CN110242532A - A kind of low level degree liquid lever electrodynamic type draw-out device - Google Patents
A kind of low level degree liquid lever electrodynamic type draw-out device Download PDFInfo
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- CN110242532A CN110242532A CN201910620629.9A CN201910620629A CN110242532A CN 110242532 A CN110242532 A CN 110242532A CN 201910620629 A CN201910620629 A CN 201910620629A CN 110242532 A CN110242532 A CN 110242532A
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- flow control
- large hydraulic
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04B—POSITIVE-DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS
- F04B17/00—Pumps characterised by combination with, or adaptation to, specific driving engines or motors
- F04B17/03—Pumps characterised by combination with, or adaptation to, specific driving engines or motors driven by electric motors
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04B—POSITIVE-DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS
- F04B53/00—Component parts, details or accessories not provided for in, or of interest apart from, groups F04B1/00 - F04B23/00 or F04B39/00 - F04B47/00
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04B—POSITIVE-DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS
- F04B53/00—Component parts, details or accessories not provided for in, or of interest apart from, groups F04B1/00 - F04B23/00 or F04B39/00 - F04B47/00
- F04B53/10—Valves; Arrangement of valves
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04B—POSITIVE-DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS
- F04B53/00—Component parts, details or accessories not provided for in, or of interest apart from, groups F04B1/00 - F04B23/00 or F04B39/00 - F04B47/00
- F04B53/22—Arrangements for enabling ready assembly or disassembly
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Hydraulic Motors (AREA)
Abstract
The invention discloses a kind of low level degree liquid lever electrodynamic type draw-out devices, and the main hollow shell of main supporting substrate is provided with including side bottom.The present invention generates driving dynamics using driving motor, recycle lever technique, the dynamics for enabling to driving motor to generate is by its amplification, to will more dynamics act under lower piston technology, tell on better extraction trend, and, the device has longitudinal large hydraulic one-way flow control mechanism, it can be under the action of component gravity and size, to it is large-scale it is hydraulic control when, realize the ability of its one-way flow, furthermore, the device has central part linking Universal rotary direction of motion transformation mechanism, it can be under the action of the size of component and shape, realize the connection between two components, change with the direction of motion acts on, so that piston plate can generate the trend moved up and down.
Description
Technical field
The present invention relates to technical field of drawing water, specially a kind of low level degree liquid lever electrodynamic type draw-out device.
Background technique
Currently, in many places, such as industrial site can all use extraction in order to which the liquid of low level is transported to a high position
Device, and general water plug be all conveyed using water pump, and due to water pump be using turbine in the state of rotation
It works, so it draws water, dynamics is poor, causes its conveying distance poor.
Summary of the invention
The purpose of the present invention is to provide a kind of low level degree liquid lever electrodynamic type draw-out devices, to solve above-mentioned background
The problem of being proposed in technology.
To achieve the above object, the invention provides the following technical scheme: a kind of low level degree liquid is extracted with lever electrodynamic type
Device, the main hollow shell of main supporting substrate is provided with including side bottom, and the bottom of the main hollow shell is provided with main spiral shell
Keyhole, the main hollow shell top center are provided with air compression space, air compression space bottom be provided with it is secondary into
The bottom of liquid pipe hole, the pair input duct hole is provided with longitudinal large hydraulic one-way flow control mechanism installation space, institute
State the longitudinal large hydraulic one-way flow control machine of inside installation one of longitudinal large hydraulic one-way flow control mechanism installation space
Structure, the bottom of the longitudinal direction large hydraulic one-way flow control mechanism installation space are provided with main input duct hole, in the master
Empty outer casing bottom is provided centrally with secondary hollow structure, and a thermal insulative board is filled in the inside of the pair hollow structure, the thermal insulative board
It is provided centrally with the Pipe installing space for being connected to main input duct hole, the side of the main hollow shell is provided with and its integral type
Being internally provided with for the main Drainage pipe of structure, the main Drainage pipe and main hollow shell is connected to extraneous and air compression space
A piston plate, the side installation one of the piston plate are installed in the main Drainage pipe hole of bottom, the inside of the air compression space
The top center of primary seal circle, the piston plate installs a central part linking Universal rotary direction of motion transformation mechanism, institute
The top for stating central part linking Universal rotary direction of motion transformation mechanism is installed by one master link, the top of the master link
Portion is connected by a hinge a motion bar, and the motion bar is provided centrally with axis body mounting hole, the inside of the axis body mounting hole
One main rotating shaft is installed by bearing, the both ends of the main rotating shaft are separately mounted to the end face center of a vertical plate, and two is described vertical
The bottom of plate is mounted on the upper surface of main supporting substrate by vice connecting rod, and the top side installation one of the main supporting substrate is driven
Dynamic electric motor type rotation dynamics generates driving mechanism, and one end of the motion bar is provided with the mobile groove structure of rotary shaft, the rotation
Shaft mobile the distance between groove structure and axis body mounting hole are 2-5 times of the distance between axis body mounting hole and hinge.
