CN208686533U - A kind of water pumper middle section water flow supercharging device - Google Patents
A kind of water pumper middle section water flow supercharging device Download PDFInfo
- Publication number
- CN208686533U CN208686533U CN201820984533.1U CN201820984533U CN208686533U CN 208686533 U CN208686533 U CN 208686533U CN 201820984533 U CN201820984533 U CN 201820984533U CN 208686533 U CN208686533 U CN 208686533U
- Authority
- CN
- China
- Prior art keywords
- control mechanism
- driving part
- main
- liquid
- torsional forces
- Prior art date
- 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
Links
Landscapes
- Structures Of Non-Positive Displacement Pumps (AREA)
Abstract
The utility model discloses a kind of water pumper middle section water flow supercharging device, including main hollow shell, the side inside the main hollow shell is provided with main water pipeline hole.The utility model can connect two suction pipings, utilize a main water pumper and a motor, it realizes and is similar to two water pumper collective effects, and the water pumping mechanism that wherein motor is driven can control the hydraulic pressure of draining, to under the premise of not influencing drainage pipeline service life, so that the displacement in drainage pipeline maximizes, it is practical, furthermore, there is the device driving part maincenter to transmit rotating mechanism, realize the effect of transmitting torsional forces, in addition, the device has torsional forces maximum dynamics control mechanism, cooperate the transmitting rotating mechanism effect of driving part maincenter, when the caused pressure of driving is more than maximum dynamics, motor will not continue that turbine is driven to carry out pumping action, so that the hydraulic pressure of discharge does not exceed certain value, to the characteristic with output pressure controllability, fitness is strong.
Description
Technical field
The utility model relates to agricultural irrigation equipment technical field, specially a kind of water pumper is filled with middle section waterflow boosting
It sets.
Background technique
Currently, due to the influence of environment, not timing will appear the withered phenomenon in farmland, in order to give in farmland in time in agricultural
Crops carry out irrigation effect, all can use arrive water pumper, still, since farmland active area is big, so general draw water
When machine irrigates it, there are certain curves, are worked using a water pumper, and undoubtedly working efficiency is low, moreover, because
Water source output distance is remote, causes water pumper excessive in the hydraulic pressure of discharge water flow part, leads to pipe burst for a long time, limitation compared with
Greatly.
Utility model content
The purpose of this utility model is to provide a kind of water pumper middle section water flow supercharging devices, to solve above-mentioned background skill
The problem of being proposed in art.
To achieve the above object, the utility model provides the following technical solutions: a kind of water pumper middle section waterflow boosting dress
It sets, including main hollow shell, the side inside the main hollow shell is provided with main water pipeline hole, and the main hollow shell exists
Main water pipeline connection main-valve head is respectively arranged with positioned at the both ends in the main water pipeline hole, and main-valve head is connected with drainage pipeline,
The other side inside the main hollow shell is provided with secondary water inlet line connection main-valve head, the inside setting of the main hollow shell
There is turbine installation space, the main hollow shell is internally provided with the secondary water inlet line connection main-valve head of connection and turbine installation sky
Between side the first water inlet line of pair hole, be internally provided with the connection turbine installation space other side the of the main hollow shell
Two water inlet line holes, the main hollow shell install a liquid one-way flowing control in the end for being located at second water inlet line hole
Mechanism processed, be internally provided with connection liquid one-way flowing control mechanism and main water pipeline hole secondary the of the main hollow shell
Three water inlet line holes, the center of the main hollow shell side are bolted a main hollow installation shell, and the master is hollow
Installation shell is provided centrally with main installation space, and the hollow installation shell of master passes through axis in the inside for being located at main installation space
Hold installation one driving part maincenter transmitting rotating mechanism, the end face center installation of the driving part maincenter transmitting rotating mechanism
One main rotating shaft, the axis body of the main rotating shaft is through the main hollow shell and axis body extends to the interior of turbine installation space
Portion, the main rotating shaft be located at turbine installation space both ends axis body by bearing and primary seal circle be fixed on lead it is hollow
The inside of shell, the main rotating shaft install a turbine in the axis body being located inside the turbine installation space, and the master is hollow
The both ends of housing side are provided with connecting rod, and a main connecting plate is installed in the end of two connecting rods, the main connecting plate
End face is bolted motor installation shell, and a motor, the electricity are installed in the inside of the motor installation shell
Motor main shaft in motivation is in the main connecting plate and end and an end face of driving part maincenter transmitting rotating mechanism
The heart is fixedly connected.
Further, the liquid one-way flowing control mechanism include liquid one-way flowing control mechanism hollow valve body,
Liquid one-way flowing control mechanism diameter of Spherical Volume, liquid one-way flowing control mechanism ball valve, liquid one-way flowing control machine
Structure inlet opening and liquid one-way flowing control mechanism drainage hole；In the liquid one-way flowing control mechanism hollow valve body
Portion is provided centrally with liquid one-way flowing control mechanism diameter of Spherical Volume, the liquid one-way flowing control mechanism hollow core valve
Body is placed a liquid one-way flowing control mechanism in the inside for being located at the liquid one-way flowing control mechanism diameter of Spherical Volume and is used
Ball valve, the liquid one-way flowing control mechanism hollow valve body are internally provided with liquid one-way flowing control mechanism feed liquor
Hole, one end connection liquid one-way flowing control mechanism diameter of Spherical Volume of the liquid one-way flowing control mechanism inlet opening
The other end of bottom, the liquid one-way flowing control mechanism inlet opening is connected to liquid one-way flowing control mechanism hollow core valve
The headspace of body, the liquid one-way flowing control mechanism hollow valve body are internally provided with liquid one-way flowing control machine
One end of structure drainage hole, the liquid one-way flowing control mechanism drainage hole is connected to liquid one-way flowing control mechanism ball
The other end at the top in shape space, the liquid one-way flowing control mechanism drainage hole is connected to liquid one-way flowing control mechanism
With the bottom space of hollow valve body.
