CN206274201U - A kind of intelligent hydraulic room - Google Patents
A kind of intelligent hydraulic room Download PDFInfo
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- CN206274201U CN206274201U CN201621328172.2U CN201621328172U CN206274201U CN 206274201 U CN206274201 U CN 206274201U CN 201621328172 U CN201621328172 U CN 201621328172U CN 206274201 U CN206274201 U CN 206274201U
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Abstract
The utility model is related to a kind of intelligent hydraulic room, including the beam body for building room body framework, one end has multiple ventilating boards of hinged relationship with beam body, drive the ventilating board around Rotation of beam so as to reach the multiple hydraulic cylinders of opening and closing function, the hydraulic cylinder is provided with opening, also including carrying out the hydraulic power unit of linear reciprocating motion with the piston for driving the hydraulic cylinder by the fluid from pressure to hydraulic cylinder that be provided with of being open.The intelligent hydraulic room can arbitrarily set multiple ventilating boards as needed, and by the action of simply operation handle, realize the opening and closing of any number of ventilating boards, reach ventilation and the effect activated yang, avoid breed bacteria, ventilation and effect of activating yang relative to traditional room small window, this application scheme serve significant effect, and operate and its simple.
Description
Technical field
The utility model is related to intelligent aeration room field, more particularly to a kind of intelligent hydraulic room.
Background technology
Generally, for storing the warehouse of thing, house that the cultivation breeding room of livestock, the mankind oneself live etc. during we live
Have ventilation activate yang demand house mostly multiaspect front cover room body, small window is provided with wall at most, such small window is not
Also it is unfavorable for seeing light that the demand for activating yang can not meet beneficial to ventilation, causes the environment in room very moist, extremely not
Health, particularly in the diseases such as spring multiple season, easily causes the growth of germ, be unfavorable for the storage of thing, livestock it is strong
Health cultivation, the inhabitation of the mankind.Urgently a kind of house for activating yang of extremely divulging information in the market occurs, is unfavorable for leading to solve existing house
The problem that wind activates yang.
Utility model content
The purpose of this utility model is：Not enough divulge information and activate yang for existing house, cause house humidity, easily grow
The technical problem of bacterium, proposes a kind of intelligent hydraulic room, and the intelligent hydraulic room can arbitrarily set multiple ventilating boards as needed,
And by simple operations handle, the opening and closing of any number of ventilating boards is realized, reach ventilation and the effect activated yang, it is to avoid grow thin
Bacterium.
The technical solution adopted in the utility model is as follows：
A kind of intelligent hydraulic room, including for building the beam body of room body framework, one end has the multiple of hinged relationship with beam body
Ventilating board, drives the ventilating board around Rotation of beam so as to reach the multiple hydraulic cylinders of opening and closing function, and the hydraulic cylinder is provided with
Opening, also including being carried out back and forth with the piston for driving the hydraulic cylinder by the fluid from pressure to hydraulic cylinder that be provided with of being open
The hydraulic power unit of linear motion.Driving hydraulic cylinder carries out linear reciprocating motion by way of hydraulic pressure, drives ventilating board rotation
Turn to realize opening and closing.The mode being hinged with beam body, it is ensured that rotation.
In such scheme, the hydraulic cylinder is connected and stretched out including cylinder body, the piston being built in cylinder body, one end and piston
The piston rod of cylinder body, on the cylinder body, the cylinder base is hinged with the beam body for the opening, the piston rod other end with
The ventilating board is hinged, and the mode being hinged ensure that piston rod during extended or retracted change, ventilating board and hydraulic cylinder
Can be servo-actuated, realize rotation and then reach opening and closing function, the piston does reciprocating linear motion in cylinder body and drives the piston
Bar supports the ventilating board to be rotated so as to reach opening and closing function around roof beam structure.