Further, longitudinal large hydraulic one-way flow control mechanism includes longitudinal large hydraulic one-way flow control
Mechanism shell, longitudinal large hydraulic one-way flow control mechanism diameter of Spherical Volume, longitudinal large hydraulic one-way flow control machine
Structure ball valve, longitudinal large hydraulic one-way flow control mechanism air inlet and longitudinal large hydraulic one-way flow control mechanism are used
Gas vent；The longitudinal direction large hydraulic one-way flow control mechanism interior of shell to be provided centrally with longitudinal large hydraulic unidirectional
Control mechanism diameter of Spherical Volume is flowed, the longitudinal direction large hydraulic one-way flow control mechanism shell is big positioned at the longitudinal direction
The longitudinal large hydraulic one-way flow control mechanism ball of inside installation one of the hydraulic one-way flow control mechanism diameter of Spherical Volume of type
Valve, the longitudinal direction large hydraulic one-way flow control mechanism shell are internally provided with longitudinal large hydraulic one-way flow control
One end of mechanism air inlet, the longitudinal direction large hydraulic one-way flow control mechanism air inlet is connected to longitudinal large hydraulic list
To the bottom at flowing control mechanism diameter of Spherical Volume center, the longitudinal direction large hydraulic one-way flow control mechanism air inlet
The other end is connected to longitudinal large hydraulic one-way flow control mechanism outer casing bottom center, the longitudinal direction large hydraulic one-way flow
Control mechanism shell is internally provided with longitudinal large hydraulic one-way flow control mechanism gas vent, longitudinal large-scale liquid
One end of one-way flow control mechanism gas vent is pressed to be connected in longitudinal large hydraulic one-way flow control mechanism diameter of Spherical Volume
The top of the heart, it is unidirectional that the other end of the longitudinal direction large hydraulic one-way flow control mechanism gas vent is connected to longitudinal large hydraulic
Flow control mechanism cover top portion center.
Further, the structure radius of longitudinal large hydraulic one-way flow control mechanism diameter of Spherical Volume is greater than described
The structure radius of longitudinal large hydraulic one-way flow control mechanism ball valve, the longitudinal direction large hydraulic one-way flow control mechanism
It is greater than longitudinal large hydraulic one-way flow control mechanism air inlet and longitudinal large hydraulic list with the structure radius of ball valve
To the structure radius of flowing control mechanism gas vent.
Further, it is unidirectional with shell to be mounted on longitudinal large hydraulic for longitudinal large hydraulic one-way flow control mechanism
The inside of control mechanism installation space is flowed, and longitudinal large hydraulic one-way flow control mechanism air inlet and longitudinal direction are big
The end of the hydraulic one-way flow control mechanism gas vent of type is respectively communicated with main input duct hole and secondary input duct hole.
Further, the central part linking Universal rotary direction of motion transformation mechanism includes central part linking
Universal rotary direction of motion transformation mechanism connecting plate, central part linking Universal rotary direction of motion transformation mechanism bolt
Hole, central part linking Universal rotary direction of motion transformation mechanism hemispherical hollow casing, central part linking are universal
Rotary motion direction transformation mechanism spherical groove structure, central part linking Universal rotary direction of motion transformation mechanism ball
Body, central part linking Universal rotary direction of motion transformation mechanism mounting hole and the transhipment of central part linking Universal rotary
Dynamic direction transformation mechanism planar structure；The central part linking Universal rotary direction of motion transformation mechanism connecting plate
It is internally provided with the portion of linking Universal rotary direction of motion transformation mechanism connecting plate upper and lower surface in the middle part of multiple communication means
Linking Universal rotary direction of motion transformation mechanism bolt hole in the middle part of part, the central part linking Universal rotary movement side
It is converted to the multiple and central part linking Universal rotary direction of motion that is provided centrally with of transformation mechanism connecting plate upper surface
The central part linking Universal rotary direction of motion transformation mechanism hemispherical that mechanism is an integral structure with connecting plate is hollow
Shell, the inside center setting of the central part linking Universal rotary direction of motion transformation mechanism hemispherical hollow casing
There is central part linking Universal rotary direction of motion transformation mechanism spherical groove structure, the central part linking is universal
Rotary motion direction transformation mechanism is being located at the central part linking Universal rotary direction of motion with hemispherical hollow casing
The inside of transformation mechanism spherical groove structure is installed by one central part linking Universal rotary direction of motion transformation mechanism ball
Body, being provided centrally in component at the top of the central part linking Universal rotary direction of motion transformation mechanism spherical
Portion's linking Universal rotary direction of motion transformation mechanism planar structure, the central part linking Universal rotary direction of motion
The bottom of transformation mechanism planar structure is provided with central part linking Universal rotary direction of motion transformation mechanism mounting hole.
Further, table in the central part linking Universal rotary direction of motion transformation mechanism spherical groove structure
Volume composed by face is by the spherical external surface group adult of central part linking Universal rotary direction of motion transformation mechanism
Long-pending 3/5-3/4.
Further, the central part linking Universal rotary direction of motion transformation mechanism connecting plate is by being inserted into
Bolt inside central part linking Universal rotary direction of motion transformation mechanism bolt hole is mounted on the top of piston plate, institute
The inside of central part linking Universal rotary direction of motion transformation mechanism mounting hole is stated inserted with master link.