Further, the end of the liquid one-way flowing control mechanism inlet opening and liquid one-way flowing control mechanism
It is connect respectively with secondary second water inlet line bore ends and secondary third water inlet line hole with the end of drainage hole.
Further, it is unidirectional to be greater than the liquid for the structure radius of the liquid one-way flowing control mechanism diameter of Spherical Volume
The structure radius of control mechanism ball valve is flowed, the structure radius of the liquid one-way flowing control mechanism ball valve is greater than described
The structure radius of liquid one-way flowing control mechanism inlet opening and liquid one-way flowing control mechanism drainage hole.
Further, the driving part maincenter transmitting rotating mechanism includes driving part maincenter transmitting rotating mechanism column
Shape shell, driving part maincenter transmitting rotating mechanism are inserted into groove structure with column spinner, driving part maincenter transmits rotating mechanism
It is used with column spinner, driving part maincenter transmitting rotating mechanism hemispherical groove structure, driving part maincenter transmitting rotating mechanism
Main groove structure, driving part maincenter transmitting rotating mechanism is inserted into groove structure with push rod and driving part maincenter transmits whirler
Structure internal thread structure；The driving part maincenter transmitting rotating mechanism is mounted on the side of cylindrical shell side by bearing
The inside of main hollow installation shell, driving part maincenter transmitting one end face of rotating mechanism cylindrical shell is internally provided with
Driving part maincenter transmits rotating mechanism and is inserted into groove structure with column spinner, and the driving part maincenter transmits rotating mechanism column
Shape shell is in one driving of inside installation for being located at driving part maincenter transmitting rotating mechanism column spinner insertion groove structure
Component maincenter transmits rotating mechanism column spinner, and the inside of the driving part maincenter transmitting rotating mechanism cylindrical shell is in place
The side that column spinner is inserted into groove structure driving part maincenter is provided in driving part maincenter transmitting rotating mechanism to pass
Rotating mechanism main groove structure is passed, the driving part maincenter transmitting rotating mechanism cylindrical shell is internally provided with connection
Driving part maincenter transmits rotating mechanism column spinner insertion groove structure and driving part maincenter transmitting rotating mechanism master is recessed
The driving part maincenter transmitting rotating mechanism of slot structure is inserted into groove structure with push rod, and the driving part maincenter transmits whirler
The side of structure column spinner is provided with driving part maincenter transmitting rotating mechanism hemispherical groove structure, the driving part
Maincenter transmits rotating mechanism and is being set positioned at driving part maincenter transmitting rotating mechanism with the inner wall of main groove structure with cylindrical shell
It is equipped with driving part maincenter transmitting rotating mechanism internal thread structure, the driving part maincenter transmits rotating mechanism cylindrical shell
Body connects a torque by helicitic texture in the inside for being located at driving part maincenter transmitting rotating mechanism main groove structure
Power maximum dynamics control mechanism.
Further, center and motor main shaft of the driving part maincenter transmitting rotating mechanism with cylindrical shell end
End be fixedly connected, the driving part maincenter transmits the rotating mechanism center of column spinner end face and one end of main rotating shaft
It is fixedly connected.
Further, the structure size of the driving part maincenter transmitting rotating mechanism column spinner and the driving part
It is consistent that maincenter transmits the structure size that rotating mechanism is inserted into groove structure with column spinner.
Further, the torsional forces maximum dynamics control mechanism includes torsional forces maximum dynamics control mechanism hollow stem
Body, torsional forces maximum dynamics control mechanism external thread structure, torsional forces maximum dynamics control mechanism hollow section, torsional forces
Maximum dynamics control mechanism movable plate, torsional forces maximum dynamics control mechanism through-hole structure, the control of torsional forces maximum dynamics
Mechanism push rod, torsional forces maximum dynamics control mechanism hemispherical projections structure and torsional forces maximum dynamics control mechanism spiral shell
Revolve spring；The side of the torsional forces maximum dynamics control mechanism hollow rod body is provided with torsional forces maximum dynamics control mechanism
With external thread structure, torsional forces maximum, force is provided centrally with inside the torsional forces maximum dynamics control mechanism hollow rod body
The hollow section of control mechanism is spent, the end face inside the torsional forces maximum dynamics control mechanism hollow rod body is provided with company
The torsion in logical the torsional forces maximum dynamics control mechanism hollow rod body external world and the hollow section of torsional forces maximum dynamics control mechanism
Square power maximum dynamics control mechanism through-hole structure, the torsional forces maximum dynamics control mechanism hollow rod body is positioned at described
The inside in the hollow section of torsional forces maximum dynamics control mechanism is installed by one torsional forces maximum dynamics control mechanism movable plate, institute
One torsional forces maximum dynamics control mechanism is installed with pushing away in the center for stating one end face of torsional forces maximum dynamics control mechanism movable plate
The body of rod of bar, the torsional forces maximum dynamics control mechanism push rod runs through the torsional forces maximum dynamics control mechanism through-hole
Structure, the torsional forces maximum dynamics control mechanism are torsional forces maximum dynamics control mechanism being located at external one end with push rod
With hemispherical projections structure, the other end installation one of the torsional forces maximum dynamics control mechanism movable plate is in compression shape
The torsional forces maximum dynamics control mechanism helical spring of state.