In such scheme, the hydraulic power unit includes motor, the liquid for the mechanical energy of motor to be converted to fluid
The hydraulic pump of pressure energy, for controlling hydraulic pump to provide the control valves multiple with the ventilating board quantity identical of fluid and be used for
The fluid header of fluid is stored, the hydraulic pump is connected with the fluid header, is easy to hydraulic pump from fluid header inspiration fluid,
And connect with multiple control valves by many logical branch apparatus, realize that pressure fluid is discharged with driving hydraulic cylinder, the control valve and
The open communication.One motor and a hydraulic pump, the multiple control valves of correspondence, can greatly save the number of motor and hydraulic pump
Amount, but the setting of ventilating board number to be opened/closed is not influenceed.Control valve number is consistent with ventilating board quantity, a control valve control
One ventilating board of system, therefore, control valve correspondence one hydraulic cylinder or a multiple hydraulic cylinders.
In such scheme, the hydraulic cylinder is one-to-one corresponding or many-to-one relationship with the quantitative relation of the ventilating board.
In such scheme, when the hydraulic cylinder is many-to-one relationship with the quantitative relation of the ventilating board, also including same
Step valve, the synchronous valve is located on the total pipeline after the control valve, is divided into multiple-way duct after the synchronized valve of fluid, respectively with institute
State open communication.When a ventilating board correspondence multiple hydraulic cylinders, a control valve correspondence multiple hydraulic cylinders are, it is necessary to ensure hydraulic pressure
Cylinder synchronization action.Because pipeline path distance is different, it is generally the case that be it cannot be guaranteed that hydraulic cylinder synchronous are acted.Herein plus
Enter synchronous valve, to each branch supply flow by a certain percentage, synchronized relation is kept with the speed for realizing each hydraulic cylinder, so as to ensure
Hydraulic cylinder synchronous actions.
In such scheme, radiator is provided with by the fluid header, the radiator is by the fluid in fluid header
Heat is discharged to outside hydraulic power unit body, and by the fluid of hydraulic, its temperature can change a lot, so as to influence
The service behaviour of other devices, radiator be used for heat dissipating fluid header in fluid, it is returned to normal condition, it is to avoid its to
Substantial amounts of heat is distributed in hydraulic power unit body and the service behaviour of other devices is influenceed.
In such scheme, the hydraulic pump is connected with the fluid header, and is controlled with multiple by many logical branch apparatus
Valve connection is specially：The hydraulic pump is connected by a check valve with the fluid header, and by another check valve through excessive
Connected with multiple control valve after logical branch apparatus branch.The setting of check valve, it is to avoid fluid is reversely flowed back to.
It is described to control valve for reversal valve in such scheme, the reversal valve include handle, the valve element with center valve opening,
Reversal valve oil inlet, reversal valve oil return opening and two reversal valve actuator ports, the reversal valve actuator port include a left position
Reversal valve actuator port and a right position switching valve actuator port, it is ensured that the commutation of fluid, realize the past of piston in hydraulic cylinder
Multiple motion, the reversal valve oil inlet is connected with the hydraulic pump, and the reversal valve oil return opening is connected with the fluid header, is protected
The card fluid stream reflux header that flows back to of hydraulic cylinder, the open communication of the reversal valve actuator port and the hydraulic cylinder.
In such scheme, the opening is two, is respectively arranged at hydraulic cylinder two ends, and the hydraulic cylinder sealing is described
Two openings connect with the left position switching valve actuator port and right position switching valve actuator port respectively.
In such scheme, when the hydraulic cylinder is many-to-one relationship with the quantitative relation of the ventilating board, the synchronization
Valve is located on the total pipeline on the total pipeline after the left position switching valve actuator port and after right position switching valve actuator port.When one
When individual ventilating board is driven by multiple hydraulic cylinders, to ensure that each hydraulic cylinder synchronous is acted, using synchronous valve regulation, left position is set to commutate
After the valve actuator port total pipeline and right position switching valve actuator port out synchronized valve branch of total pipeline out, obtain corresponding
The fluid flow supply of ratio, it is ensured that the hydraulic cylinder synchronous action of each branch.
In sum, by adopting the above-described technical solution, the beneficial effects of the utility model are：
The application provides a kind of intelligent hydraulic room, and the intelligent hydraulic room can arbitrarily set multiple ventilating boards as needed,
And by the action of simply operation handle, the opening and closing of any number of ventilating boards is realized, reach ventilation and the effect activated yang, it is to avoid
Breed bacteria, ventilation and effect of activating yang relative to traditional house small window, this application scheme serves significant effect, and
And operate extremely simple.