Further, it includes that driving motor formula rotation dynamics generates that the driving motor formula rotation dynamics, which generates driving mechanism,
Driving mechanism mounting plate, driving motor formula rotation dynamics generate driving mechanism bolt hole, driving motor formula rotation dynamics produces
Raw driving mechanism driving motor, driving motor formula rotation dynamics generate driving mechanism electric machine main shaft, the rotation of driving motor formula
Dynamics generates driving mechanism plectane body and driving motor formula rotation dynamics generates driving mechanism rotary shaft；The driving motor
Multiple driving motor formula rotation dynamics that are internally provided with that formula rotation dynamics generates driving mechanism mounting plate generate driving mechanism
With bolt hole, driving motor formula rotation is installed at the top that the driving motor formula rotation dynamics generates driving mechanism mounting plate
Dynamics generates driving mechanism driving motor, and the driving motor formula rotation dynamics generates driving mechanism and driven in driving motor
Electric motor type rotates the end installation one driving motor formula rotation dynamics generation driving machine that dynamics generates driving mechanism electric machine main shaft
Structure plectane body, the driving motor formula rotation dynamics generate the one driving electricity of end face edge installation of driving mechanism plectane body
Machine formula rotates dynamics and generates driving mechanism rotary shaft.
Further, the driving motor formula rotation dynamics generates driving mechanism rotary shaft and the driving motor formula is revolved
Turn the distance between center of circle of dynamics generation driving mechanism plectane body and the mobile groove structure length of rotary shaft 1/2 is identical,
And the driving motor formula rotation dynamics generates in the axial line and the mobile groove structure of rotary shaft of driving mechanism plectane body
Heart point is in the same horizontal line.
Further, the driving motor formula rotation dynamics generates driving mechanism mounting plate by being inserted into driving motor
Formula rotation dynamics generates the upper surface that the bolt inside driving mechanism bolt hole is mounted on main supporting substrate, and driving electricity
Machine formula rotation dynamics generates the inside that driving mechanism is inserted into the mobile groove structure of rotary shaft with rotary shaft.
Compared with prior art, the beneficial effects of the present invention are: the present invention generates driving dynamics, then benefit using driving motor
With lever technique, the dynamics for enabling to driving motor to generate is by its amplification, so that more lower piston skill will be acted on dynamics
Under art, tell on better extraction trend, moreover, the device has longitudinal large hydraulic one-way flow control mechanism, it can
Under the action of component gravity and size, to it is large-scale it is hydraulic control when, realize the ability of its one-way flow, in addition,
The device has central part linking Universal rotary direction of motion transformation mechanism, can be in the effect of the size and shape of component
Under, the change effect of the connection and the direction of motion between two components is realized, so that piston plate can be generated and be moved up and down
Trend can make in addition, there is the device driving motor formula rotation dynamics to generate driving mechanism under the action of driving motor
The one end for obtaining motion bar generates circular motion, to generate driving effect.
Detailed description of the invention
Fig. 1 is a kind of complete section structural schematic diagram of low level degree liquid lever electrodynamic type draw-out device of the present invention；
Fig. 2 is that longitudinal large hydraulic one-way flow controls machine in a kind of low level degree liquid lever electrodynamic type draw-out device of the present invention
The structural schematic diagram of structure；
Fig. 3 is central part linking Universal rotary movement in a kind of low level degree liquid lever electrodynamic type draw-out device of the present invention
The structural schematic diagram of direction transformation mechanism；
Fig. 4 is that driving motor formula rotates dynamics generation driving in a kind of low level degree liquid lever electrodynamic type draw-out device of the present invention
The structural schematic diagram of mechanism；
In figure: 1, main hollow shell, 2, kingbolt hole, 3, air compression space, 4, secondary input duct hole, 5, longitudinal large hydraulic
One-way flow control mechanism installation space, 6, main input duct hole, 7, longitudinal large hydraulic one-way flow control mechanism, 71 are indulged
To large hydraulic one-way flow control mechanism shell, 72, longitudinal large hydraulic one-way flow control mechanism diameter of Spherical Volume,
73, longitudinal large hydraulic one-way flow control mechanism ball valve, 74, longitudinal large hydraulic one-way flow control mechanism air inlet
Hole, 75, longitudinal large hydraulic one-way flow control mechanism gas vent, 8, secondary hollow structure, 9, thermal insulative board, 10, Pipe installing
Space, 11, main Drainage pipe, 12, main Drainage pipe hole, 13, piston plate, 14, primary seal circle, 15, central part linking ten thousand
To rotary motion direction transformation mechanism, 151, central part linking Universal rotary direction of motion transformation mechanism connecting plate,
152, central part linking Universal rotary direction of motion transformation mechanism bolt hole, 153, central part linking Universal rotary
Direction of motion transformation mechanism hemispherical hollow casing, 154, central part linking Universal rotary direction of motion transformation mechanism is used
Spherical groove structure, 155, central part linking Universal rotary direction of motion transformation mechanism spherical, 156, central part
Linking Universal rotary direction of motion transformation mechanism mounting hole, 157, the conversion of the central part linking Universal rotary direction of motion
Mechanism planar structure, 16, master link, 17, hinge, 18, motion bar, 19, main supporting substrate, 20, vice connecting rod, 21 are stood
Plate, 22, main rotating shaft, 23, axis body mounting hole, 24, rotary shaft mobile groove structure, 25, driving motor formula rotate dynamics and generate
Driving mechanism, 251, driving motor formula rotate dynamics and generate driving mechanism mounting plate, 252, and driving motor formula rotates dynamics and produces
Raw driving mechanism bolt hole, 253, driving motor formula rotation dynamics generation driving mechanism driving motor, 254, driving motor
Formula rotation dynamics generation driving mechanism electric machine main shaft, 255, driving motor formula rotates dynamics and generates driving mechanism plectane body,
256, driving motor formula rotates dynamics and generates driving mechanism rotary shaft.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Referring to Fig. 1, a kind of embodiment provided by the invention: being provided with including side bottom in the master of main supporting substrate 19