Further, the torsional forces maximum dynamics control mechanism external thread structure and the transmitting of driving part maincenter rotate
Driving part maincenter transmitting rotating mechanism in mechanism is meshed with internal thread structure.
Further, the structure radius and structure ruler of torsional forces maximum dynamics control mechanism hemispherical projections structure
The very little driving part maincenter with driving part maincenter transmitting rotating mechanism transmits rotating mechanism hemispherical groove structure
Structure radius it is identical with structure size.
Compared with prior art, the utility model has the beneficial effects that the utility model can connect two suction pipings,
Using a main water pumper and a motor, realizes and be similar to two water pumper collective effects, and wherein motor is driven
Water pumping mechanism can control the hydraulic pressure of draining, thus under the premise of not influencing drainage pipeline service life, so that drainpipe
Displacement in road maximizes, practical, moreover, the device has liquid one-way flowing control mechanism, can bear compared with
Under the premise of big pressure, the one-way flow control action of liquid is realized, the generation that water flow flows backwards phenomenon is placed, in addition, the device
Rotating mechanism is transmitted with driving part maincenter, the effect of transmitting torsional forces can be realized, in addition, the dress at a particular pressure
It sets with torsional forces maximum dynamics control mechanism, cooperates the transmitting rotating mechanism effect of driving part maincenter, caused by driving
When pressure is more than maximum dynamics, motor will not continue that turbine is driven to carry out pumping action, so that the hydraulic pressure of discharge is not
It can be more than certain value, so that the characteristic with output pressure controllability, fitness are strong.
Detailed description of the invention
Fig. 1 is a kind of complete section structural schematic diagram of water pumper middle section water flow supercharging device of the utility model；
Fig. 2 is the knot of liquid one-way flowing control mechanism in a kind of water pumper middle section water flow supercharging device of the utility model
Structure schematic diagram；
Fig. 3 is that driving part maincenter transmits rotating mechanism in a kind of water pumper middle section water flow supercharging device of the utility model
Structural schematic diagram；
Fig. 4 is torsional forces maximum dynamics control mechanism in a kind of water pumper middle section water flow supercharging device of the utility model
Structural schematic diagram；
In figure: 1, main hollow shell, 2, main water pipeline hole, 3, main water pipeline connection main-valve head, 4, drainage pipeline company
Main-valve head, 5 are connect, secondary water inlet line connects main-valve head, 6, secondary first water inlet line hole, 7, turbine installation space, 8, the second water inlet
Pipe hole, 9, liquid one-way flowing control mechanism, 91, liquid one-way flowing control mechanism hollow valve body, 92, liquid one-way flow
Dynamic control mechanism diameter of Spherical Volume, 93, liquid one-way flowing control mechanism ball valve, 94, liquid one-way flowing control mechanism are used
Inlet opening, 95, liquid one-way flowing control mechanism drainage hole, 10, secondary third water inlet line hole, 11, connecting rod, 12, main sky
It feels at ease casing, 13, main installation space, 14, driving part maincenter transmit rotating mechanism, 141, the transmitting rotation of driving part maincenter
Mechanism cylindrical shell, 142, driving part maincenter transmit rotating mechanism and are inserted into groove structure, 143, driving part with column spinner
Maincenter transmits rotating mechanism column spinner, 144, and driving part maincenter transmits rotating mechanism hemispherical groove structure, 145, drives
Dynamic component maincenter transmits rotating mechanism main groove structure, 146, and driving part maincenter transmits rotating mechanism and is inserted into groove with push rod
Structure, 147, driving part maincenter transmit rotating mechanism internal thread structure, 15, main rotating shaft, 16, primary seal circle, 17, axis
Hold, 18, turbine, 19, main connecting plate, 20, motor install shell, 21, motor, 22, motor main shaft, 23, torsional forces is most
Great dynamics control mechanism, 231, torsional forces maximum dynamics control mechanism hollow rod body, 232, torsional forces maximum dynamics control machine
Structure external thread structure, 233, torsional forces maximum dynamics control mechanism hollow section, 234, torsional forces maximum dynamics control machine
Structure movable plate, 235, torsional forces maximum dynamics control mechanism through-hole structure, 236, torsional forces maximum dynamics control mechanism are used
Push rod, 237, torsional forces maximum dynamics control mechanism hemispherical projections structure, 238, torsional forces maximum dynamics control mechanism are used
Helical spring.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
Referring to Fig. 1, a kind of embodiment provided by the utility model: including main hollow shell 1, the main hollow shell 1
Internal side is provided with main water pipeline hole 2, and the main hollow shell 1 is at the both ends point for being located at the main water pipeline hole 2
It is not provided with main water pipeline connection main-valve head 3 and connects main-valve head 4 with drainage pipeline, it is another inside the main hollow shell 1
