CN109441692A - A kind of rotating mechanism end double-control apparatus - Google Patents
A kind of rotating mechanism end double-control apparatus Download PDFInfo
- Publication number
- CN109441692A CN109441692A CN201811497694.9A CN201811497694A CN109441692A CN 109441692 A CN109441692 A CN 109441692A CN 201811497694 A CN201811497694 A CN 201811497694A CN 109441692 A CN109441692 A CN 109441692A
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- CN
- China
- Prior art keywords
- control mechanism
- maximum
- helical spring
- helicitic texture
- flow velocity
- Prior art date
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
- F03B—MACHINES OR ENGINES FOR LIQUIDS
- F03B3/00—Machines or engines of reaction type; Parts or details peculiar thereto
- F03B3/04—Machines or engines of reaction type; Parts or details peculiar thereto with substantially axial flow throughout rotors, e.g. propeller turbines
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
- F03B—MACHINES OR ENGINES FOR LIQUIDS
- F03B15/00—Controlling
- F03B15/02—Controlling by varying liquid flow
- F03B15/04—Controlling by varying liquid flow of turbines
- F03B15/06—Regulating, i.e. acting automatically
- F03B15/08—Regulating, i.e. acting automatically by speed, e.g. by measuring electric frequency or liquid flow
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
- F03B—MACHINES OR ENGINES FOR LIQUIDS
- F03B3/00—Machines or engines of reaction type; Parts or details peculiar thereto
- F03B3/08—Machines or engines of reaction type; Parts or details peculiar thereto with pressure-velocity transformation exclusively in rotors
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/20—Hydro energy
Abstract
The invention discloses a kind of rotating mechanism end double-control apparatus, the bottom installation base plate including being internally provided with multiple kingbolt holes.The present invention is controlled using theory of mechanics, so its long service life, it is low by external environment influence degree, manufacturing cost and maintenance cost are all relatively low, it is practical, and, the device utilizes the single direction rotation ability of the mobility control rotating mechanism of liquid in rotation and the control ability of most fast rotation speed, for flexible control, so control ability is strong, and, the device has Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism, maximum speed of the liquid in flowing can effectively be controlled, to effectively prevent the generation of excessive velocities phenomenon, furthermore, the device has, the unidirectional flow of liquid can effectively be controlled, to control the single direction rotation ability of the device, in addition, the device has the effective control mechanism of helical spring elastic compression formula maximum hydraulic pressure.
Description
Technical field
The present invention relates to control device technical field, specially a kind of rotating mechanism end double-control apparatus.
Background technique
Currently, control equipment in, it is varied, big multi-control apparatus be all by electronic component and controller, it is this
Controller is there are two big defects, first, use cost and manufacturing cost are high, second, service life is low, because of its external world for being subject to
Environment is bigger.
Summary of the invention
The purpose of the present invention is to provide a kind of rotating mechanism end double-control apparatus, to solve to mention in above-mentioned background technique
Out the problem of.
To achieve the above object, the invention provides the following technical scheme: a kind of rotating mechanism end double-control apparatus, including
Be internally provided with the bottom installation base plate in multiple kingbolt holes, bottom installation base plate upper surface be provided centrally with and one
A main hollow casing is installed at the top of the supporting block of body formula structure, the supporting block, and the main hollow casing is internally provided with two
Upper and lower second hollow structure and the first hollow structure disposed in parallel, the main hollow casing are internally provided in connection second
First flow orifice of hollow structure and the first hollow structure side, the main hollow casing are internally provided with the second hollow knot of connection
The second flow orifice and third flow orifice of structure and the first hollow structure other side, between second flow orifice and third flow orifice
One spherical structure size Control formula liquid one-way flowing mechanism is installed, the inside of the main hollow casing is positioned at described first-class
Member mounting holes are provided in the middle part of dynamic hole, it is rotatably maximum that a Pipe installing helicitic texture is installed in the inside of the member mounting holes
Liquid flow velocity control mechanism, the top center of the main hollow casing are provided with the liquid raw materials flow with its integral structure
Dynamic pipeline, the material flow hole for being internally provided with the second hollow structure of connection of the material flow duct, the material flow
The inside in hole is installed by the one effective control mechanism of helical spring elastic compression formula maximum hydraulic pressure, the inside of the main hollow casing
One screw thread plunger is connected by main thread structure in the side for being located at first hollow structure, in the screw thread plunger and first
Hollow structure one end center is provided with raised structures, and a main rotating shaft, institute are installed by bearing in the inside of two raised structures
The axis body of main rotating shaft one end is stated through main hollow casing, and an axis body mounting flange is installed in end, the main rotating shaft exists
One helical blade, first hollow structure, the second hollow structure, first are installed on the axis body inside the first hollow structure
The inside of flow orifice, the second flow orifice and third flow orifice is filled with hydraulic oil.
Further, rotatably maximum liquid flow velocity control mechanism includes pipeline peace to the Pipe installing helicitic texture
Filling helicitic texture, rotatably maximum liquid flow velocity control mechanism hollow casing, Pipe installing helicitic texture are rotatably maximum
Rotatably maximum liquid flow velocity control mechanism is used for liquid flow velocity control mechanism centre bore, Pipe installing helicitic texture
Groove structure, Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism through-hole structure, pipe are inserted into tip
Helicitic texture is installed in road, and rotatably maximum liquid flow velocity control mechanism hollow structure, Pipe installing helicitic texture are rotary
Rotatably maximum liquid flow velocity controls machine for maximum liquid flow velocity control mechanism movable plate, Pipe installing helicitic texture
Structure valve plate, Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism cutting-edge structure, Pipe installing spiral shell
Rotatably maximum liquid flow velocity control mechanism push rod, Pipe installing the helicitic texture rotatably maximum liquid flowing of line structure
Speed control mechanism force application board, Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism bearing and pipe
Road is installed by helicitic texture rotatably maximum liquid flow velocity control mechanism helicitic texture, the Pipe installing helicitic texture rotation
Rotatable maximum liquid flow velocity control mechanism hollow casing to be internally provided with connecting pipe installation helicitic texture rotary
The rotatably maximum liquid flowing of the Pipe installing helicitic texture on maximum liquid flow velocity control mechanism two surface of hollow casing
Speed control mechanism centre bore, the Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism with hollow
The inside of shell is being located at the Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism centre bore
One middle side part is provided with Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism tip insertion groove knot
The inside of structure, the rotary maximum liquid flow velocity control mechanism hollow casing of the Pipe installing helicitic texture is being located at institute
It states Pipe installing helicitic texture and is rotatably provided with pipe in the middle part of the other side of maximum liquid flow velocity control mechanism centre bore
Road is installed by helicitic texture rotatably maximum liquid flow velocity control mechanism through-hole structure, the Pipe installing helicitic texture rotation
Rotatable maximum liquid flow velocity control mechanism hollow casing is being located at Pipe installing helicitic texture rotatably maximum liquid flow
One end of dynamic speed control mechanism through-hole structure is provided with the rotatably maximum liquid flow velocity control of Pipe installing helicitic texture
Mechanism hollow structure processed, the rotary maximum liquid flow velocity control mechanism hollow structure of the Pipe installing helicitic texture
Inside one Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism movable plate, the pipeline peace are installed
It fills helicitic texture and rotatably passes through Pipe installing screw thread knot inside the top of maximum liquid flow velocity control mechanism movable plate
Rotatably maximum liquid flow velocity control mechanism bearing connects a Pipe installing helicitic texture rotatably maximum liquid flow to structure
Dynamic speed control mechanism push rod, the Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism movement
The center bottom of plate installs a Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism valve plate, the pipe
The plate body that the rotary maximum liquid flow velocity control mechanism valve plate of helicitic texture is installed in road passes through Pipe installing helicitic texture
Rotary maximum liquid flow velocity control mechanism through-hole structure, and the rotary maximum liquid of the Pipe installing helicitic texture
The end of flowing velocity control mechanism valve plate is provided with rotatably maximum with the Pipe installing helicitic texture of its integral structure
Liquid flow velocity control mechanism cutting-edge structure, the Pipe installing helicitic texture rotatably maximum liquid flow velocity control
The body of rod of mechanism push rod through the Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism with hollow
Shell, rotatably maximum liquid flow velocity control mechanism push rod is passing through pipe through position to the Pipe installing helicitic texture
Rotatably maximum liquid flow velocity control mechanism with helicitic texture is connected to Pipe installing helicitic texture to road installation helicitic texture
The inside of rotary maximum liquid flow velocity control mechanism hollow casing, and the Pipe installing helicitic texture is rotatably most
The end of big liquid flow velocity control mechanism push rod is installed by one Pipe installing helicitic texture rotatably maximum liquid flowing speed
Spend control mechanism force application board.
