CN109177953A - A kind of controller and control method reducing energy consumption - Google Patents
A kind of controller and control method reducing energy consumption Download PDFInfo
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- CN109177953A CN109177953A CN201811133821.7A CN201811133821A CN109177953A CN 109177953 A CN109177953 A CN 109177953A CN 201811133821 A CN201811133821 A CN 201811133821A CN 109177953 A CN109177953 A CN 109177953A
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- negative pressure
- piston
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- pressure
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60T—VEHICLE BRAKE CONTROL SYSTEMS OR PARTS THEREOF; BRAKE CONTROL SYSTEMS OR PARTS THEREOF, IN GENERAL; ARRANGEMENT OF BRAKING ELEMENTS ON VEHICLES IN GENERAL; PORTABLE DEVICES FOR PREVENTING UNWANTED MOVEMENT OF VEHICLES; VEHICLE MODIFICATIONS TO FACILITATE COOLING OF BRAKES
- B60T13/00—Transmitting braking action from initiating means to ultimate brake actuator with power assistance or drive; Brake systems incorporating such transmitting means, e.g. air-pressure brake systems
- B60T13/10—Transmitting braking action from initiating means to ultimate brake actuator with power assistance or drive; Brake systems incorporating such transmitting means, e.g. air-pressure brake systems with fluid assistance, drive, or release
- B60T13/24—Transmitting braking action from initiating means to ultimate brake actuator with power assistance or drive; Brake systems incorporating such transmitting means, e.g. air-pressure brake systems with fluid assistance, drive, or release the fluid being gaseous
- B60T13/241—Differential pressure systems
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60T—VEHICLE BRAKE CONTROL SYSTEMS OR PARTS THEREOF; BRAKE CONTROL SYSTEMS OR PARTS THEREOF, IN GENERAL; ARRANGEMENT OF BRAKING ELEMENTS ON VEHICLES IN GENERAL; PORTABLE DEVICES FOR PREVENTING UNWANTED MOVEMENT OF VEHICLES; VEHICLE MODIFICATIONS TO FACILITATE COOLING OF BRAKES
- B60T13/00—Transmitting braking action from initiating means to ultimate brake actuator with power assistance or drive; Brake systems incorporating such transmitting means, e.g. air-pressure brake systems
- B60T13/10—Transmitting braking action from initiating means to ultimate brake actuator with power assistance or drive; Brake systems incorporating such transmitting means, e.g. air-pressure brake systems with fluid assistance, drive, or release
- B60T13/66—Electrical control in fluid-pressure brake systems
- B60T13/68—Electrical control in fluid-pressure brake systems by electrically-controlled valves
- B60T13/683—Electrical control in fluid-pressure brake systems by electrically-controlled valves in pneumatic systems or parts thereof
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60T—VEHICLE BRAKE CONTROL SYSTEMS OR PARTS THEREOF; BRAKE CONTROL SYSTEMS OR PARTS THEREOF, IN GENERAL; ARRANGEMENT OF BRAKING ELEMENTS ON VEHICLES IN GENERAL; PORTABLE DEVICES FOR PREVENTING UNWANTED MOVEMENT OF VEHICLES; VEHICLE MODIFICATIONS TO FACILITATE COOLING OF BRAKES
- B60T17/00—Component parts, details, or accessories of power brake systems not covered by groups B60T8/00, B60T13/00 or B60T15/00, or presenting other characteristic features
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- Engineering & Computer Science (AREA)
- Transportation (AREA)
- Mechanical Engineering (AREA)
- Valves And Accessory Devices For Braking Systems (AREA)
Abstract
The present invention discloses a kind of controller and control method for reducing energy consumption, belongs to negative pressure system control field, in particular to automobile negative pressure brake system field.The negative pressure system being made of negative pressure pump, check valve and negative pressure customer is controlled, the outside of shell is equipped with gas outlet, air inlet and detection mouth；Gas outlet, air inlet are connect with the both ends of hose respectively；Piston and briquetting are connected, and support base and shell are connected, and hose is arranged between briquetting and support base；When detect mouth pressure be greater than pressure threshold when, gas outlet, air inlet respectively with mutually independent regional connectivity, negative pressure system be in build negative pressure state；When detecting mouth pressure less than pressure threshold, gas outlet is connected to identical region with air inlet, and negative pressure system is in normal stream mode.The present invention is at low cost, and structure is simple, and existing negative pressure system can be installed additional directly, and applicable varying environment pressure condition realizes that the negative pressure pump of negative pressure system works on demand, solves the problems of the prior art.
Description
Technical field
The present invention discloses a kind of controller and control method for reducing energy consumption, belongs to negative pressure system control field, especially relates to
And automobile negative pressure brake system field.