Side is provided with secondary water inlet line connection main-valve head 5, and the main hollow shell 1 is internally provided with turbine installation space 7, the master
Hollow shell 1 is internally provided with the water inlet of pair first for being connected to secondary water inlet line connection main-valve head 5 and 7 side of turbine installation space
Pipe hole 6, the second water inlet line hole 8 for being internally provided with connection 7 other side of turbine installation space of the main hollow shell 1,
The main hollow shell 1 installs a liquid one-way flowing control mechanism 9, institute in the end for being located at second water inlet line hole 8
State the secondary third water inlet for being internally provided with connection liquid one-way flowing control mechanism 9 and main water pipeline hole 2 of main hollow shell 1
Pipe hole 10, the center of main 1 side of hollow shell are bolted a main hollow installation shell 12, the hollow peace of master
Casing 12 is provided centrally with main installation space 13, and the hollow installation shell 12 of master is in the inside for being located at main installation space 13
A driving part maincenter is installed by bearing 17 and transmits rotating mechanism 14, the driving part maincenter transmits the one of rotating mechanism 14
End face center installs a main rotating shaft 15, and the axis body of the main rotating shaft 15 is through the main hollow shell 1 and axis body extends to
The inside of turbine installation space 7, the main rotating shaft 15 pass through bearing 17 in the axis body for being located at 7 both ends of turbine installation space
The inside of main hollow shell 1 is fixed on primary seal circle 16, the main rotating shaft 15 is being located inside the turbine installation space 7
Axis body one turbine 18 is installed, the both ends of main 1 side of hollow shell are provided with connecting rod 11, two connecting rods 11
A main connecting plate 19 is installed in end, and the end face of the main connecting plate 19 is bolted motor installation shell 20, described
A motor 21 is installed in the inside that motor installs shell 20, and the motor main shaft 22 in the motor 21 runs through the main company
Fishplate bar 19 and end are fixedly connected with an end face center of driving part maincenter transmitting rotating mechanism 14.
Referring to Fig. 2, the liquid one-way flowing control mechanism 9 includes liquid one-way flowing control mechanism hollow valve body
91, liquid one-way flowing control mechanism diameter of Spherical Volume 92, liquid one-way flowing control mechanism ball valve 93, liquid one-way flowing
Control mechanism inlet opening 94 and liquid one-way flowing control mechanism drainage hole 95；The liquid one-way flowing control mechanism is used
Liquid one-way flowing control mechanism diameter of Spherical Volume 92, the liquid one-way flowing control are provided centrally with inside hollow valve body 91
A liquid is placed in the inside for being located at the liquid one-way flowing control mechanism diameter of Spherical Volume 92 with hollow valve body 91 by mechanism processed
One-way flow control mechanism ball valve 93, the liquid one-way flowing control mechanism hollow valve body 91 are internally provided with liquid
One end of one-way flow control mechanism inlet opening 94, liquid one-way flowing control mechanism inlet opening 94 is connected to liquid list
To the bottom of flowing control mechanism diameter of Spherical Volume 92, the other end of liquid one-way flowing control mechanism inlet opening 94 connects
The headspace of logical liquid one-way flowing control mechanism hollow valve body 91, the liquid one-way flowing control mechanism hollow core valve
Body 91 is internally provided with liquid one-way flowing control mechanism drainage hole 95, the liquid one-way flowing control mechanism drain
The top of one end connection liquid one-way flowing control mechanism diameter of Spherical Volume 92 in hole 95, the liquid one-way flowing control mechanism
With the bottom space of the other end connection liquid one-way flowing control mechanism hollow valve body 91 of drainage hole 95；The liquid is unidirectional
The end of the end and liquid one-way flowing control mechanism drainage hole 95 of flowing control mechanism inlet opening 94 is respectively with secondary the
Two water inlet line holes, 8 end and secondary third water inlet line hole 10 connect；The liquid one-way flowing control mechanism diameter of Spherical Volume
92 structure radius is greater than the structure radius of the liquid one-way flowing control mechanism ball valve 93, the liquid one-way flowing control
The structure radius of mechanism processed ball valve 93 is greater than the liquid one-way flowing control mechanism inlet opening 94 and liquid one-way flowing
The structure radius of control mechanism drainage hole 95, main function is: due to liquid one-way flowing control mechanism diameter of Spherical Volume
92 structure radius is greater than the structure radius of the liquid one-way flowing control mechanism ball valve 93, the liquid one-way flowing control
The structure radius of mechanism processed ball valve 93 is greater than the liquid one-way flowing control mechanism inlet opening 94 and liquid one-way flowing
The structure radius of control mechanism drainage hole 95, so liquid can be controlled using the structure size relationship between above-mentioned several persons
One-way flow effect, prevent liquid from flowing backwards.