Further, the rotary maximum liquid flow velocity control mechanism hollow casing of the Pipe installing helicitic texture
It is mounted on the inside of member mounting holes, and the Pipe installing helicitic texture rotatably use by maximum liquid flow velocity control mechanism
The both ends of centre bore are connected to the inside of the first flow orifice.
Further, the rotary maximum liquid flow velocity control mechanism helicitic texture of the Pipe installing helicitic texture
Including interior spiral shell of the Pipe installing helicitic texture rotatably inside maximum liquid flow velocity control mechanism hollow casing is arranged in
Line structure and that Pipe installing helicitic texture is arranged in is rotatably outer on the maximum liquid flow velocity control mechanism push rod body of rod
Helicitic texture, and the internal thread structure is meshed with external thread structure.
Further, spherical structure size Control formula liquid one-way flowing mechanism includes spherical structure size Control formula
Liquid one-way flowing mechanism shell, spherical structure size Control formula liquid one-way flowing mechanism diameter of Spherical Volume, spherical structure
Size Control formula liquid one-way flowing mechanism ball valve, spherical structure size Control formula liquid one-way flowing mechanism air inlet and
Spherical structure size Control formula liquid one-way flowing mechanism gas vent；The spherical structure size Control formula liquid one-way flowing
Mechanism interior of shell is provided centrally with spherical structure size Control formula liquid one-way flowing mechanism diameter of Spherical Volume, the ball
Shape structure size controls formula liquid one-way flowing mechanism shell and is being located at the spherical structure size Control formula liquid one-way flow
The inside of motivation structure diameter of Spherical Volume is installed by one spherical structure size Control formula liquid one-way flowing mechanism ball valve, the spherical shape
Structure size control formula liquid one-way flowing mechanism shell is internally provided with spherical structure size Control formula liquid one-way flow
One end of motivation structure air inlet, spherical structure size Control formula liquid one-way flowing mechanism air inlet is connected to spherical junctions
The bottom at structure size Control formula liquid one-way flowing mechanism diameter of Spherical Volume center, the spherical structure size Control formula liquid list
Into the other end connection spherical structure size Control formula liquid one-way flowing mechanism cover top portion of flowing mechanism air inlet
The heart, spherical structure size Control formula liquid one-way flowing mechanism shell are internally provided with spherical structure size Control formula
Liquid one-way flowing mechanism gas vent, one end of spherical structure size Control formula liquid one-way flowing mechanism gas vent
It is connected to the top at spherical structure size Control formula liquid one-way flowing mechanism diameter of Spherical Volume center, the spherical structure size control
The other end connection spherical structure size Control formula liquid one-way flowing mechanism of standard liquid one-way flowing mechanism gas vent uses
Outer casing bottom center.
Further, the structure radius of spherical structure size Control formula liquid one-way flowing mechanism diameter of Spherical Volume is big
In the structure radius of spherical structure size Control formula liquid one-way flowing mechanism ball valve, the spherical structure size Control
The structure radius of formula liquid one-way flowing mechanism ball valve is greater than spherical structure size Control formula liquid one-way flowing mechanism
With the structure radius of air inlet and spherical structure size Control formula liquid one-way flowing mechanism gas vent.
Further, the spherical structure size Control formula liquid one-way flowing mechanism air inlet and spherical structure size
The end of control formula liquid one-way flowing mechanism gas vent is respectively communicated with the first flow orifice and third flow orifice.