Brief description of the drawings
Fig. 1 is the structural representation of the utility model embodiment 1；
Fig. 2 is the structural representation that the hydraulic pressure room reduction of fractions to a common denominator plate of the utility model embodiment 2 is opened；
Fig. 3 is the structural representation of the hydraulic power unit of the utility model embodiment 3；
Fig. 4 is the structural representation of the reversal valve of the utility model embodiment 5；
Fig. 5 is the principle schematic that the change-over valve core of the utility model embodiment 5 is in left position；
Fig. 6 is the principle schematic that the change-over valve core of the utility model embodiment 5 is in right position；
Marked in figure：1- beam bodies, 2- ventilating boards, 3- hydraulic cylinders, 3-1- cylinder bodies, 3-2- pistons, 3-3- piston rods, 4- is opened
Mouthful, 4-1- openings, 4-2- openings, 5- hydraulic power units, 6- motors, 7- hydraulic pumps, 8- control valves, 8-1- handles, 8-2- valves
Core, 8-3- reversal valve oil inlets, 8-4- reversal valve oil return openings, 8-5- reversal valve actuator ports, the left position switching valve work of 8-5-1-
Hydraulic fluid port, the right position switching valve actuator ports of 8-5-2-, 9- fluid headers, 10-1- check valves, 10-2- check valves.
Specific embodiment
In order that the purpose of this utility model, technical scheme and advantage become more apparent, below in conjunction with accompanying drawing and implementation
Example, is further elaborated to the utility model.It should be appreciated that specific embodiment described herein is only used to explain this
Utility model, is not used to limit the utility model.
A kind of intelligent hydraulic room, including for building the beam body 1 of room body framework, there are many of hinged relationship one end with beam body 1
Individual ventilating board 2, drives ventilating board 2 to be rotated so as to reach the multiple hydraulic cylinders 3 of opening and closing function around beam body 1, and hydraulic cylinder 3 is provided with out
Mouth 4, also including carrying out reciprocating linear fortune with the piston of driving hydraulic cylinder 3 to the fluid that hydraulic cylinder 3 is provided with pressure by opening 4
Dynamic hydraulic power unit 5.
This intelligent hydraulic room can be used for one and cuts with ventilation requirement and/or the occasion of demand of activating yang, such as drying grain in the sun
Threshing ground, the warehouse of storage thing, the house of human living, breeding room of cultivation livestock etc. have ventilation requirement and/or activate yang to be needed
The intelligent hydraulic room asked is within the protection protection domain of the application.
For example：High to sunlight and air permeability requirement when the threshing ground dried grain in the sun, the application can be selected as needed
Length piston rod long is selected, sufficiently large angle is rotated with the ventilating board for supporting each face, be easy to extremely divulge information and activate yang, there is this
Utility model, can greatly reduce the workload of peasant, on the one hand need not daily receive grain, on the other hand, run into the anxious rainy day
During gas, can quick closedown ventilating board, without getting the harvest in quickly grain, with very big practicality.
Embodiment 1
As shown in figure 1, a kind of intelligent hydraulic room, including for building the beam body 1 of room body framework, one end is hinged with beam body 1
Multiple ventilating boards 2 of relation are connect, drives ventilating board 2 to be rotated so as to reach the multiple hydraulic cylinders 3 of opening and closing function, hydraulic pressure around beam body 1
Cylinder 3 is provided with opening 4, also including being entered with the piston of driving hydraulic cylinder 3 to the fluid that hydraulic cylinder 3 is provided with pressure by opening 4
The hydraulic power unit 5 of row linear reciprocating motion.Driving hydraulic cylinder carries out linear reciprocating motion by way of hydraulic pressure, drives logical
Opening and closing is realized in aerofoil rotation.The mode being hinged with beam body, it is ensured that rotation.Ventilating board and the hydraulic pressure for supporting ventilating board to rotate
The quantity of cylinder can be corresponded, it is also possible to one-to-many, be not limited herein, all in the protection domain of the technical program.Beam
Body can be steelframe, can be brick wall, can be other roof beams structure.Wherein, the number of ventilating board can arbitrarily be set as needed
Multiple, is easy to meet various needs in different occasions by preferably 6.