Empty shell 1, the bottom of the main hollow shell 1 are provided with kingbolt hole 2, and main 1 top center of the hollow shell setting is free
Gas compression space 3,3 bottom of air compression space are provided with secondary input duct hole 4, the bottom in the pair input duct hole 4
It is provided with longitudinal large hydraulic one-way flow control mechanism installation space 5, the longitudinal direction large hydraulic one-way flow control mechanism
The longitudinal large hydraulic one-way flow control mechanism 7 of inside installation one of installation space 5, the longitudinal direction large hydraulic one-way flow control
The bottom of mechanism installation space 5 processed is provided with main input duct hole 6, and main 1 bottom centre of hollow shell is provided with secondary hollow
A thermal insulative board 9 is filled in structure 8, the inside of the pair hollow structure 8, and the thermal insulative board 9 is provided centrally with the main inlet tube of connection
The Pipe installing space 10 in road hole 6, the side of the main hollow shell 1 are provided with the main Drainage pipe with its integral structure
11, the main Drainage pipe 11 is connected to the extraneous main row with 3 bottom of air compression space with being internally provided with for main hollow shell 1
A piston plate 13 is installed in liquid pipe hole 12, the inside of the air compression space 3, and one master of side installation of the piston plate 13 is close
The top center of seal 14, the piston plate 13 installs a central part linking Universal rotary direction of motion transformation mechanism 15,
The top of the central part linking Universal rotary direction of motion transformation mechanism 15 is installed by one master link 16, the main connection
The top of bar 16 connects a motion bar 18 by hinge 17, and the motion bar 18 is provided centrally with axis body mounting hole 23, described
A main rotating shaft 22 is installed by bearing in the inside of axis body mounting hole 23, and it is vertical that the both ends of the main rotating shaft 22 are separately mounted to one
The end face center of plate 21, the bottom of two vertical plates 21 are mounted on the upper surface of main supporting substrate 19, institute by vice connecting rod 20
The top side for stating main supporting substrate 19 installs driving motor formula rotation dynamics and generates driving mechanism 25, the motion bar 18
One end is provided with the mobile groove structure 24 of rotary shaft, between the mobile groove structure 24 of the rotary shaft and axis body mounting hole 23 away from
From being 2-5 times of the distance between axis body mounting hole 23 and hinge 17.
Referring to Fig. 2, the longitudinal direction large hydraulic one-way flow control mechanism 7 includes longitudinal large hydraulic one-way flow control
Mechanism processed shell 71, longitudinal large hydraulic one-way flow control mechanism diameter of Spherical Volume 72, longitudinal large hydraulic one-way flow
Control mechanism ball valve 73, longitudinal large hydraulic one-way flow control mechanism air inlet 74 and longitudinal large hydraulic one-way flow
Control mechanism gas vent 75；Being provided centrally with inside the longitudinal direction large hydraulic one-way flow control mechanism shell 71 is vertical
To large hydraulic one-way flow control mechanism diameter of Spherical Volume 72, the longitudinal direction large hydraulic one-way flow control mechanism shell
71 in the longitudinal large hydraulic of inside installation one for being located at longitudinal large hydraulic one-way flow control mechanism diameter of Spherical Volume 72
One-way flow control mechanism ball valve 73, the longitudinal direction large hydraulic one-way flow control mechanism shell 71 are internally provided with
Longitudinal large hydraulic one-way flow control mechanism air inlet 74, the longitudinal direction large hydraulic one-way flow control mechanism air inlet
The one end in hole 74 is connected to the bottom at longitudinal large hydraulic one-way flow control mechanism 72 center of diameter of Spherical Volume, described longitudinal large-scale
The other end of hydraulic one-way flow control mechanism air inlet 74 is connected to longitudinal large hydraulic one-way flow control mechanism shell
71 bottom centre, the longitudinal direction large hydraulic one-way flow control mechanism shell 71 are internally provided with longitudinal large hydraulic list
To flowing control mechanism gas vent 75, one end connection of the longitudinal direction large hydraulic one-way flow control mechanism gas vent 75
The top at longitudinal large hydraulic one-way flow control mechanism 72 center of diameter of Spherical Volume, the longitudinal direction large hydraulic one-way flow control
The other end of mechanism processed gas vent 75 is connected to longitudinal 71 top center of large hydraulic one-way flow control mechanism shell；It is described
The structure radius of longitudinal large hydraulic one-way flow control mechanism diameter of Spherical Volume 72 is greater than longitudinal large hydraulic one-way flow
The structure radius of dynamic control mechanism ball valve 73, the structure half of the longitudinal direction large hydraulic one-way flow control mechanism ball valve 73
Diameter is greater than longitudinal large hydraulic one-way flow control mechanism air inlet 74 and longitudinal large hydraulic one-way flow controls machine
The structure radius of structure gas vent 75；The longitudinal direction large hydraulic one-way flow control mechanism shell 71 is mounted on longitudinal large size
The inside of hydraulic one-way flow control mechanism installation space 5, and longitudinal large hydraulic one-way flow control mechanism air inlet
Hole 74 and longitudinal large hydraulic one-way flow control mechanism with the end of gas vent 75 be respectively communicated with main input duct hole 6 and it is secondary into
Liquid pipe hole 4, main function are: due to the structure radius of longitudinal large hydraulic one-way flow control mechanism diameter of Spherical Volume 72
Greater than the structure radius of longitudinal large hydraulic one-way flow control mechanism ball valve 73, the longitudinal direction large hydraulic one-way flow
The structure radius of dynamic control mechanism ball valve 73 is greater than longitudinal 74 He of large hydraulic one-way flow control mechanism air inlet
The structure radius of longitudinal large hydraulic one-way flow control mechanism gas vent 75；The longitudinal direction large hydraulic one-way flow control
Mechanism shell 71 is mounted on the inside of longitudinal large hydraulic one-way flow control mechanism installation space 5, and described longitudinal large-scale
The end of hydraulic one-way flow control mechanism air inlet 74 and longitudinal large hydraulic one-way flow control mechanism gas vent 75
It is respectively communicated with main input duct hole 6 and secondary input duct hole 4, so under size and gravity, liquid can only be by lower
Into.