Further, the effective control mechanism of the helical spring elastic compression formula maximum hydraulic pressure includes helical spring bullet
The effective control mechanism hollow casing of property compression maximum hydraulic pressure, helical spring elastic compression formula maximum hydraulic pressure are effective
Control mechanism empty liquid sealing ring, the effective control mechanism hollow structure of helical spring elastic compression formula maximum hydraulic pressure, spiral shell
Revolve the effective control mechanism drainage hole of spring compression maximum hydraulic pressure, helical spring elastic compression formula maximum liquid pressure
Power effective control mechanism valve plate insertion space, the effective control mechanism feed liquor of helical spring elastic compression formula maximum hydraulic pressure
Hole, the effective control mechanism movable plate of helical spring elastic compression formula maximum hydraulic pressure, helical spring elastic compression formula are maximum
Fluid pressure effective control mechanism valve plate, the effective control mechanism liquid-passing hole of helical spring elastic compression formula maximum hydraulic pressure
With the effective control mechanism helical spring of helical spring elastic compression formula maximum hydraulic pressure；The helical spring elastic compression formula
The side of the effective control mechanism hollow casing of maximum hydraulic pressure is socketed a helical spring elastic compression formula maximum hydraulic pressure
The empty liquid sealing ring of effective control mechanism, the effective control mechanism of the helical spring elastic compression formula maximum hydraulic pressure is with hollow
Interior of shell is provided centrally with the effective control mechanism hollow structure of helical spring elastic compression formula maximum hydraulic pressure, described
The effective control mechanism hollow casing of helical spring elastic compression formula maximum hydraulic pressure is being located at the helical spring elasticity pressure
The side of contracting formula maximum hydraulic pressure effective control mechanism hollow structure is provided with helical spring elastic compression formula maximum liquid
The effective control mechanism drainage hole of pressure, the effective control mechanism drain of helical spring elastic compression formula maximum hydraulic pressure
One end of one end connection effective control mechanism hollow casing of helical spring elastic compression formula maximum hydraulic pressure in hole, the spiral shell
It revolves the effective control mechanism hollow casing of spring compression maximum hydraulic pressure and is being located at the helical spring elastic compression
The other side of formula maximum hydraulic pressure effective control mechanism hollow structure is provided with helical spring elastic compression formula maximum liquid
Pressure effective control mechanism valve plate insertion space, the effective control mechanism of the helical spring elastic compression formula maximum hydraulic pressure
It is being located at the helical spring elastic compression formula maximum hydraulic pressure effective control mechanism valve plate insertion space with hollow casing
Side be provided with the effective control mechanism inlet opening of helical spring elastic compression formula maximum hydraulic pressure, the helical spring bullet
Property the effective control mechanism of compression maximum hydraulic pressure with inlet opening be connected to the helical spring elastic compression formula maximum liquid pressure
The other side of the effective control mechanism hollow casing of power, the helical spring elastic compression formula maximum hydraulic pressure effectively control machine
Structure hollow casing is being located at the effective control mechanism hollow structure of helical spring elastic compression formula maximum hydraulic pressure
The one effective control mechanism movable plate of helical spring elastic compression formula maximum hydraulic pressure of inside installation, the helical spring elasticity
The effective control mechanism movable plate of compression maximum hydraulic pressure is being located at the helical spring elastic compression formula maximum liquid pressure
The effective control mechanism of power is provided with and the helical spring of its integral structure elasticity with the end face center of valve plate insertion space side
The effective control mechanism valve plate of compression maximum hydraulic pressure, the helical spring elastic compression formula maximum hydraulic pressure are effectively controlled
The side of mechanism processed movable plate be provided be connected to its both ends of the surface helical spring elastic compression formula maximum hydraulic pressure effectively control
Mechanism liquid-passing hole processed, the other end of the effective control mechanism movable plate of helical spring elastic compression formula maximum hydraulic pressure
Face is installed by the one effective control mechanism helical spring of helical spring elastic compression formula maximum hydraulic pressure.
Further, the empty liquid sealing ring card of the effective control mechanism of the helical spring elastic compression formula maximum hydraulic pressure
The inside in material flow hole is connect, the effective control mechanism inlet opening of helical spring elastic compression formula maximum hydraulic pressure
One end is connected to the second hollow structure.
Further, the effective control mechanism helical spring of helical spring elastic compression formula maximum hydraulic pressure is first
Beginning length is greater than the lateral length of the effective control mechanism hollow structure of helical spring elastic compression formula maximum hydraulic pressure.
Compared with prior art, the beneficial effects of the present invention are: the present invention be all controlled using theory of mechanics, so
Its long service life, low by external environment influence degree, manufacturing cost and maintenance cost are all relatively low, practical, also,
The device controls the single direction rotation ability of rotating mechanism and the control ability of most fast rotation speed using the mobility of liquid in rotation,
For flexible control, so control ability is strong, moreover, the device has Pipe installing helicitic texture, rotatably maximum liquid flowing is fast
Control mechanism is spent, maximum speed of the liquid in flowing can be effectively controlled, so that it is effectively prevent the generation of excessive velocities phenomenon,
In addition, the device has, the unidirectional flow of liquid can be effectively controlled, to control the single direction rotation ability of the device, separately
Outside, which has the effective control mechanism of helical spring elastic compression formula maximum hydraulic pressure, can effectively control inside most
Big liquid pressure, to effectively prevent the generation of components damage phenomenon caused by liquid pressure increase.
Detailed description of the invention
Fig. 1 is a kind of complete section structural schematic diagram of rotating mechanism end of the invention double-control apparatus；
Fig. 2 is the rotary maximum liquid of Pipe installing helicitic texture in a kind of rotating mechanism end double-control apparatus of the invention
The structural schematic diagram of flowing velocity control mechanism；
Fig. 3 is spherical structure size Control formula liquid one-way flowing in a kind of double-control apparatus of rotating mechanism end of the invention
The structural schematic diagram of mechanism；
Fig. 4 is helical spring elastic compression formula maximum hydraulic pressure in a kind of double-control apparatus of rotating mechanism end of the invention
The structural schematic diagram of effective control mechanism；
In figure: 1, bottom installation base plate, 2, kingbolt hole, 3, supporting block, 4, main hollow casing, 5, the first hollow structure,
6, the second hollow structure, 7, main thread structure, 8, Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism,
81, the rotary maximum liquid flow velocity control mechanism hollow casing of Pipe installing helicitic texture, 82, Pipe installing screw thread knot
The rotary maximum liquid flow velocity control mechanism centre bore of structure, 83, the rotary maximum liquid flow of Pipe installing helicitic texture
Dynamic speed control mechanism tip insertion groove structure, 84, the rotatably maximum liquid flow velocity control of Pipe installing helicitic texture
Mechanism through-hole structure processed, 85, the rotary maximum liquid flow velocity control mechanism hollow structure of Pipe installing helicitic texture,
86, the rotary maximum liquid flow velocity control mechanism movable plate of Pipe installing helicitic texture, 87, Pipe installing helicitic texture
Rotary maximum liquid flow velocity control mechanism valve plate, 88, rotatably maximum liquid flowing is fast for Pipe installing helicitic texture
Spend control mechanism cutting-edge structure, 89, the rotary maximum liquid flow velocity control mechanism push rod of Pipe installing helicitic texture,
810, the rotary maximum liquid flow velocity control mechanism force application board of Pipe installing helicitic texture, 811, Pipe installing screw thread knot
The rotary maximum liquid flow velocity control mechanism bearing of structure, 812, the rotatably maximum liquid flowing of Pipe installing helicitic texture
Speed control mechanism helicitic texture, 9, the first flow orifice, 10, the second flow orifice, 11, spherical structure size Control formula liquid list
To flowing mechanism, 111, spherical structure size Control formula liquid one-way flowing mechanism shell, 112, spherical structure size Control
Formula liquid one-way flowing mechanism diameter of Spherical Volume, 113, spherical structure size Control formula liquid one-way flowing mechanism ball valve,
114, spherical structure size Control formula liquid one-way flowing mechanism air inlet, 115, spherical structure size Control formula liquid is unidirectional
Flowing mechanism gas vent, 12, third flow orifice, 13, member mounting holes, 14, material flow duct, 15, material flow hole,
16, the effective control mechanism of helical spring elastic compression formula maximum hydraulic pressure, 161, helical spring elastic compression formula maximum liquid
The effective control mechanism hollow casing of pressure, 162, the effective control mechanism of helical spring elastic compression formula maximum hydraulic pressure is empty
Liquid sealing ring, 163, the effective control mechanism hollow structure of helical spring elastic compression formula maximum hydraulic pressure, 164, spiral bullet
The effective control mechanism drainage hole of spring elastic compression formula maximum hydraulic pressure, 165, helical spring elastic compression formula maximum liquid pressure
Power effective control mechanism valve plate insertion space, 166, the effective control mechanism of helical spring elastic compression formula maximum hydraulic pressure is used
Inlet opening, 167, the effective control mechanism movable plate of helical spring elastic compression formula maximum hydraulic pressure, 168, helical spring bullet
The property effective control mechanism valve plate of compression maximum hydraulic pressure, 169, helical spring elastic compression formula maximum hydraulic pressure is effective
Control mechanism liquid-passing hole, 1610, the effective control mechanism helical spring of helical spring elastic compression formula maximum hydraulic pressure,
17, main rotating shaft, 18, raised structures, 19, axis body mounting flange, 20, helical blade, 21, screw thread plunger.