Embodiment 2
As shown in Fig. 2 a kind of intelligent hydraulic room, including for building the beam body 1 of room body framework, one end is hinged with beam body 1
Multiple ventilating boards 2 of relation are connect, drives ventilating board 2 to be rotated so as to reach the multiple hydraulic cylinders 3 of opening and closing function, hydraulic pressure around beam body 1
Cylinder 3 is provided with opening 4, also including being entered with the piston of driving hydraulic cylinder 3 to the fluid that hydraulic cylinder 3 is provided with pressure by opening 4
The hydraulic power unit 5 of row linear reciprocating motion.Driving hydraulic cylinder carries out linear reciprocating motion by way of hydraulic pressure, drives logical
Opening and closing is realized in aerofoil rotation.The mode being hinged with beam body, it is ensured that rotation.Ventilating board and the hydraulic pressure for supporting ventilating board to rotate
The quantity of cylinder can be corresponded, it is also possible to one-to-many, be not limited herein, all in the protection domain of the technical program.
Preferably, hydraulic cylinder 3 includes that cylinder body 3-1, piston 3-2, one end and the piston 3-2 being built in cylinder body are connected and stretched
Go out the piston rod 3-3 of cylinder body 3-1, on cylinder body 3-1, cylinder body 3-1 bottoms are hinged with beam body 1, and piston rod 3-3 is another for opening 4
End is hinged with ventilating board 2, and the mode being hinged ensure that piston rod during extended or retracted change, ventilating board and hydraulic cylinder
Can be servo-actuated, realize rotation and then reach opening and closing function, piston 3-2 does reciprocating linear motion drive piston rod in cylinder body 3-1
3-3 support ventilating boards 2 are rotated so as to reach opening and closing function around roof beam structure 1.Opening sets the fluid for being easy to that pressurization is provided for it, realizes
The reciprocating motion of piston.
Embodiment 3
As shown in figure 3, on the basis of embodiment 1 or embodiment 2, it is preferable that hydraulic power unit 5 includes motor 6, uses
Hydraulic pump 7 in the hydraulic energy that the mechanical energy of motor is converted to fluid, for control hydraulic pump to provide fluid and ventilating board
Multiple control valve 8 and the fluid headers 9 for storing fluid of quantity identical, hydraulic pump 7 is connected with fluid header 9, is easy to
Hydraulic pump is connected by many logical branch apparatus from fluid header inspiration fluid with multiple control valve 8, realizes that pressure fluid is discharged
With driving hydraulic cylinder, control valve 8 is connected with opening 4.One motor and a hydraulic pump, the multiple control valves of correspondence, can be significantly
The quantity of motor and hydraulic pump is saved, but does not influence the setting of ventilating board number to be opened/closed.Control valve number and ventilating board
Quantity is consistent, and a control valve controls a ventilating board, therefore, control valve correspondence one hydraulic cylinder or a multiple hydraulic cylinders.
Additionally, can set a cam between motor and hydraulic pump, motor realizes that the suction of hydraulic pump, row are dynamic by this cam
Make.Also there can be the device of identical effect by other, not be restricted herein, as long as identical effect can be played, all in we
In the protection domain of case.
Embodiment 4
On the basis of embodiment 3, it is preferable that hydraulic cylinder 3 is one-to-one corresponding or many-one with the quantitative relation of ventilating board 2
Relation.