Referring to Fig. 3, the central part linking Universal rotary direction of motion transformation mechanism 15 connects including central part
Connect formula Universal rotary direction of motion transformation mechanism connecting plate 151, central part linking Universal rotary direction of motion transforming machine
Structure bolt hole 152, central part linking the Universal rotary direction of motion transformation mechanism hemispherical hollow casing 153, component
Middle part linking Universal rotary direction of motion transformation mechanism spherical groove structure 154, the transhipment of central part linking Universal rotary
Dynamic direction transformation mechanism spherical 155, central part linking Universal rotary direction of motion transformation mechanism 156 and of mounting hole
Central part linking Universal rotary direction of motion transformation mechanism planar structure 157；The central part linking Universal rotary
Turn direction of motion transformation mechanism connecting plate 151 is internally provided with linking Universal rotary movement side in the middle part of multiple communication means
To the central part linking Universal rotary direction of motion transformation mechanism bolt hole of transformation mechanism 151 upper and lower surface of connecting plate
152, being provided centrally with for 151 upper surface of central part linking Universal rotary direction of motion transformation mechanism connecting plate is more
A central part being an integral structure with central part linking Universal rotary direction of motion transformation mechanism connecting plate 151 connects
Connect formula Universal rotary direction of motion transformation mechanism hemispherical hollow casing 153, the central part linking Universal rotary transhipment
Dynamic direction transformation mechanism is provided with central part linking Universal rotary movement side with the inside center of hemispherical hollow casing 153
To transformation mechanism spherical groove structure 154, the central part linking Universal rotary direction of motion transformation mechanism hemisphere
Shape hollow casing 153 is being located at the central part linking Universal rotary direction of motion transformation mechanism spherical groove structure
154 inside is installed by one central part linking Universal rotary direction of motion transformation mechanism spherical 155, the central part
155 top of linking Universal rotary direction of motion transformation mechanism spherical is provided centrally with central part linking Universal rotary
Turn direction of motion transformation mechanism planar structure 157, the central part linking Universal rotary direction of motion transformation mechanism is used
The bottom of planar structure 157 is provided with central part linking Universal rotary direction of motion transformation mechanism mounting hole 156；It is described
Central part linking Universal rotary direction of motion transformation mechanism volume composed by 154 inner surface of spherical groove structure is portion
The 3/5-3/4 of 155 the formed volume in outer surface of linking Universal rotary direction of motion transformation mechanism spherical in the middle part of part；It is described
Central part linking Universal rotary direction of motion transformation mechanism connecting plate 151 is universal by being inserted into central part linking
Rotary motion direction transformation mechanism is mounted on the top of piston plate 13 with the bolt inside bolt hole 152, and the central part connects
The inside of formula Universal rotary direction of motion transformation mechanism mounting hole 156 is connect inserted with master link 16, main function is: by
It is in central part linking Universal rotary direction of motion transformation mechanism volume composed by 154 inner surface of spherical groove structure
The 3/5-3/4 of 155 the formed volume in outer surface of central part linking Universal rotary direction of motion transformation mechanism spherical；Institute
Central part linking Universal rotary direction of motion transformation mechanism connecting plate 151 is stated by being inserted into central part linking ten thousand
The top of piston plate 13, the central part are mounted on the bolt inside bolt hole 152 to rotary motion direction transformation mechanism
The inside of linking Universal rotary direction of motion transformation mechanism mounting hole 156 is inserted with master link 16, so it is being connected
Afterwards, the induced effect that certain angle rotation is realized between piston plate 13 and master link 16 is enabled to.