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: pacifying the bottom including being internally provided with multiple kingbolt holes 2
Fill substrate 1, the supporting block 3 of 1 upper surface of bottom installation base plate being provided centrally with its integral structure, the supporting block
A main hollow casing 4 is installed at 3 top, and the main hollow casing 4 is internally provided with about two the second hollow knots disposed in parallel
Structure 6 and the first hollow structure 5, the main hollow casing 4 are internally provided with the second hollow structure 6 of connection and the first hollow structure
First flow orifice 9 of 5 sides, the main hollow casing 4 are internally provided with the second hollow structure 6 of connection and the first hollow structure
The second flow orifice 10 and third flow orifice 12 of 5 other sides, install one between second flow orifice 10 and third flow orifice 12
The inside of spherical structure size Control formula liquid one-way flowing mechanism 11, the main hollow casing 4 is being located at first flowing
Member mounting holes 13 are provided in the middle part of hole 9, it is rotary that a Pipe installing helicitic texture is installed in the inside of the member mounting holes 13
The top center of maximum liquid flow velocity control mechanism 8, the main hollow casing 4 is provided with the liquid with its integral structure
Material flow duct 14, the material flow hole 15 for being internally provided with the second hollow structure 6 of connection of the material flow duct 14,
An effective control mechanism 16 of helical spring elastic compression formula maximum hydraulic pressure is installed in the inside in the material flow hole 15, described
The inside of main hollow casing 4 connects a screw thread plunger by main thread structure 7 in the side for being located at first hollow structure 5
21, the screw thread plunger 21 and 5 one end center of the first hollow structure are provided with raised structures 18, two raised structures 18
Internal to install a main rotating shaft 17 by bearing, the axis body of described 17 one end of main rotating shaft runs through main hollow casing 4, and end is pacified
An axis body mounting flange 19 is filled, the main rotating shaft 17 installs a spiral on the axis body being located inside the first hollow structure 5
Blade 20, first hollow structure 5, the second hollow structure 6, the first flow orifice 9, the second flow orifice 10 and third flow orifice 12
Inside be filled with hydraulic oil.
Referring to Fig. 2, rotatably maximum liquid flow velocity control mechanism 8 includes pipeline to the Pipe installing helicitic texture
Installing helicitic texture, rotatably maximum liquid flow velocity control mechanism hollow casing 81, Pipe installing helicitic texture are rotary
The rotatably maximum liquid flow velocity control of maximum liquid flow velocity control mechanism centre bore 82, Pipe installing helicitic texture
Mechanism is inserted into groove structure 83, Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism through-hole with tip
Structure 84, Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism hollow structure 85, Pipe installing spiral shell
The rotary rotary maximum liquid of maximum liquid flow velocity control mechanism movable plate 86, Pipe installing helicitic texture of line structure
The rotary maximum liquid flow velocity control mechanism tip of flowing velocity control mechanism valve plate 87, Pipe installing helicitic texture
Structure 88, Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism push rod 89, Pipe installing screw thread knot
The rotary rotary maximum liquid flow of maximum liquid flow velocity control mechanism force application board 810, Pipe installing helicitic texture of structure
Move speed control mechanism bearing 811 and Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism screw thread
Structure 812, the inside of the rotary maximum liquid flow velocity control mechanism hollow casing 81 of the Pipe installing helicitic texture
It is provided with connecting pipe installation helicitic texture rotatably maximum 81 liang of surfaces of liquid flow velocity control mechanism hollow casing
The rotary maximum liquid flow velocity control mechanism centre bore 82 of Pipe installing helicitic texture, the Pipe installing helicitic texture
The inside of rotary maximum liquid flow velocity control mechanism hollow casing 81 is being located at Pipe installing helicitic texture rotation
It is rotary that one middle side part of rotatable maximum liquid flow velocity control mechanism centre bore 82 is provided with Pipe installing helicitic texture
Maximum liquid flow velocity control mechanism is inserted into groove structure 83 with tip, the rotary maximum liquid of the Pipe installing helicitic texture
The inside of body flowing velocity control mechanism hollow casing 81 is being located at the Pipe installing helicitic texture rotatably maximum liquid
Pipe installing helicitic texture rotatably maximum liquid flow is provided in the middle part of the other side of flowing velocity control mechanism centre bore 82
Dynamic speed control mechanism through-hole structure 84, the rotary maximum liquid flow velocity control mechanism of the Pipe installing helicitic texture
It is being located at Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism through-hole structure 84 with hollow casing 81
One end be provided with Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism hollow structure 85, the pipe
The inside that the rotary maximum liquid flow velocity control mechanism hollow structure 85 of helicitic texture is installed in road is installed by one Pipe installing
The rotary maximum liquid flow velocity control mechanism movable plate 86 of helicitic texture, the Pipe installing helicitic texture is rotatably most
Pass through Pipe installing helicitic texture rotatably maximum liquid inside the top of big liquid flow velocity control mechanism movable plate 86
Flowing velocity control mechanism bearing 811 connects a Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism
With push rod 89, the Pipe installing helicitic texture is rotatably in bottom end of the maximum liquid flow velocity control mechanism with movable plate 86
Portion is installed by one Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism valve plate 87, the Pipe installing spiral shell
It is rotary that the plate body of the rotary maximum liquid flow velocity control mechanism valve plate 87 of line structure passes through Pipe installing helicitic texture
Maximum liquid flow velocity control mechanism through-hole structure 84, and the Pipe installing helicitic texture rotatably maximum liquid flowing
Speed control mechanism is provided with and the rotary maximum liquid of the Pipe installing helicitic texture of its integral structure with the end of valve plate 87
Body flowing velocity control mechanism cutting-edge structure 88, the Pipe installing helicitic texture rotatably maximum liquid flow velocity control
Rotatably maximum liquid flow velocity control mechanism is empty through the Pipe installing helicitic texture for the body of rod of mechanism push rod 89
Heart shell 81, rotatably maximum liquid flow velocity control mechanism push rod 89 is running through position to the Pipe installing helicitic texture
By Pipe installing helicitic texture, rotatably maximum liquid flow velocity control mechanism helicitic texture 812 is connected to Pipe installing
The inside of the rotary maximum liquid flow velocity control mechanism hollow casing 81 of helicitic texture, and the Pipe installing screw thread knot
One Pipe installing helicitic texture is installed rotatably most in the end of the rotary maximum liquid flow velocity control mechanism push rod 89 of structure
Big liquid flow velocity control mechanism force application board 810；The rotary maximum liquid flow velocity of the Pipe installing helicitic texture
Control mechanism hollow casing 81 is mounted on the inside of member mounting holes 13, and the Pipe installing helicitic texture is rotatably maximum
The both ends of liquid flow velocity control mechanism centre bore 82 are connected to the inside of the first flow orifice 9；The Pipe installing screw thread
Rotatably maximum liquid flow velocity control mechanism helicitic texture 812 includes that setting is rotated in Pipe installing helicitic texture to structure
Formula maximum liquid flow velocity control mechanism is with the internal thread structure inside hollow casing 81 and is arranged in Pipe installing screw thread knot
Rotary maximum external thread structure of the liquid flow velocity control mechanism on 89 body of rod of push rod of structure, and the internal thread structure with
External thread structure is meshed, and main function is: utilizing helicitic texture, the rotatably maximum liquid flowing of Pipe installing helicitic texture
Speed control mechanism force application board 810, can be realized the control to internal hole size, to play control action.