Embodiment 5
On the basis of embodiment 4, it is preferable that when the quantitative relation of hydraulic cylinder 3 and ventilating board 2 is many-to-one relationship,
Also include synchronous valve, synchronous valve be located at control valve 8 after total pipeline on, be divided into multiple-way duct after the synchronized valve of fluid, respectively with
Opening 4 connects.When a ventilating board correspondence multiple hydraulic cylinders, a control valve correspondence multiple hydraulic cylinders are, it is necessary to ensure hydraulic pressure
Cylinder synchronization action.Because pipeline path distance is different, it is generally the case that be it cannot be guaranteed that hydraulic cylinder synchronous are acted.Herein plus
Enter synchronous valve, to each branch supply flow by a certain percentage, synchronized relation is kept with the speed for realizing each hydraulic cylinder, so as to ensure
Hydraulic cylinder synchronous actions.
Embodiment 6
On the basis of embodiment 4 or 5, it is preferable that be provided with radiator by fluid header 9, radiator is by fluid header 9
The heat of interior fluid is discharged to outside hydraulic power unit body, and by the fluid of hydraulic, its temperature can occur very big change
Change, so as to influence the service behaviour of other devices, the fluid that radiator is used in heat dissipating fluid header makes it return to normal shape
State, it is to avoid it influences the service behaviour of other devices to substantial amounts of heat is distributed in hydraulic power unit body.
Radiator can be laid in by fluid header, and directly the fluid in fluid header is radiated；May also be arranged on stream
The import and export of body header, by fluid by leading to reflux header after radiating treatment again, is not limited, all the application's herein
In protection domain.
Embodiment 7
On the basis of embodiment 4 or 5, it is preferable that hydraulic pump 7 is connected with fluid header 9, and by many logical branch apparatus
Connected with multiple control valve 8 and be specially：Hydraulic pump 7 is connected by a check valve 10-1 with fluid header 9, and by another unidirectional
Valve 10-2 is connected after excessive reduction of fractions to a common denominator road device branch with multiple control valve 8.The setting of check valve, it is to avoid fluid reverse flow
Return.
Embodiment 8
As shown in figure 4, on the basis of embodiment 4 or 5, it is preferable that control valve 8 is reversal valve, reversal valve includes handle
The work of 8-1, the valve element 8-2 with center valve opening, reversal valve oil inlet 8-3, reversal valve oil return opening 8-4 and at least two reversal valves
Hydraulic fluid port 8-5, reversal valve actuator port 8-5 include that at least one left position switching valve actuator port 8-5-1 and at least one right position are changed
To valve actuator port 8-5-2, it is ensured that the commutation of fluid, the reciprocating motion of piston in hydraulic cylinder, reversal valve oil inlet 8-3 are realized
Connected with hydraulic pump 7, reversal valve oil return opening 8-4 is connected with fluid header 9, it is ensured that the fluid stream reflux collection that hydraulic cylinder is flowed back to
Case, reversal valve actuator port 8-5 is connected with the opening 4 of hydraulic cylinder 3.
The operation principle of reversal valve：As shown in figure 5, working as operator's operation handle, valve element is set to be located at middle position i.e. left position to the left
When, reversal valve oil inlet 8-3 is connected with left position switching valve actuator port 8-5-1, right position switching valve actuator port 8-5-2 with commutation
Valve oil return opening 8-4 is connected.From hydraulic pump fluid out by reversal valve oil inlet 8-3 and left position switching valve actuator port 8-5-
1 path for being formed, reaches the lower chamber of hydraulic cylinder, promotes piston upwards, and the fluid in the upper cavity of hydraulic cylinder passes through
Center valve opening and reversal valve oil return opening 8-4 on right position switching valve actuator port 8-5-2, valve element 8-2 form passage, flow back to fluid
Header, realizes the opening of ventilating board；As shown in fig. 6, working as operator's operation handle round about, valve element is set to be located at middle position inclined
When the right side is right position, reversal valve oil inlet 8-3 is connected with right position switching valve actuator port 8-5-2, left position switching valve actuator port 8-
5-1 is connected with reversal valve oil return opening 8-4.From hydraulic pump fluid out by reversal valve oil inlet 8-3 and right position switching valve work
Make the path of hydraulic fluid port 8-5-2 formation, reach the upper cavity of hydraulic cylinder, promote piston to move downward, and in the lower chamber of hydraulic cylinder
Fluid passage is formed by left position switching valve actuator port 8-5-1 and reversal valve oil return opening 8-4, return to fluid header, realize
The closing of ventilating board.