Referring to Fig. 4, it includes that driving motor formula rotates dynamics that the driving motor formula rotation dynamics, which generates driving mechanism 25,
Generate driving mechanism mounting plate 251, driving motor formula rotation dynamics generates driving mechanism bolt hole 252, driving motor formula
Rotation dynamics generates driving mechanism driving motor 253, driving motor formula rotation dynamics generates driving mechanism electric machine main shaft
254, driving motor formula rotation dynamics generates driving mechanism plectane body 255 and driving motor formula rotation dynamics generates driving mechanism
With rotary shaft 256；The driving motor formula rotation dynamics generation driving mechanism mounting plate 251 is internally provided with multiple drivings
Electric motor type rotates dynamics and generates driving mechanism bolt hole 252, and the driving motor formula rotation dynamics generates driving mechanism peace
One driving motor formula rotation dynamics is installed and generates driving mechanism driving motor 253, the driving motor formula in the top of loading board 251
Rotation dynamics generates driving mechanism and generates driving mechanism electric machine main shaft with driving motor formula rotation dynamics in driving motor 253
One driving motor formula rotation dynamics is installed and generates driving mechanism plectane body 255, the driving motor formula rotary force in 254 end
The end face edge that degree generates driving mechanism plectane body 255 installs driving motor formula rotation dynamics and generates driving mechanism rotation
Shaft 256；The driving motor formula rotation dynamics generates driving mechanism rotary shaft 256 and the driving motor formula rotates dynamics
Generate driving mechanism the distance between center of circle of plectane body 255 and mobile 24 length of groove structure of rotary shaft 1/2 is identical, and
The driving motor formula rotation dynamics generates the axial line and the mobile groove structure 24 of rotary shaft of driving mechanism plectane body 255
Central point is in the same horizontal line；The driving motor formula rotation dynamics generates driving mechanism mounting plate 251 by being inserted into
Driving motor formula rotation dynamics generates the upper table that driving mechanism is mounted on main supporting substrate 29 with the bolt inside bolt hole 252
Face, and driving motor formula rotation dynamics generates driving mechanism rotary shaft 256 and is inserted into the mobile groove structure 24 of rotary shaft
Inside, main function is: since driving motor formula rotation dynamics generates driving mechanism rotary shaft 256 and the driving is electric
Machine formula rotates dynamics and generates driving mechanism the distance between center of circle of plectane body 255 and mobile 24 length of groove structure of rotary shaft
It is 1/2 identical, and driving motor formula rotation dynamics generate driving mechanism plectane body 255 axial line and rotary shaft it is mobile
The central point of groove structure 24 in the same horizontal line, so driving motor formula rotation dynamics generate driving mechanism rotary shaft
256 generate circular motion, which moves in the mobile groove structure 24 of rotary shaft, so as to drive motion bar 18
One end generates circular motion.
It is certain to note: when work, to need the inside in main liquid discharge pipe road 11 installing a liquid list in the prior art
To valve, and the discharge outlet of the liquid non-return valve is towards the external world in main liquid discharge pipe road 11.
Main hollow shell 1: in present invention work, being installed to the position for needing work by specifically used mode by bolt,
Then the main connection of input duct hole 6 is connected by a pressure piping and is located at the discharge orifice of low level fluid storage component, at this point, opening
Driving motor formula rotates dynamics and generates driving mechanism 25, and one end of motion bar 18 is enabled to generate circular motion, in lever original
Under the action of reason, the other end of motion bar 18 can also generate circular motion, and in central part linking Universal rotary movement side
To under the action of transformation mechanism 15, piston plate 13 is enabled to generate the state moved up and down, in longitudinal large hydraulic one-way flow
Under the collective effect of dynamic control mechanism and liquid non-return valve, inner air is enabled to constantly to reduce, thus in the work of atmospheric pressure
Under, so that liquid enters, then it is discharged by main liquid discharge pipe road 11.
It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie
In the case where without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter
From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power
Benefit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent elements of the claims
Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.
Claims (10)
1. a kind of low level degree liquid lever electrodynamic type draw-out device, the master of main supporting substrate (19) is provided with including side bottom
Hollow shell (1), it is characterised in that: the bottom of the main hollow shell (1) is provided with kingbolt hole (2), and the master is hollow outer
Shell (1) top center is provided with air compression space (3), and air compression space (3) bottom is provided with secondary input duct hole
(4), the bottom of the secondary input duct hole (4) is provided with longitudinal large hydraulic one-way flow control mechanism installation space (5), institute
State the longitudinal large hydraulic one-way flow control of inside installation one of longitudinal large hydraulic one-way flow control mechanism installation space (5)
The bottom of mechanism (7), the longitudinal direction large hydraulic one-way flow control mechanism installation space (5) is provided with main input duct hole
(6), main hollow shell (1) bottom centre is provided with secondary hollow structure (8), the inside filling of the pair hollow structure (8)
One thermal insulative board (9), the thermal insulative board (9) are provided centrally with the Pipe installing space (10) for being connected to main input duct hole (6), institute
The side for stating main hollow shell (1) is provided with main Drainage pipe (11) with its integral structure, the main Drainage pipe (11)
The extraneous main Drainage pipe hole (12) with air compression space (3) bottom, institute are connected to being internally provided with for main hollow shell (1)
The inside installation one piston plate (13) of air compression space (3) is stated, a primary seal circle is installed in the side of the piston plate (13)
(14), the top center of the piston plate (13) installs a central part linking Universal rotary direction of motion transformation mechanism
(15), a master link (16) are installed at the top of the central part linking Universal rotary direction of motion transformation mechanism (15),
By hinge (17) connection one motion bar (18), motion bar (18) are provided centrally at the top of the master link (16)
A main rotating shaft (22) are installed by bearing in the inside of axis body mounting hole (23), the axis body mounting hole (23), the main rotation
The both ends of axis (22) are separately mounted to the end face center of a vertical plate (21), and the bottom of two vertical plates (21) passes through vice connecting rod
(20) it is mounted on the upper surface of main supporting substrate (19), the top side of the main supporting substrate (19) installs a driving motor formula
Rotation dynamics generates driving mechanism (25), and one end of the motion bar (18) is provided with rotary shaft movement groove structure (24), institute
Stating rotary shaft mobile the distance between groove structure (24) and axis body mounting hole (23) is axis body mounting hole (23) and hinge (17)
The distance between 2-5 times.