Referring to Fig. 3, spherical structure size Control formula liquid one-way flowing mechanism 11 includes the control of spherical structure size
Standard liquid one-way flowing mechanism shell 111, spherical structure size Control formula liquid one-way flowing mechanism diameter of Spherical Volume
112, spherical structure size Control formula liquid one-way flowing mechanism ball valve 113, spherical structure size Control formula liquid one-way flow
Motivation structure air inlet 114 and spherical structure size Control formula liquid one-way flowing mechanism gas vent 115；The spherical structure
Inside size Control formula liquid one-way flowing mechanism shell 111 to be provided centrally with spherical structure size Control formula liquid unidirectional
Mechanism diameter of Spherical Volume 112 is flowed, the spherical structure size Control formula liquid one-way flowing mechanism is being located at institute with shell 111
The inside for stating spherical structure size Control formula liquid one-way flowing mechanism diameter of Spherical Volume 112 is installed by one spherical structure size Control
Formula liquid one-way flowing mechanism ball valve 113, spherical structure size Control formula liquid one-way flowing mechanism shell 111
It is internally provided with spherical structure size Control formula liquid one-way flowing mechanism air inlet 114, the spherical structure size Control
One end of formula liquid one-way flowing mechanism air inlet 114 is connected to spherical structure size Control formula liquid one-way flowing mechanism ball
The bottom at 112 center of shape space, the other end of spherical structure size Control formula liquid one-way flowing mechanism air inlet 114
It is connected to spherical structure size Control formula liquid one-way flowing mechanism 111 top center of shell, the spherical structure size Control
Formula liquid one-way flowing mechanism shell 111 is internally provided with spherical structure size Control formula liquid one-way flowing mechanism row
One end of stomata 115, the spherical structure size Control formula liquid one-way flowing mechanism gas vent 115 is connected to spherical structure ruler
The top at very little control formula liquid one-way flowing mechanism 112 center of diameter of Spherical Volume, the spherical structure size Control formula liquid list
Spherical structure size Control formula liquid one-way flowing mechanism shell 111 is connected to the other end of flowing mechanism gas vent 115
Bottom centre；The structure radius of the spherical structure size Control formula liquid one-way flowing mechanism diameter of Spherical Volume 112 is greater than institute
State the structure radius of spherical structure size Control formula liquid one-way flowing mechanism ball valve 113, the spherical structure size Control
The structure radius of formula liquid one-way flowing mechanism ball valve 113 is greater than the spherical structure size Control formula liquid one-way flowing machine
The structure radius of structure air inlet 114 and spherical structure size Control formula liquid one-way flowing mechanism gas vent 115；The ball
Shape structure size controls formula liquid one-way flowing mechanism air inlet 114 and spherical structure size Control formula liquid one-way flowing machine
Structure is respectively communicated with the first flow orifice 10 with the end of gas vent 115 and third flow orifice 12, main function are: utilizing spherical junctions
Structure size Control formula liquid one-way flowing the mechanism gravity and structure size of ball valve 113 itself, enable to liquid to be merely able to
One-way flow, without being discharged.
Referring to Fig. 4, the effective control mechanism 16 of helical spring elastic compression formula maximum hydraulic pressure includes spiral bullet
Spring elastic compression formula maximum hydraulic pressure effective control mechanism hollow casing 161, helical spring elastic compression formula maximum liquid
The effective control mechanism of pressure is used with empty liquid sealing ring 162, the effective control mechanism of helical spring elastic compression formula maximum hydraulic pressure
Hollow structure 163, helical spring elastic compression formula maximum hydraulic pressure effective control mechanism drainage hole 164, helical spring bullet
Property compression maximum hydraulic pressure effective control mechanism valve plate insertion space 165, helical spring elastic compression formula maximum liquid
The effective control mechanism movement of pressure effective control mechanism inlet opening 166, helical spring elastic compression formula maximum hydraulic pressure
Plate 167, helical spring elastic compression formula maximum hydraulic pressure effective control mechanism valve plate 168, helical spring elastic compression formula
Maximum hydraulic pressure effective control mechanism liquid-passing hole 169 and helical spring elastic compression formula maximum hydraulic pressure effectively control machine
Structure helical spring 1610；The helical spring elastic compression formula maximum hydraulic pressure effective control mechanism hollow casing 161
Side be socketed the effective control mechanism of a helical spring elastic compression formula maximum hydraulic pressure empty liquid sealing ring 162, the spiral shell
Helical spring is provided centrally with inside the rotation effective control mechanism hollow casing 161 of spring compression maximum hydraulic pressure
Elastic compression formula maximum hydraulic pressure effective control mechanism hollow structure 163, the helical spring elastic compression formula maximum liquid
The effective control mechanism of body pressure is effectively controlled with hollow casing 161 positioned at the helical spring elastic compression formula maximum hydraulic pressure
Mechanism processed is provided with the effective control mechanism of helical spring elastic compression formula maximum hydraulic pressure with the side of hollow structure 163 and arranges
One end of fluid apertures 164, the helical spring elastic compression formula maximum hydraulic pressure effective control mechanism drainage hole 164 is connected to spiral shell
Revolve one end of spring compression maximum hydraulic pressure effective control mechanism hollow casing 161, the helical spring elasticity
The effective control mechanism of compression maximum hydraulic pressure is being located at the helical spring elastic compression formula maximum liquid with hollow casing 161
The effective control mechanism of body pressure, which is provided with helical spring elastic compression formula maximum hydraulic pressure with the other side of hollow structure 163, to be had
Control mechanism valve plate insertion space 165 is imitated, the effective control mechanism of helical spring elastic compression formula maximum hydraulic pressure is used
Hollow casing 161 is being located at the helical spring elastic compression formula maximum hydraulic pressure effective control mechanism valve plate insertion space
165 side is provided with the effective control mechanism inlet opening 166 of helical spring elastic compression formula maximum hydraulic pressure, the spiral
The effective control mechanism inlet opening 166 of spring compression maximum hydraulic pressure is connected to the helical spring elastic compression formula most