Additionally, being using the reversal valve sharpest edges：Energy-conservation, that is, when closing ventilating board, without any power.Specifically
For：When needing to open ventilating board, when operation handle makes valve element be located at middle position i.e. left position to the left, fluid leads to the cavity of resorption of hydraulic cylinder
Body, promotes piston upwards, and when suitable position is reached, operation handle makes valve element be located at middle position, now fluid passage whole
Close, fluid will not rise will not also be declined, and piston is maintained at desired position.When needing to close ventilating board, operation handle
When valve element is located at middle position i.e. right position to the right, if now motor and hydraulic pump cannot work and cannot be logical oily to hydraulic cylinder upper cavity
When promoting piston to move downward, now the oil in lower chamber automatically returns to fluid header under gravity factor, and piston also can be slow
Move down so that ventilating board slowly closing.Motor and hydraulic pump cannot work including situations below：Motor or hydraulic pressure are pumped out
Show failure, power failure, closing velocity is not required and actively select situations such as closing power supply to reach energy-conservation purpose.
If additionally, control valve be other valves when, if can by control fluid so that reach control hydraulic cylinder piston release,
The automatic function of pushing back and/or actively push back, all within the protection domain of the application.Other valves are realizing the automatic of energy-conservation
During closing mode, as long as oil when ensureing automatic oil return in way to cycle oil can return to fluid header.
Embodiment 9
On the basis of embodiment 8, it is preferable that opening 4 is two, is respectively arranged at the two ends of hydraulic cylinder 3, and hydraulic cylinder is close
Envelope, two opening 4-1,4-2 respectively with reversal valve actuator port in a left position switching valve actuator port 8-5-1 and one
Right position switching valve actuator port 8-5-2 connections.
Embodiment 10
On the basis of embodiment 9, it is preferable that when the quantitative relation of hydraulic cylinder 3 and ventilating board 2 is many-to-one relationship,
Synchronous valve is located at total on the total pipeline after left position switching valve actuator port 8-5-1 and after right position switching valve actuator port 8-5-2
On pipeline.When a ventilating board is driven by multiple hydraulic cylinders, to ensure that each hydraulic cylinder synchronous is acted, adjusted using synchronous valve
Section, makes the left position switching valve actuator port total pipeline and right position switching valve actuator port out synchronized valve of total pipeline out point
Lu Hou, obtains the fluid flow supply of corresponding proportion, it is ensured that the hydraulic cylinder synchronous action of each branch.
Preferred embodiment of the present utility model is these are only, is not used to limit the utility model, it is all in this practicality
Any modification, equivalent and improvement made within new spirit and principle etc., should be included in guarantor of the present utility model
Within the scope of shield.
Claims (10)
1. a kind of intelligent hydraulic room, it is characterised in that including the beam body (1) for building room body framework, one end has with beam body (1)
Multiple ventilating boards (2) of hinged relationship, drive the ventilating board (2) to be rotated so as to reach the multiple of opening and closing function around beam body (1)
Hydraulic cylinder (3), the hydraulic cylinder (3) is provided with opening (4), also including being provided with pressure to hydraulic cylinder (3) by the opening (4)
The fluid of power carries out the hydraulic power unit (5) of linear reciprocating motion with the piston for driving the hydraulic cylinder (3).
2. a kind of intelligent hydraulic room as claimed in claim 1, it is characterised in that the hydraulic cylinder (3) including cylinder body (3-1),
Piston (3-2), one end and the piston (3-2) being built in cylinder body are connected and stretch out the piston rod (3-3) of cylinder body (3-1), described
On cylinder body (3-1), cylinder body (3-1) bottom is hinged with the beam body (1), and the piston rod (3-3) is another for opening (4)
End is hinged with the ventilating board (2), and the piston (3-2) does reciprocating linear motion in cylinder body (3-1) and drives the piston rod
(3-3) supports the ventilating board (2) to be rotated so as to reach opening and closing function around roof beam structure (1).