Referring to Fig. 3, the driving part maincenter transmitting rotating mechanism 14 includes that driving part maincenter transmits rotating mechanism
It is passed with cylindrical shell 141, driving part maincenter transmitting rotating mechanism column spinner insertion groove structure 142, driving part maincenter
Pass rotating mechanism column spinner 143, driving part maincenter transmits rotating mechanism hemispherical groove structure 144, in driving part
Pivot transmits rotating mechanism main groove structure 145, driving part maincenter transmitting rotating mechanism and is inserted into 146 and of groove structure with push rod
Driving part maincenter transmits rotating mechanism internal thread structure 147；The driving part maincenter transmits rotating mechanism cylindrical shell
The side of 141 side of body is mounted on the inside of main hollow installation shell 12, the driving part maincenter transmitting rotation by bearing 17
141 1 end face of rotation mechanism cylindrical shell is internally provided with driving part maincenter transmitting rotating mechanism column spinner insertion groove
Structure 142, the driving part maincenter transmitting rotating mechanism are being located at driving part maincenter transmitting rotation with cylindrical shell 141
Rotation mechanism installs a driving part maincenter with the inside that column spinner is inserted into groove structure 142 and transmits rotating mechanism column spinner 143,
The inside of the driving part maincenter transmitting rotating mechanism cylindrical shell 141 is being located at driving part maincenter transmitting rotation
Mechanism is provided with driving part maincenter transmitting rotating mechanism main groove structure with the side that column spinner is inserted into groove structure 142
145, the driving part maincenter transmitting rotating mechanism cylindrical shell 141 is internally provided with connection driving part maincenter transmitting
Rotating mechanism is inserted into the drive of groove structure 142 and driving part maincenter transmitting rotating mechanism main groove structure 145 with column spinner
Dynamic component maincenter transmits rotating mechanism and is inserted into groove structure 146, the driving part maincenter transmitting rotating mechanism rotation with push rod
The side of rotary column 143 is provided with driving part maincenter transmitting rotating mechanism hemispherical groove structure 144, the driving part
Maincenter transmits rotating mechanism and is being located at driving part maincenter transmitting rotating mechanism main groove structure 145 with cylindrical shell 141
Inner wall is provided with driving part maincenter transmitting rotating mechanism internal thread structure 147, and the driving part maincenter transmits whirler
Structure cylindrical shell 141 passes through spiral shell in the inside for being located at driving part maincenter transmitting rotating mechanism main groove structure 145
Line structure connects a torsional forces maximum dynamics control mechanism 23；The driving part maincenter transmits rotating mechanism cylindrical shell
The center of 141 ends is fixedly connected with the end of motor main shaft 22, the driving part maincenter transmitting rotating mechanism rotation
The center of 143 end face of column is fixedly connected with one end of main rotating shaft 15；The driving part maincenter transmitting rotating mechanism rotation
The structure size of column 143 and driving part maincenter transmitting rotating mechanism are inserted into the structure ruler of groove structure 142 with column spinner
Very little consistent, main function is: and torsional forces maximum dynamics control mechanism 23 cooperates, when the caused dynamics of rotation is greater than
When the control of torsional forces maximum dynamics control mechanism 23, driving part maincenter transmits rotating mechanism with 141 He of cylindrical shell
Relative rotation can occur between driving part maincenter transmitting rotating mechanism column spinner 143, thus the increase hydraulic pressure that will not improve.
Referring to Fig. 4, the torsional forces maximum dynamics control mechanism 23 includes that torsional forces maximum dynamics control mechanism is empty
Core bar body 231, torsional forces maximum dynamics control mechanism external thread structure 232, torsional forces maximum dynamics control mechanism are with hollow
Section 233, torsional forces maximum dynamics control mechanism movable plate 234, torsional forces maximum dynamics control mechanism through-hole structure
235, torsional forces maximum dynamics control mechanism push rod 236, torsional forces maximum dynamics control mechanism hemispherical projections structure 237
With torsional forces maximum dynamics control mechanism helical spring 238；The torsional forces maximum dynamics control mechanism hollow rod body 231
Side be provided with torsional forces maximum dynamics control mechanism external thread structure 232, the torsional forces maximum dynamics control mechanism
It is provided centrally with the hollow section 233 of torsional forces maximum dynamics control mechanism with inside hollow rod body 231, the torsional forces is most
Great dynamics control mechanism is provided with connection torsional forces maximum dynamics control mechanism with hollow with the end face inside hollow rod body 231
The extraneous torsional forces maximum dynamics control mechanism with the hollow section 233 of torsional forces maximum dynamics control mechanism of the body of rod 231 is used logical
Pore structure 235, the torsional forces maximum dynamics control mechanism are being located at torsional forces maximum dynamics control with hollow rod body 231
A torsional forces maximum dynamics control mechanism movable plate 234 is installed in the inside in the hollow section 233 of mechanism, and the torsional forces is maximum
A torsional forces maximum dynamics control mechanism push rod 236 is installed at the center of dynamics control mechanism 234 1 end face of movable plate, described
Torsional forces maximum dynamics control mechanism runs through the torsional forces maximum dynamics control mechanism through-hole structure with the body of rod of push rod 236
235, the torsional forces maximum dynamics control mechanism is torsional forces maximum dynamics control machine being located at external one end with push rod 236
It installs at one the other end of structure hemispherical projections structure 237, torsional forces maximum dynamics control mechanism movable plate 234
In the torsional forces maximum dynamics control mechanism helical spring 238 of compressive state；The torsional forces maximum dynamics control mechanism is used
Driving part maincenter in external thread structure 232 and driving part maincenter transmitting rotating mechanism 14 transmits rotating mechanism internal screw thread
Structure 147 is meshed；The structure radius and structure ruler of torsional forces maximum dynamics control mechanism hemispherical projections structure 237
The very little driving part maincenter with driving part maincenter transmitting rotating mechanism 14 transmits rotating mechanism hemispherical groove knot
The structure radius of structure 144 is identical with structure size, and main function is: and driving part maincenter transmits 14 phase interworking of rotating mechanism
It closes, when the caused dynamics of rotation is greater than the control of torsional forces maximum dynamics control mechanism helical spring 238, driving
Component maincenter transmits meeting between rotating mechanism cylindrical shell 141 and driving part maincenter transmitting rotating mechanism column spinner 143
Relative rotation occurs, thus the increase hydraulic pressure that will not improve.