The other side of big fluid pressure effective control mechanism hollow casing 161, the helical spring elastic compression formula maximum liquid pressure
The effective control mechanism of power is effectively controlling machine positioned at the helical spring elastic compression formula maximum hydraulic pressure with hollow casing 161
The inside of structure hollow structure 163 is installed by the one effective control mechanism movable plate of helical spring elastic compression formula maximum hydraulic pressure
167, the effective control mechanism of the helical spring elastic compression formula maximum hydraulic pressure is being located at the spiral bullet with movable plate 167
The spring effective control mechanism of elastic compression formula maximum hydraulic pressure is provided with the end face center of 165 side of valve plate insertion space and it
Helical spring elastic compression formula maximum hydraulic pressure effective control mechanism valve plate 168 of integral structure, the helical spring
The effective control mechanism of elastic compression formula maximum hydraulic pressure is provided with the spiral bullet for being connected to its both ends of the surface with the side of movable plate 167
Spring elastic compression formula maximum hydraulic pressure effective control mechanism liquid-passing hole 169, the helical spring elastic compression formula maximum liquid
A helical spring elastic compression formula maximum hydraulic pressure is installed in the other end of the effective control mechanism movable plate 167 of body pressure to be had
Imitate control mechanism helical spring 1610；The empty liquid of the effective control mechanism of helical spring elastic compression formula maximum hydraulic pressure
Sealing ring 162 is connected to the inside in material flow hole 15, and the helical spring elastic compression formula maximum hydraulic pressure effectively controls
One end of mechanism inlet opening 166 is connected to the second hollow structure 6；The helical spring elastic compression formula maximum hydraulic pressure is effective
Control mechanism is greater than the helical spring elastic compression formula maximum hydraulic pressure with the initial length of helical spring 1610 and effectively controls
The lateral length of mechanism processed hollow structure 163, main function is: helical spring elastic compression formula maximum hydraulic pressure is effective
The elastic stool and urine of control mechanism helical spring 1610 is the size of maximum pressure value, when internal pressure value is greater than helical spring
When the elastic force of elastic compression formula maximum hydraulic pressure effective control mechanism helical spring 1610, internal liquid will be arranged in time
Out, to be depressured, so the bullet of helical spring elastic compression formula maximum hydraulic pressure effective control mechanism helical spring 1610
Power is less than the numerical value of internal part maximum tension.
Specifically used mode: in present invention work, the rotary shaft end for being located at tail portion is consolidated with axis body mounting flange 19
Fixed connection, then can work, and when reversely rotating, internally positioned hydraulic oil is due to spherical structure size Control formula liquid list
Effect to flowing mechanism 11 causes internal liquid pressure to increase, further results in helical-blade so that liquid can not continue to flow
Piece 20 can not rotate, so that rotary shaft reverse rotation is limited, when needing to control speed, by adjusting Pipe installing helicitic texture
Rotary maximum liquid flow velocity control mechanism 16, when rotation speed is greater than Pipe installing helicitic texture rotatably most
When the flow speed of big 16 control of liquid flow velocity control mechanism, so that internal liquid increases, similarly, real reduction of speed function.It is right
For those skilled in the art, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from this hair
In the case where bright spirit or essential attributes, the present invention can be realized in other specific forms.Which point therefore, no matter come from
See, the present embodiments are to be considered as illustrative and not restrictive, the scope of the present invention by appended claims without
It is that above description limits, it is intended that including all changes that fall within the meaning and scope of the equivalent elements of the claims in
In the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.
Claims (10)
1. a kind of rotating mechanism end double-control apparatus, the bottom installation base plate including being internally provided with multiple kingbolt holes (2)
(1), it is characterised in that: the supporting block of bottom installation base plate (1) upper surface being provided centrally with its integral structure
(3), a main hollow casing (4) is installed at the top of the supporting block (3), and the main hollow casing (4) is internally provided with about two
Second hollow structure (6) disposed in parallel and the first hollow structure (5), the main hollow casing (4) are internally provided with connection
The inside of the first flow orifice (9) of second hollow structure (6) and the first hollow structure (5) side, the main hollow casing (4) is set
It is equipped with second flow orifice (10) and third flow orifice of connection the second hollow structure (6) and the first hollow structure (5) other side
(12), a spherical structure size Control formula liquid one-way flow is installed between second flow orifice (10) and third flow orifice (12)
The inside of motivation structure (11), the main hollow casing (4) is being provided with member mounting holes in the middle part of first flow orifice (9)
(13), a Pipe installing helicitic texture rotatably maximum liquid flow velocity control is installed in the inside of the member mounting holes (13)
Mechanism (8), the top center of the main hollow casing (4), which is provided with, flows pipeline with the liquid charging stock of its integral structure
(14), the material flow hole (15) for being internally provided with connection the second hollow structure (6) of the material flow duct (14), it is described
A helical spring effective control mechanism of elastic compression formula maximum hydraulic pressure (16) is installed in the inside in material flow hole (15), described
The inside of main hollow casing (4) connects a screw thread by main thread structure (7) in the side for being located at first hollow structure (5)
Plunger (21), the screw thread plunger (21) and the first hollow structure (5) one end center are provided with raised structures (18), described in two
A main rotating shaft (17) are installed by bearing in the inside of raised structures (18), and the axis body of described main rotating shaft (17) one end is through master
Hollow casing (4), and an axis body mounting flange (19) is installed in end, the main rotating shaft (17) is being located at the first hollow structure
(5) it is installed a helical blade (20) on internal axis body, it is first hollow structure (5), the second hollow structure (6), first-class
The inside of dynamic hole (9), the second flow orifice (10) and third flow orifice (12) is filled with hydraulic oil.
