is connect with the left upper part of right riser and lower part, and the left end of two groups of right-hand thread bars is inserted into respectively and spiral shell is filled to two groups of right-hand threads
Inside the right end of pipe, the right end of two groups of left sleeves (12) is connect with the left upper part of left riser (11) and lower part respectively, and two
The inside of group left sleeve (12) is respectively arranged with left sliding chamber, and the left end of two groups of left sleeves (12) is respectively arranged with upper left through-hole
With lower-left through-hole, two groups of left limit plates (13) are located at the inside of two groups of left sleeves (12), two groups of left branching rods
(14) right end is each passed through upper left through-hole and lower-left through-hole is inserted into the intracavitary portion of left cunning and two groups of left sides of two groups of left sleeves (12)
The left end of limit plate (13) connects, and two groups of left wheels (15) are separately mounted to the left end of two groups of left branching rods (14), and described two
The left end of the right sleeve of group is connect with the right end upper and lower part of right riser respectively, and the inside of two groups of right sleeves is respectively arranged with right cunning
Chamber, and the right end of two groups of right sleeves is respectively arranged with upper right through-hole and bottom right through-hole, and two groups of right limit plates are located at
The inside of two groups of right sleeves, the right end of two groups of right struts is each passed through upper right through-hole and bottom right through-hole is inserted into two groups of right sets
The intracavitary portion of right cunning of cylinder is connect with the right end of two groups of right limit plates, and two groups of right idler wheels are separately mounted to the right side of two groups of right struts
End, the upper lateral of the left clamp (5) is provided with tapped through hole, and the upper lateral of two groups of right clamping plates is provided with and screw thread
The contour right-hand rotation hole of through-hole, the left end of the locking screw (6) pass through the right-hand rotation hole insertion screw thread that simultaneously spiral shell is filled to left clamp (5) and lead to
Inside hole, the locking motor (7) is mounted on the right end of right clamping plate, and locks the left part output end and locking silk of motor (7)
The right end of thick stick (6) connects, and is provided with remote-receiver on the locking motor (7), the controller (16) is mounted on pit shaft
(1) top left hand, and controller (16) is internally provided with remote control transmission device.
2. a kind of submersible axial flow pump as described in claim 1, which is characterized in that further include two groups of left stiffness springs (17) and two
The right stiffness spring of group, two groups of left stiffness springs (17) are located at the intracavitary portion of left cunning of two groups of left sleeves (12), and two
The right end of the left stiffness spring (17) of group respectively divide by the right side internal links with two groups of sleeves, the left end of two groups of left stiffness springs (17)
It is not connect with the right end of two groups of left limit plates (13), the right cunning that two groups of right stiffness springs are located at two groups of right sleeves is intracavitary
Portion, and the left end of two groups of right stiffness springs left side internal links with two groups of sleeves respectively, the right end of two groups of right stiffness springs
It is connect respectively with the left end of two groups of right limit plates.
3. a kind of submersible axial flow pump as claimed in claim 2, which is characterized in that further include left branch leg (18), right supporting leg, shaft
(19), left block plate (20), right block plate, flexible steel wire (21) and handwheel (22), the left branch leg (18) and right supporting leg are located at
The left and right side on pit shaft (1) top, and the top of left branch leg (18) and right supporting leg is respectively arranged with left ball bearing and the right side
Ball bearing, the pearl Bearing inner that rolls left is inserted into the left end of the shaft (19), and the right end of shaft (19) passes through right ball axis
The inside held simultaneously extend out to the external world, and the left block plate (20) and right shell body are respectively positioned between left branch leg (18) and right supporting leg, and
Left block plate (20) and right shell body are set in the left and right side of shaft (19), the right end of the handwheel (22) and shaft (19)
Connection, the flexible steel wire (21) is wrapped on shaft (19), and one end of flexible steel wire (21) is connect with shaft (19),
The other end of flexible steel wire (21) is provided with hooking device.
4. a kind of submersible axial flow pump as claimed in claim 3, which is characterized in that further include spacer pin (23), the handwheel
(22) multiple groups limiting through hole is provided on, the right end of the right supporting leg is provided with corresponding limit hole, the spacer pin (23)
Left end passes through limiting through hole and is inserted into inside limit hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821134626.1U CN208885545U (en) | 2018-07-17 | 2018-07-17 | A kind of submersible axial flow pump |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821134626.1U CN208885545U (en) | 2018-07-17 | 2018-07-17 | A kind of submersible axial flow pump |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208885545U true CN208885545U (en) | 2019-05-21 |
Family
ID=66506816
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821134626.1U Active CN208885545U (en) | 2018-07-17 | 2018-07-17 | A kind of submersible axial flow pump |
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| Country | Link |
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| CN (1) | CN208885545U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111810390A (en) * | 2020-07-24 | 2020-10-23 | 赵玉会 | Submersible pump auxiliary assembly that goes into well |
| CN111852957A (en) * | 2020-07-24 | 2020-10-30 | 赵玉会 | Using method of submersible pump downhole auxiliary equipment |
| CN115929658A (en) * | 2023-02-21 | 2023-04-07 | 江苏美丰泵业有限公司 | Assembled flame-proof type submersible electric pump capable of adjusting submergence depth |
-
2018
- 2018-07-17 CN CN201821134626.1U patent/CN208885545U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111810390A (en) * | 2020-07-24 | 2020-10-23 | 赵玉会 | Submersible pump auxiliary assembly that goes into well |
| CN111852957A (en) * | 2020-07-24 | 2020-10-30 | 赵玉会 | Using method of submersible pump downhole auxiliary equipment |
| CN111852957B (en) * | 2020-07-24 | 2021-10-29 | 柳州酸王泵制造股份有限公司 | Using method of submersible pump downhole auxiliary equipment |
| CN111810390B (en) * | 2020-07-24 | 2022-09-02 | 江西兴旺生态农业综合开发有限公司 | Submersible pump auxiliary assembly that goes into well |
| CN115929658A (en) * | 2023-02-21 | 2023-04-07 | 江苏美丰泵业有限公司 | Assembled flame-proof type submersible electric pump capable of adjusting submergence depth |
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