Specifically used mode: in utility model works, main water pipeline is connected in main-valve head 3 and a water pumper and is used for
Then secondary water inlet line connection main-valve head 5 is connected the public valve head in a suction piping by the public valve head docking in scupper hose, then
The public valve head docking that drainage pipeline is connected to main-valve head 4 and a scupper hose, first opens water pumper, make its under nominal power into
Row work, at this point, staff according to the displacement of water pumper for the disturbance degree of scupper hose, then select suitable torsional forces
Then maximum dynamics control mechanism 23 opens motor 21, due to the work of motor 21, turbine 18 is driven quickly to rotate, by
In its turning effort, so that air pressure constantly reduces, under the action of external air pressure, so that water flow enters turbine peace
The inside for filling space 7 discharges water flow by liquid one-way flowing control mechanism 9.
It is obvious to a person skilled in the art that the present invention is not limited to the details of the above exemplary embodiments, and
And without departing substantially from the spirit or essential attributes of the utility model, it can realize that this is practical new in other specific forms
Type.Therefore, in all respects, the present embodiments are to be considered as illustrative and not restrictive, this is practical new
The range of type is indicated by the appended claims rather than the foregoing description, it is intended that containing for the equivalent requirements of the claims will be fallen in
All changes in justice and range are embraced therein.It should not treat any reference in the claims as limiting
Related claim.
Claims (10)
1. a kind of water pumper middle section water flow supercharging device, including main hollow shell (1), it is characterised in that: the main hollow shell
The internal side of body (1) is provided with main water pipeline hole (2), and the main hollow shell (1) is being located at the main water pipeline hole
(2) both ends are respectively arranged with main water pipeline connection main-valve head (3) and connect main-valve head (4) with drainage pipeline, and the master is hollow
The internal other side of shell (1) is provided with secondary water inlet line connection main-valve head (5), the inside setting of the main hollow shell (1)
Have turbine installation space (7), the main hollow shell (1) be internally provided with secondary water inlet line connection main-valve head (5) of connection and
The first water inlet line of pair hole (6) of turbine installation space (7) side, the main hollow shell (1) are internally provided with connection whirlpool
The second water inlet line hole (8) of installation space (7) other side is taken turns, the main hollow shell (1) is being located at second water inlet pipe
A liquid one-way flowing control mechanism (9) is installed in the end in road hole (8), and the main hollow shell (1) is internally provided with connection
The secondary third water inlet line hole (10) of liquid one-way flowing control mechanism (9) and main water pipeline hole (2), the main hollow shell
(1) center of side is bolted a main hollow installation shell (12), and the center of hollow installation shell (12) of master is set
It is equipped with main installation space (13), hollow installation shell (12) of master passes through bearing in the inside for being located at main installation space (13)
(17) installation one driving part maincenter transmitting rotating mechanism (14), one end of driving part maincenter transmitting rotating mechanism (14)
A main rotating shaft (15) are installed at face center, and the axis body of the main rotating shaft (15) is through the main hollow shell (1) and axis body prolongs
The inside of turbine installation space (7) is extended to, the main rotating shaft (15) is in the axis body for being located at turbine installation space (7) both ends
The inside of main hollow shell (1) is fixed on by bearing (17) and primary seal circle (16), the main rotating shaft (15) is being located at institute
The internal axis body installation one turbine (18) of turbine installation space (7) is stated, the both ends of main hollow shell (1) side are provided with
A main connecting plate (19) is installed in connecting rod (11), the end of two connecting rods (11), and the end face of the main connecting plate (19) is logical
It crosses bolt and fixes motor installation shell (20), a motor (21) are installed in the inside of motor installation shell (20),
Motor main shaft (22) in the motor (21) is transmitted through the main connecting plate (19) and end and driving part maincenter
One end face center of rotating mechanism (14) is fixedly connected.
2. a kind of water pumper according to claim 1 middle section water flow supercharging device, it is characterised in that: the liquid is unidirectional
Flowing control mechanism (9) includes liquid one-way flowing control mechanism hollow valve body (91), liquid one-way flowing control mechanism use
Diameter of Spherical Volume (92), liquid one-way flowing control mechanism ball valve (93), liquid one-way flowing control mechanism inlet opening (94)
With liquid one-way flowing control mechanism with drainage hole (95)；Liquid one-way flowing control mechanism hollow valve body (91) is internal
Be provided centrally with liquid one-way flowing control mechanism diameter of Spherical Volume (92), the liquid one-way flowing control mechanism is with hollow
Valve body (91) places a liquid one-way flowing in the inside for being located at liquid one-way flowing control mechanism diameter of Spherical Volume (92)
Control mechanism with ball valve (93), the liquid one-way flowing control mechanism hollow valve body (91) to be internally provided with liquid unidirectional
Control mechanism is flowed with inlet opening (94), and one end of liquid one-way flowing control mechanism inlet opening (94) is connected to liquid list
To the bottom of flowing control mechanism diameter of Spherical Volume (92), the liquid one-way flowing control mechanism is another with inlet opening (94)
The headspace of end connection liquid one-way flowing control mechanism hollow valve body (91), the liquid one-way flowing control mechanism are used
Hollow valve body (91) is internally provided with liquid one-way flowing control mechanism drainage hole (95), the liquid one-way flowing control
The top of one end connection liquid one-way flowing control mechanism diameter of Spherical Volume (92) of mechanism drainage hole (95), the liquid list
To the bottom of other end connection liquid one-way flowing control mechanism hollow valve body (91) of flowing control mechanism drainage hole (95)
Portion space.