2. a kind of low level degree liquid lever electrodynamic type draw-out device according to claim 1, it is characterised in that: described vertical
It include longitudinal large hydraulic one-way flow control mechanism shell (71), longitudinal direction to large hydraulic one-way flow control mechanism (7)
Large hydraulic one-way flow control mechanism diameter of Spherical Volume (72), longitudinal large hydraulic one-way flow control mechanism ball valve
(73), longitudinal large hydraulic one-way flow control mechanism air inlet (74) and longitudinal large hydraulic one-way flow control mechanism are used
Gas vent (75)；Longitudinal direction large hydraulic one-way flow control mechanism shell (71) inside is provided centrally with longitudinal large size
Hydraulic one-way flow control mechanism is with diameter of Spherical Volume (72), and the longitudinal direction large hydraulic one-way flow control mechanism is with shell (71)
In the longitudinal large hydraulic of inside installation one for being located at longitudinal large hydraulic one-way flow control mechanism diameter of Spherical Volume (72)
One-way flow control mechanism is set with ball valve (73), the longitudinal direction large hydraulic one-way flow control mechanism with the inside of shell (71)
It is equipped with longitudinal large hydraulic one-way flow control mechanism air inlet (74), the longitudinal direction large hydraulic one-way flow control mechanism
The bottom at longitudinal large hydraulic one-way flow control mechanism diameter of Spherical Volume (72) center, institute are connected to one end of air inlet (74)
The other end for stating longitudinal large hydraulic one-way flow control mechanism air inlet (74) is connected to longitudinal large hydraulic one-way flow control
Shell (71) bottom centre, mechanism processed, the inside setting of the longitudinal direction large hydraulic one-way flow control mechanism shell (71)
There is longitudinal large hydraulic one-way flow control mechanism gas vent (75), the longitudinal direction large hydraulic one-way flow control mechanism is used
One end of gas vent (75) is connected to the top at longitudinal large hydraulic one-way flow control mechanism diameter of Spherical Volume (72) center, described
The other end of longitudinal large hydraulic one-way flow control mechanism gas vent (75) is connected to longitudinal large hydraulic one-way flow control
Mechanism shell (71) top center.
3. a kind of low level degree liquid lever electrodynamic type draw-out device according to claim 2, it is characterised in that: described vertical
It is greater than longitudinal large hydraulic one-way flow to the structure radius of large hydraulic one-way flow control mechanism diameter of Spherical Volume (72)
The structure radius of dynamic control mechanism ball valve (73), the knot of longitudinal direction large hydraulic one-way flow control mechanism ball valve (73)
Structure radius is greater than longitudinal large hydraulic one-way flow control mechanism air inlet (74) and longitudinal large hydraulic one-way flow
The structure radius of control mechanism gas vent (75).
4. a kind of low level degree liquid lever electrodynamic type draw-out device according to claim 2, it is characterised in that: described vertical
Longitudinal large hydraulic one-way flow control mechanism is mounted on shell (71) to large hydraulic one-way flow control mechanism, and sky is installed
Between (5) inside, and longitudinal large hydraulic one-way flow control mechanism air inlet (74) and longitudinal direction large hydraulic are unidirectional
Flowing control mechanism is respectively communicated with main input duct hole (6) and secondary input duct hole (4) with the end of gas vent (75).
5. a kind of low level degree liquid lever electrodynamic type draw-out device according to claim 1, it is characterised in that: the portion
Linking Universal rotary direction of motion transformation mechanism (15) includes that the central part linking Universal rotary direction of motion turns in the middle part of part
Change mechanism connecting plate (151), central part linking Universal rotary direction of motion transformation mechanism bolt hole (152), component
Middle part linking Universal rotary direction of motion transformation mechanism hemispherical hollow casing (153), central part linking Universal rotary
Turn direction of motion transformation mechanism spherical groove structure (154), central part linking Universal rotary direction of motion transformation mechanism
Connected with spherical (155), central part linking Universal rotary direction of motion transformation mechanism mounting hole (156) and central part
Connect formula Universal rotary direction of motion transformation mechanism planar structure (157)；The central part linking Universal rotary movement side
Linking Universal rotary direction of motion conversion in the middle part of multiple communication means is internally provided with to transformation mechanism connecting plate (151)
The central part linking Universal rotary direction of motion transformation mechanism bolt hole of mechanism connecting plate (151) upper and lower surface
(152), the center setting of central part linking Universal rotary direction of motion transformation mechanism connecting plate (151) upper surface
There are multiple components being an integral structure with central part linking Universal rotary direction of motion transformation mechanism with connecting plate (151)
The middle part linking Universal rotary direction of motion transformation mechanism hemispherical hollow casing (153), the central part linking ten thousand
It is universal that the inside center of hemispherical hollow casing (153) is provided with central part linking to rotary motion direction transformation mechanism
Rotary motion direction transformation mechanism is turned with spherical groove structure (154), the central part linking Universal rotary direction of motion
Change mechanism and is located at central part linking Universal rotary direction of motion transformation mechanism use with hemispherical hollow casing (153)
The inside of spherical groove structure (154) is installed by one central part linking Universal rotary direction of motion transformation mechanism spherical
(155), being provided centrally at the top of the central part linking Universal rotary direction of motion transformation mechanism spherical (155)
For central part linking Universal rotary direction of motion transformation mechanism with planar structure (157), the central part linking is universal
Rotary motion direction transformation mechanism is provided with the central part linking Universal rotary direction of motion with the bottom of planar structure (157)
Transformation mechanism is with mounting hole (156).