3. a kind of intelligent hydraulic room as claimed in claim 1 or 2, it is characterised in that the hydraulic power unit (5) is including electricity
Machine (6), the hydraulic pump (7) of hydraulic energy for the mechanical energy of motor (6) to be converted to fluid, for controlling hydraulic pump to be provided
Fluid controls valves (8) multiple with the ventilating board (2) quantity identical and the fluid header (9) for storing fluid,
The hydraulic pump (7) connects with the fluid header (9), and is connected with multiple control valve (8) by many logical branch apparatus, described
Control valve (8) is connected with the opening (4).
4. a kind of intelligent hydraulic room as claimed in claim 3, it is characterised in that the hydraulic cylinder (3) and the ventilating board (2)
Quantitative relation for correspond or many-to-one relationship.
5. a kind of intelligent hydraulic room as claimed in claim 4, it is characterised in that when the hydraulic cylinder (3) and the ventilating board
(2) when quantitative relation is many-to-one relationship, also including synchronous valve, the synchronous valve is located at the house steward after control valve (8)
On road, multiple-way duct is divided into after the synchronized valve of fluid, is connected with the opening (4) respectively.
6. a kind of intelligent hydraulic room as described in claim 4 or 5, it is characterised in that be provided with by the fluid header (9) scattered
Be discharged to the heat of fluid header (9) interior fluid outside hydraulic power unit body by hot device, the radiator.
7. a kind of intelligent hydraulic room as described in claim 4 or 5, it is characterised in that the hydraulic pump (7) and the fluid collection
Case (9) is connected, and controls valve (8) to connect to be specially with multiple by many logical branch apparatus：The hydraulic pump (7) is unidirectional by one
Valve is connected with the fluid header (9), and controls valve with multiple after excessive reduction of fractions to a common denominator road device branch by another check valve
(9) connect.
8. a kind of intelligent hydraulic room as claimed in claim 5, it is characterised in that the control valve (8) is reversal valve, described to change
Valve element (8-2), reversal valve oil inlet (8-3) to valve (8) including handle (8-1), with center valve opening, reversal valve oil return opening
(8-4) and two reversal valve actuator ports (8-5), the reversal valve actuator port includes a left position switching valve actuator port
(8-5-1) and right position switching valve actuator port (8-5-2), the reversal valve oil inlet (8-3) is with the hydraulic pump (8) even
Logical, the reversal valve oil return opening (8-4) connects with the fluid header (9), the reversal valve actuator port (8-5) and the liquid
Opening (4) connection of cylinder pressure (3).
9. a kind of intelligent hydraulic room as claimed in claim 8, it is characterised in that the opening (4) is two, is respectively arranged at
Hydraulic cylinder (3) two ends, the hydraulic cylinder (3) sealing, described two openings (4-1,4-2) respectively with the left position switching valve work
Make hydraulic fluid port (8-5-1) to be connected with right position switching valve actuator port (8-5-2).
10. a kind of intelligent hydraulic room as claimed in claim 9, it is characterised in that when the hydraulic cylinder (3) and the ventilating board
(2) when quantitative relation is many-to-one relationship, the synchronous valve is total after the left position switching valve actuator port (8-5-1)
On total pipeline on pipeline and after right position switching valve actuator port (8-5-2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621328172.2U CN206274201U (en) | 2016-12-06 | 2016-12-06 | A kind of intelligent hydraulic room |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621328172.2U CN206274201U (en) | 2016-12-06 | 2016-12-06 | A kind of intelligent hydraulic room |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206274201U true CN206274201U (en) | 2017-06-23 |
Family
ID=59063156
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621328172.2U Active CN206274201U (en) | 2016-12-06 | 2016-12-06 | A kind of intelligent hydraulic room |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206274201U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106440301A (en) * | 2016-12-06 | 2017-02-22 | 叶能 | Intelligent hydraulic pressure house |
-
2016
- 2016-12-06 CN CN201621328172.2U patent/CN206274201U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106440301A (en) * | 2016-12-06 | 2017-02-22 | 叶能 | Intelligent hydraulic pressure house |
| CN106440301B (en) * | 2016-12-06 | 2022-04-15 | 叶能 | Intelligent hydraulic room |
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