3. a kind of water pumper according to claim 2 middle section water flow supercharging device, it is characterised in that: the liquid is unidirectional
Flow control mechanism inlet opening (94) end and liquid one-way flowing control mechanism drainage hole (95) end respectively with
Secondary second water inlet line hole (8) end and secondary third water inlet line hole (10) connect.
4. a kind of water pumper according to claim 2 middle section water flow supercharging device, it is characterised in that: the liquid is unidirectional
The structure radius for flowing control mechanism diameter of Spherical Volume (92) is greater than the liquid one-way flowing control mechanism ball valve (93)
The structure radius of structure radius, liquid one-way flowing control mechanism ball valve (93) is controlled greater than the liquid one-way flowing
The structure radius of mechanism inlet opening (94) and liquid one-way flowing control mechanism drainage hole (95).
5. a kind of water pumper according to claim 1 middle section water flow supercharging device, it is characterised in that: the driving part
Maincenter transmitting rotating mechanism (14) includes driving part maincenter transmitting rotating mechanism cylindrical shell (141), driving part maincenter
Transmit rotating mechanism with column spinner be inserted into groove structure (142), driving part maincenter transmitting rotating mechanism column spinner (143),
It is main recessed that driving part maincenter transmits rotating mechanism hemispherical groove structure (144), driving part maincenter transmitting rotating mechanism
Slot structure (145), driving part maincenter transmitting rotating mechanism is inserted into groove structure (146) with push rod and driving part maincenter transmits
Rotating mechanism is with internal thread structure (147)；The driving part maincenter transmits rotating mechanism with the one of cylindrical shell (141) side
Side is mounted on the inside of main hollow installation shell (12) by bearing (17), and the driving part maincenter transmits rotating mechanism column
(141) one end face of shape shell is internally provided with driving part maincenter transmitting rotating mechanism column spinner insertion groove structure
(142), the driving part maincenter transmitting rotating mechanism is being located at driving part maincenter transmitting rotation with cylindrical shell (141)
Rotation mechanism installs a driving part maincenter with the inside that column spinner is inserted into groove structure (142) and transmits rotating mechanism column spinner
(143), the inside of the driving part maincenter transmitting rotating mechanism cylindrical shell (141) is being located at the driving part maincenter
Transmitting rotating mechanism is provided with driving part maincenter transmitting rotating mechanism master with the side that column spinner is inserted into groove structure (142)
Groove structure (145), driving part maincenter transmitting rotating mechanism cylindrical shell (141) are internally provided with connection driving
Component maincenter transmits rotating mechanism column spinner insertion groove structure (142) and driving part maincenter transmitting rotating mechanism master is recessed
The driving part maincenter transmitting rotating mechanism of slot structure (145) is inserted into groove structure (146) with push rod, the driving part maincenter
Transmitting rotating mechanism is provided with driving part maincenter transmitting rotating mechanism hemispherical groove knot with the side of column spinner (143)
Structure (144), the driving part maincenter transmitting rotating mechanism are being located at the transmitting rotation of driving part maincenter with cylindrical shell (141)
Mechanism is provided with driving part maincenter transmitting rotating mechanism internal thread structure (147), institute with the inner wall of main groove structure (145)
It states driving part maincenter transmitting rotating mechanism cylindrical shell (141) and is being located at driving part maincenter transmitting rotating mechanism use
The inside of main groove structure (145) connects a torsional forces maximum dynamics control mechanism (23) by helicitic texture.
6. a kind of water pumper according to claim 5 middle section water flow supercharging device, it is characterised in that: the driving part
Maincenter transmitting rotating mechanism is fixedly connected with the center of cylindrical shell (141) end with the end of motor main shaft (22), described
Driving part maincenter transmitting rotating mechanism is fixedly connected with the center of column spinner (143) end face with one end of main rotating shaft (15).
7. a kind of water pumper according to claim 5 middle section water flow supercharging device, it is characterised in that: the driving part
Maincenter transmits the rotating mechanism structure size of column spinner (143) and the driving part maincenter transmits rotating mechanism column spinner
The structure size for being inserted into groove structure (142) is consistent.