2. a kind of rotating mechanism end double-control apparatus according to claim 1, it is characterised in that: the Pipe installing spiral shell
Rotatably maximum liquid flow velocity control mechanism (8) includes the rotatably maximum liquid flowing of Pipe installing helicitic texture to line structure
Speed control mechanism hollow casing (81), Pipe installing helicitic texture are rotatably in maximum liquid flow velocity control mechanism use
Rotatably maximum liquid flow velocity control mechanism with tip is inserted into groove structure for heart hole (82), Pipe installing helicitic texture
(83), Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism through-hole structure (84), Pipe installing spiral shell
Rotatably maximum liquid flow velocity control mechanism hollow structure (85), Pipe installing helicitic texture are rotatably maximum for line structure
Rotatably maximum liquid flow velocity controls machine for liquid flow velocity control mechanism movable plate (86), Pipe installing helicitic texture
Structure valve plate (87), Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism cutting-edge structure (88), pipe
Helicitic texture is installed in road, and rotatably maximum liquid flow velocity control mechanism push rod (89), Pipe installing helicitic texture are rotary
The rotary maximum liquid flow velocity of maximum liquid flow velocity control mechanism force application board (810), Pipe installing helicitic texture
The rotary maximum liquid flow velocity control mechanism helicitic texture of control mechanism bearing (811) and Pipe installing helicitic texture
(812), the inside of rotary maximum liquid flow velocity control mechanism hollow casing (81) of the Pipe installing helicitic texture
It is provided with connecting pipe installation helicitic texture rotatably maximum (81) two surface of liquid flow velocity control mechanism hollow casing
Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism centre bore (82), the Pipe installing screw thread
The inside of the rotary maximum liquid flow velocity control mechanism hollow casing (81) of structure is being located at the Pipe installing screw thread
Rotatably maximum liquid flow velocity control mechanism with a middle side part of centre bore (82) is provided with Pipe installing screw thread knot to structure
Structure rotatably maximum liquid flow velocity control mechanism tip insertion groove structure (83), the Pipe installing helicitic texture rotation
The inside of rotatable maximum liquid flow velocity control mechanism hollow casing (81) is being located at Pipe installing helicitic texture rotation
The rotation of Pipe installing helicitic texture is provided in the middle part of the other side of rotatable maximum liquid flow velocity control mechanism centre bore (82)
Rotatable maximum liquid flow velocity control mechanism is with through-hole structure (84), the rotary maximum liquid of the Pipe installing helicitic texture
Flowing velocity control mechanism is being located at the rotatably maximum liquid flow velocity control of Pipe installing helicitic texture with hollow casing (81)
Mechanism processed is provided with Pipe installing helicitic texture rotatably maximum liquid flow velocity control machine with one end of through-hole structure (84)
Structure is with hollow structure (85), the rotary maximum liquid flow velocity control mechanism hollow structure of the Pipe installing helicitic texture
(85) inside is installed by one Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism movable plate (86), institute
It states Pipe installing helicitic texture and rotatably passes through pipe inside the top of maximum liquid flow velocity control mechanism movable plate (86)
Road is installed by helicitic texture rotatably maximum liquid flow velocity control mechanism one Pipe installing helicitic texture of bearing (811) connection
Rotary maximum liquid flow velocity control mechanism is with push rod (89), the rotary maximum liquid flow of the Pipe installing helicitic texture
The center bottom of dynamic speed control mechanism movable plate (86) installs a Pipe installing helicitic texture rotatably maximum liquid flowing
Speed control mechanism is with valve plate (87), the rotary maximum liquid flow velocity control mechanism valve of the Pipe installing helicitic texture
The plate body of plate (87) pass through Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism with through-hole structure (84),
And the Pipe installing helicitic texture rotatably maximum liquid flow velocity control mechanism with the end of valve plate (87) be provided with
The Pipe installing helicitic texture of its integral structure rotatably maximum liquid flow velocity control mechanism cutting-edge structure (88), institute
The body of rod of the rotary maximum liquid flow velocity control mechanism push rod (89) of Pipe installing helicitic texture is stated through the pipeline
Helicitic texture rotatably maximum liquid flow velocity control mechanism hollow casing (81), the Pipe installing helicitic texture are installed
Rotary maximum liquid flow velocity control mechanism is with push rod (89) rotary by Pipe installing helicitic texture through position
Maximum liquid flow velocity control mechanism is connected to Pipe installing helicitic texture rotatably maximum liquid flow with helicitic texture (812)
The inside of dynamic speed control mechanism hollow casing (81), and rotatably maximum liquid flowing is fast for the Pipe installing helicitic texture
The end for spending control mechanism push rod (89) is installed by one Pipe installing helicitic texture rotatably maximum liquid flow velocity control machine
Structure is with force application board (810).
3. a kind of rotating mechanism end double-control apparatus according to claim 2, it is characterised in that: the Pipe installing spiral shell
Rotatably maximum liquid flow velocity control mechanism is mounted on the inside of member mounting holes (13) with hollow casing (81) to line structure,
And the both ends and first of the rotary maximum liquid flow velocity control mechanism centre bore (82) of the Pipe installing helicitic texture
The inside of flow orifice (9) is connected to.
4. a kind of rotating mechanism end double-control apparatus according to claim 2, it is characterised in that: the Pipe installing spiral shell
Rotatably maximum liquid flow velocity control mechanism with helicitic texture (812) includes being arranged in Pipe installing helicitic texture to line structure
Rotary maximum liquid flow velocity control mechanism hollow casing (81) internal internal thread structure and setting are in Pipe installing
Helicitic texture rotatably maximum external thread structure of the liquid flow velocity control mechanism on push rod (89) body of rod, and the interior spiral shell
Line structure is meshed with external thread structure.
5. a kind of rotating mechanism end double-control apparatus according to claim 1, it is characterised in that: the spherical structure ruler
Very little control formula liquid one-way flowing mechanism (11) includes spherical structure size Control formula liquid one-way flowing mechanism shell
(111), spherical structure size Control formula liquid one-way flowing mechanism diameter of Spherical Volume (112), spherical structure size Control formula liquid
Body one-way flow mechanism ball valve (113), spherical structure size Control formula liquid one-way flowing mechanism air inlet (114) and ball
Shape structure size controls formula liquid one-way flowing mechanism with gas vent (115)；The spherical structure size Control formula liquid is unidirectional
Flowing mechanism shell (111) inside is provided centrally with the spherical sky of spherical structure size Control formula liquid one-way flowing mechanism
Between (112), the spherical structure size Control formula liquid one-way flowing mechanism with shell (111) be located at the spherical structure ruler
It is unidirectional that a spherical structure size Control formula liquid is installed in the inside of very little control formula liquid one-way flowing mechanism diameter of Spherical Volume (112)
Mechanism is flowed with ball valve (113), and the spherical structure size Control formula liquid one-way flowing mechanism is set with the inside of shell (111)
It is equipped with spherical structure size Control formula liquid one-way flowing mechanism air inlet (114), the spherical structure size Control formula liquid
One end connection spherical structure size Control formula liquid one-way flowing mechanism of body one-way flow mechanism air inlet (114) is spherical
The bottom at space (112) center, spherical structure size Control formula liquid one-way flowing mechanism air inlet (114) it is another
End connection spherical structure size Control formula liquid one-way flowing mechanism shell (111) top center, the spherical structure size
Control formula liquid one-way flowing mechanism shell (111) is internally provided with spherical structure size Control formula liquid one-way flowing machine
Structure is connected to gas vent (115), one end of spherical structure size Control formula liquid one-way flowing mechanism gas vent (115)
The top at spherical structure size Control formula liquid one-way flowing mechanism diameter of Spherical Volume (112) center, the spherical structure size
The other end of control formula liquid one-way flowing mechanism gas vent (115) is connected to spherical structure size Control formula liquid one-way flowing
Shell (111) bottom centre, mechanism.