6. a kind of low level degree liquid lever electrodynamic type draw-out device according to claim 5, it is characterised in that: the portion
Volume composed by linking the Universal rotary direction of motion transformation mechanism spherical groove structure (154) inner surface is portion in the middle part of part
The 3/5-3/4 of the formed volume in linking Universal rotary direction of motion transformation mechanism spherical (155) outer surface in the middle part of part.
7. a kind of low level degree liquid lever electrodynamic type draw-out device according to claim 5, it is characterised in that: the portion
Linking Universal rotary direction of motion transformation mechanism connecting plate (151) is universal by being inserted into central part linking in the middle part of part
The internal bolt of rotary motion direction transformation mechanism bolt hole (152) is mounted on the top of piston plate (13), in the component
The inside of portion's linking Universal rotary direction of motion transformation mechanism mounting hole (156) is inserted with master link (16).
8. a kind of low level degree liquid lever electrodynamic type draw-out device according to claim 1, it is characterised in that: the drive
It includes that driving motor formula rotation dynamics generates driving mechanism mounting plate that dynamic electric motor type rotation dynamics, which generates driving mechanism (25),
(251), driving motor formula rotation dynamics generates driving mechanism bolt hole (252), driving motor formula rotation dynamics generates driving
Mechanism driving motor (253), driving motor formula rotation dynamics generate driving mechanism electric machine main shaft (254), driving motor formula
Rotation dynamics generates driving mechanism plectane body (255) and driving motor formula rotation dynamics generates driving mechanism rotary shaft
(256)；Driving motor formula rotation dynamics generation driving mechanism mounting plate (251) is internally provided with multiple driving motors
Formula rotates dynamics and generates driving mechanism with bolt hole (252), and the driving motor formula rotation dynamics generates driving mechanism installation
One driving motor formula rotation dynamics is installed and generates driving mechanism driving motor (253), the driving motor in the top of plate (251)
Formula rotates dynamics and generates driving mechanism with driving motor formula rotation dynamics generation driving mechanism electricity consumption owner in driving motor (253)
One driving motor formula rotation dynamics is installed and generates driving mechanism plectane body (255), the driving motor formula in the end of axis (254)
The end face edge that rotation dynamics generates driving mechanism plectane body (255) installs driving motor formula rotation dynamics and generates driving
Mechanism is with rotary shaft (256).
9. a kind of low level degree liquid lever electrodynamic type draw-out device according to claim 8, it is characterised in that: the drive
Dynamic electric motor type rotation dynamics generates driving mechanism and generates driving mechanism with rotary shaft (256) and driving motor formula rotation dynamics
The 1/2 of mobile groove structure (24) length of the distance between center of circle with plectane body (255) and rotary shaft is identical, and the driving
Electric motor type rotates dynamics and generates the axial line of driving mechanism plectane body (255) and the center of rotary shaft mobile groove structure (24)
Point is in the same horizontal line.
10. a kind of low level degree liquid lever electrodynamic type draw-out device according to claim 8, it is characterised in that: described
Driving motor formula rotation dynamics generates driving mechanism mounting plate (251) and rotates dynamics generation drive by being inserted into driving motor formula
The internal bolt of motivation structure bolt hole (252) is mounted on the upper surface of main supporting substrate (29), and the driving motor formula is revolved
Turn dynamics and generates the inside that driving mechanism is inserted into rotary shaft mobile groove structure (24) with rotary shaft (256).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910620629.9A CN110242532A (en) | 2019-07-10 | 2019-07-10 | A kind of low level degree liquid lever electrodynamic type draw-out device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910620629.9A CN110242532A (en) | 2019-07-10 | 2019-07-10 | A kind of low level degree liquid lever electrodynamic type draw-out device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN110242532A true CN110242532A (en) | 2019-09-17 |
Family
ID=67891766
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910620629.9A Withdrawn CN110242532A (en) | 2019-07-10 | 2019-07-10 | A kind of low level degree liquid lever electrodynamic type draw-out device |
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| CN (1) | CN110242532A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110552976A (en) * | 2019-09-18 | 2019-12-10 | 郭水春 | middle connection speed control device for rotary driving |
| CN111331513A (en) * | 2020-03-16 | 2020-06-26 | 福建泉州赛富机械科技有限公司 | Air adsorption type fixing device for processing plane object |
-
2019
- 2019-07-10 CN CN201910620629.9A patent/CN110242532A/en not_active Withdrawn
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110552976A (en) * | 2019-09-18 | 2019-12-10 | 郭水春 | middle connection speed control device for rotary driving |
| CN110552976B (en) * | 2019-09-18 | 2021-11-09 | 烟台富利达索道工程有限公司 | Middle connection speed control device for rotary driving |
| CN111331513A (en) * | 2020-03-16 | 2020-06-26 | 福建泉州赛富机械科技有限公司 | Air adsorption type fixing device for processing plane object |
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Application publication date: 20190917 |