8. a kind of water pumper according to claim 5 middle section water flow supercharging device, it is characterised in that: the torsional forces is most
Great dynamics control mechanism (23) includes torsional forces maximum dynamics control mechanism hollow rod body (231), torsional forces maximum dynamics control
Mechanism processed external thread structure (232), torsional forces maximum dynamics control mechanism hollow section (233), torsional forces maximum dynamics
Control mechanism movable plate (234), torsional forces maximum dynamics control mechanism through-hole structure (235), torsional forces maximum dynamics control
Mechanism processed push rod (236), torsional forces maximum dynamics control mechanism hemispherical projections structure (237) and torsional forces maximum dynamics
Control mechanism is with helical spring (238)；The torsional forces maximum dynamics control mechanism is provided with the side of hollow rod body (231)
Torsional forces maximum dynamics control mechanism external thread structure (232), the torsional forces maximum dynamics control mechanism hollow rod body
(231) torsional forces maximum dynamics control mechanism hollow section (233), the torsional forces maximum dynamics are provided centrally with inside
The internal end face of control mechanism hollow rod body (231) is provided with connection torsional forces maximum dynamics control mechanism hollow rod body
(231) extraneous and torsional forces maximum dynamics control mechanism is used logical with the torsional forces maximum dynamics control mechanism of hollow section (233)
Pore structure (235), the torsional forces maximum dynamics control mechanism are being located at the torsional forces maximum dynamics with hollow rod body (231)
Control mechanism installs a torsional forces maximum dynamics control mechanism movable plate (234), the torsion with the inside of hollow section (233)
The center of (234) one end face of square power maximum dynamics control mechanism movable plate one torsional forces maximum dynamics control mechanism is installed with pushing away
The body of rod of bar (236), torsional forces maximum dynamics control mechanism push rod (236) is controlled through the torsional forces maximum dynamics
Mechanism is to turn round being located at external one end with through-hole structure (235), the torsional forces maximum dynamics control mechanism push rod (236)
Square power maximum dynamics control mechanism hemispherical projections structure (237), the torsional forces maximum dynamics control mechanism movable plate
(234) the one torsional forces maximum dynamics control mechanism in compressive state is installed with helical spring (238) in other end.
9. a kind of water pumper according to claim 8 middle section water flow supercharging device, it is characterised in that: the torsional forces is most
Driving part maincenter of the great dynamics control mechanism in external thread structure (232) and driving part maincenter transmitting rotating mechanism (14)
Transmitting rotating mechanism is meshed with internal thread structure (147).
10. a kind of water pumper according to claim 8 middle section water flow supercharging device, it is characterised in that: the torsional forces
The structure radius and structure size and the driving part maincenter of maximum dynamics control mechanism hemispherical projections structure (237) pass
Pass the structure radius and knot of driving part maincenter transmitting rotating mechanism hemispherical groove structure (144) in rotating mechanism (14)
Structure size is identical.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820984533.1U CN208686533U (en) | 2018-06-26 | 2018-06-26 | A kind of water pumper middle section water flow supercharging device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820984533.1U CN208686533U (en) | 2018-06-26 | 2018-06-26 | A kind of water pumper middle section water flow supercharging device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208686533U true CN208686533U (en) | 2019-04-02 |
Family
ID=65879187
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820984533.1U Expired - Fee Related CN208686533U (en) | 2018-06-26 | 2018-06-26 | A kind of water pumper middle section water flow supercharging device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208686533U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108661875A (en) * | 2018-06-26 | 2018-10-16 | 郭文森 | A kind of water pumper stage casing flow supercharging device |
-
2018
- 2018-06-26 CN CN201820984533.1U patent/CN208686533U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108661875A (en) * | 2018-06-26 | 2018-10-16 | 郭文森 | A kind of water pumper stage casing flow supercharging device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN108661875A (en) | A kind of water pumper stage casing flow supercharging device | |
| CN105756843B (en) | A kind of double type pumped storage | |
| CN105736391B (en) | A kind of irrigation system of wind energy driving | |
| CN110178700A (en) | A kind of small-sized sanitation irrigation rig | |
| CN108105111A (en) | A kind of liquid flow employs stage casing supercharging device | |
| CN108869229A (en) | A kind of high-storey water sending device | |
| CN208686533U (en) | A kind of water pumper middle section water flow supercharging device | |
| KR101080039B1 (en) | Hydraulic Heat changing-equipment of use Wind force and Water-tank Quality of water a purifier with bond Hybrid System | |
| CN108799044A (en) | A kind of water pumper stage casing flow supercharging device | |
| CN108825174A (en) | A kind of injection molding combined steel pipe water drainage gas production device | |
| CN107269482A (en) | The device of fetching water of one kind of multiple type of drive | |
| CN107802365A (en) | A kind of multi-purpose mouth cavity flushing device with constant pressure controllability | |
| CN108017117B (en) | A kind of wind energy type desalination plant | |
| CN208734469U (en) | A kind of environmental protection river water intake system | |
| CN106246534B (en) | A kind of seperated layer water injection hydro powered screw pump device | |
| CN208651931U (en) | A kind of pipe movable joint | |
| CN209359201U (en) | A kind of field irrigation pipe conveying fluid | |
| CN208669279U (en) | A kind of injection molding combined steel pipe water drainage gas production device | |
| CN201954082U (en) | Water-filling water level self-control valve | |
| CN111097739A (en) | Embedded rotary type ground cleaning device | |
| CN202756712U (en) | 360-degree rotating water saver | |
| CN107218228A (en) | A kind of water tower device of fetching water | |
| CN106194715B (en) | A kind of seperated layer water injection hydro powered screw pump system | |
| CN203190013U (en) | Drain valve | |
| CN207921405U (en) | A kind of anti-leakage self sealing valve |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190402 Termination date: 20210626 |