6. a kind of rotating mechanism end double-control apparatus according to claim 5, it is characterised in that: the spherical structure ruler
The structure radius of very little control formula liquid one-way flowing mechanism diameter of Spherical Volume (112) is greater than the spherical structure size Control formula liquid
The structure radius of body one-way flow mechanism ball valve (113), the spherical structure size Control formula liquid one-way flowing mechanism use
The structure radius of ball valve (113) be greater than spherical structure size Control formula liquid one-way flowing mechanism air inlet (114) and
The structure radius of spherical structure size Control formula liquid one-way flowing mechanism gas vent (115).
7. a kind of rotating mechanism end double-control apparatus according to claim 5, it is characterised in that: the spherical structure ruler
Very little control formula liquid one-way flowing mechanism air inlet (114) and spherical structure size Control formula liquid one-way flowing mechanism row
The end of stomata (115) is respectively communicated with the first flow orifice (10) and third flow orifice (12).
8. a kind of rotating mechanism end double-control apparatus according to claim 1, it is characterised in that: the helical spring bullet
The property effective control mechanism of compression maximum hydraulic pressure (16) includes that helical spring elastic compression formula maximum hydraulic pressure is effectively controlled
The empty liquid sealing ring of the effective control mechanism of mechanism processed hollow casing (161), helical spring elastic compression formula maximum hydraulic pressure
(162), helical spring elastic compression formula maximum hydraulic pressure effective control mechanism hollow structure (163), helical spring elasticity
The effective control mechanism drainage hole (164) of compression maximum hydraulic pressure, helical spring elastic compression formula maximum hydraulic pressure have
Imitate control mechanism valve plate insertion space (165), the helical spring effective control mechanism of elastic compression formula maximum hydraulic pressure with into
Fluid apertures (166), helical spring elastic compression formula maximum hydraulic pressure effective control mechanism movable plate (167), helical spring bullet
The effective control mechanism valve plate (168) of property compression maximum hydraulic pressure, helical spring elastic compression formula maximum hydraulic pressure have
Imitate control mechanism liquid-passing hole (169) and the effective control mechanism helical spring of helical spring elastic compression formula maximum hydraulic pressure
(1610)；The side of the helical spring elastic compression formula maximum hydraulic pressure effective control mechanism hollow casing (161) covers
Connect the empty liquid sealing ring (162) of the effective control mechanism of a helical spring elastic compression formula maximum hydraulic pressure, the helical spring
Effective control mechanism hollow casing (161) inside of elastic compression formula maximum hydraulic pressure is provided centrally with helical spring elasticity
Compression maximum hydraulic pressure effective control mechanism hollow structure (163), the helical spring elastic compression formula maximum liquid
The effective control mechanism of pressure is effectively controlled with hollow casing (161) positioned at the helical spring elastic compression formula maximum hydraulic pressure
Mechanism processed is provided with the effective control mechanism of helical spring elastic compression formula maximum hydraulic pressure with the side of hollow structure (163) and uses
Drainage hole (164), one end of the helical spring elastic compression formula maximum hydraulic pressure effective control mechanism drainage hole (164)
It is connected to one end of helical spring elastic compression formula maximum hydraulic pressure effective control mechanism hollow casing (161), the spiral
The effective control mechanism of spring compression maximum hydraulic pressure is being located at the helical spring elasticity pressure with hollow casing (161)
The effective control mechanism of contracting formula maximum hydraulic pressure is provided with helical spring elastic compression formula most with the other side of hollow structure (163)
Big fluid pressure effective control mechanism valve plate insertion space (165), the helical spring elastic compression formula maximum hydraulic pressure
Effective control mechanism is effectively controlling machine positioned at the helical spring elastic compression formula maximum hydraulic pressure with hollow casing (161)
Structure is provided with the effective control mechanism of helical spring elastic compression formula maximum hydraulic pressure with the side of valve plate insertion space (165) and uses
Inlet opening (166), the effective control mechanism of the helical spring elastic compression formula maximum hydraulic pressure are connected to institute with inlet opening (166)
State the other side of the effective control mechanism hollow casing (161) of helical spring elastic compression formula maximum hydraulic pressure, the spiral
The effective control mechanism of spring compression maximum hydraulic pressure is being located at the helical spring elasticity pressure with hollow casing (161)
The one helical spring elastic compression formula of inside installation of contracting formula maximum hydraulic pressure effective control mechanism hollow structure (163) is maximum
The effective control mechanism of fluid pressure is effectively controlled with movable plate (167), the helical spring elastic compression formula maximum hydraulic pressure
Mechanism is inserted with movable plate (167) positioned at helical spring elastic compression formula maximum hydraulic pressure effective control mechanism valve plate
The end face center for entering space (165) side is provided with helical spring elastic compression formula maximum hydraulic pressure with its integral structure
Effective control mechanism valve plate (168), the effective control mechanism movement of helical spring elastic compression formula maximum hydraulic pressure
The side of plate (167) is provided with the effective control mechanism use of helical spring elastic compression formula maximum hydraulic pressure for being connected to its both ends of the surface
Liquid-passing hole (169), the effective control mechanism of the helical spring elastic compression formula maximum hydraulic pressure are another with movable plate (167)
The one helical spring effective control mechanism of elastic compression formula maximum hydraulic pressure is installed with helical spring (1610) in end face.
9. a kind of rotating mechanism end double-control apparatus according to claim 8, it is characterised in that: the helical spring bullet
Property the effective control mechanism of compression maximum hydraulic pressure the inside of material flow hole (15) is connected to empty liquid sealing ring (162),
One end connection second of the helical spring elastic compression formula maximum hydraulic pressure effective control mechanism inlet opening (166) is hollow
Structure (6).
10. a kind of rotating mechanism end double-control apparatus according to claim 8, it is characterised in that: the helical spring
The initial length of elastic compression formula maximum hydraulic pressure effective control mechanism helical spring (1610) is greater than the helical spring
The lateral length of elastic compression formula maximum hydraulic pressure effective control mechanism hollow structure (163).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811497694.9A CN109441692B (en) | 2018-12-07 | 2018-12-07 | End double-control device for rotating mechanism |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811497694.9A CN109441692B (en) | 2018-12-07 | 2018-12-07 | End double-control device for rotating mechanism |
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| CN109441692B CN109441692B (en) | 2020-12-04 |
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| CN110206982A (en) * | 2019-06-11 | 2019-09-06 | 郭玉卿 | A kind of ballast support device with universal adjustment function |
| CN110221649A (en) * | 2019-06-11 | 2019-09-10 | 郭玉卿 | A kind of rotating disk of the overload prevention operating with rotation dynamics control function |
| CN110371083A (en) * | 2019-08-21 | 2019-10-25 | 德清县诚达金属材料有限公司 | A kind of vehicle-mounted deduster |
| CN110577163A (en) * | 2019-08-26 | 2019-12-17 | 刘杨 | Speed control device for building tower crane rotating mechanism |
| CN110771518A (en) * | 2019-10-23 | 2020-02-11 | 华琳琳 | Ground cleaning device for animal husbandry |
| CN110886711A (en) * | 2019-12-12 | 2020-03-17 | 王欣欣 | Constant-pressure control type thrust control device |
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