Background technique
Negative pressure system structure is that negative pressure pump and negative pressure customer are made up of piping connection, and one is arranged among pipeline unidirectionally
Valve is used to reduce the negative pressure fluctuation of negative pressure customer, and negative pressure pump is operated by power source drive generates negative pressure, but negative pressure customer
It is not lasting consumption negative pressure energy, negative pressure pump still continuous running, the high negative pressure in system can make press pump air inlet and go out
The pressure difference of port is very big, and the load of negative pressure pump is just very big, and the energy of driving negative pressure pump consumption is just very big.
Most typical is exactly the negative pressure brake system of automobile application, and the negative pressure pump of automobile is arranged on the engine by engine
Camshaft actuated, as long as engine rotation will drive negative pressure pump to operate always, negative pressure pump passes through pipeline and negative pressure brake reinforcement
Device connects, and a check valve is arranged in pipeline, and when driver tramples brake pedal, negative pressure brake step-up system can open immediately
Dynamic, for reducing the brake pedal force of driver, the negative pressure at this moment negative pressure brake step-up system can be consumed, and negative pressure pump can be stood
Supplement negative pressure；But the demand of brake be not it is persistently existing, the operating of negative pressure pump really carries out always, negative pressure pump it is negative
It carries so that engine will always do manual work to negative pressure pump, to cause the increase of oil consumption.Requirement with regulation to oil consumption is more tight
Lattice can reduce the load of negative pressure pump, and negative pressure pump is worked on demand becomes more urgent.
The solution of the prior art is using electric negative pressure pump to may be implemented to work on demand, but electric negative pressure pump
Pumping efficiency is low, the service life is short, oil-free lubrication extreme negative pressure degree is poor, noise is big and expensive, and cost is about that engine is direct
3 times of the negative pressure pump of drive.
To sum up, the negative pressure pump for designing a kind of scheme realization negative pressure system works on demand.
Summary of the invention
Present invention is directed primarily to solve the problems, such as that prior art negative pressure system consumption energy is larger, a kind of reduction energy consumption is provided
Controller and control method.
To achieve the goals above, the scheme is as follows:
A kind of controller for reducing energy consumption is designed, the negative pressure system being made of negative pressure pump, check valve and negative pressure customer is controlled
System, characterized in that the outside of shell is gas outlet, air inlet and detection mouth respectively equipped with the through-hole through inside and outside wall；Shell with
Sealing ring is equipped between piston, piston slides inside housings；Region between the first end and housing first end of piston is only
It is vertical and closed；Region between the second end of piston and second end of the housing is independent and is connected to detection mouth；Gas outlet, into
Port is connect with the both ends of hose respectively；Piston and briquetting are connected, and support base and shell are connected, and hose setting is in briquetting and support
Between seat；When detecting mouth pressure and being greater than pressure threshold, hose is pressed to support base by piston slip band dynamic pressure block, gas outlet with into
Port is in non-interconnected state；When detecting mouth pressure less than pressure threshold, piston slip band dynamic pressure block is far from support base, hose
Deformation position rebound, gas outlet and air inlet are in connected state.
Further, the controller of a kind of reduction energy consumption, characterized in that enclosure interior is cylindrical, shell
First end and first end cover are closed connected, and the second end and second end cover of shell are closed to be connected；Piston exterior is cylindrical, piston
Periphery is equipped with annular groove, and the first sealing ring is arranged in the annular groove of piston outer periphery.
Further, the controller of a kind of reduction energy consumption, characterized in that the first sealing ring can be along piston axial direction
Setting 2.
Further, a kind of controller of reduction energy consumption, characterized in that the first end of piston second end and torque arm
It is connected, the second end and briquetting of torque arm are connected.
Further, the controller of a kind of reduction energy consumption, characterized in that on the inside of piston first end and first end cover
It will not contact；It will not be contacted on the inside of piston second end and second end cover.
Further, the controller of a kind of reduction energy consumption, characterized in that between the first sealing ring and first end cover
Region be vacuum；It is additionally provided with elastic element between piston first end on the inside of first end cover, elastic element has piston is separate
The trend of first end cover.
Further, the controller of a kind of reduction energy consumption, characterized in that between the first sealing ring and first end cover
Region have lesser gas pressure.
Further, the controller of a kind of reduction energy consumption, characterized in that housing side offers the work through wall
Regional connectivity between skill mouth, with the first sealing ring and first end cover blocks technique mouth after the completion of aspirating vacuum.
Further, the controller of a kind of reduction energy consumption, characterized in that technique mouth is the valve that can be switched.
Further, the control method of the controller of a kind of reduction energy consumption, characterized in that include the following steps,
1) mouth and check valve is detected to connect towards the side of negative pressure customer；
2) gas outlet and check valve are connected towards the side of negative pressure pump；
3) controller persistently detects the absolute pressure in negative pressure customer, and is compared with preset threshold；
4) when the absolute pressure in controller detection negative pressure customer is greater than preset threshold, gas outlet is in non-with air inlet
Connected state, negative pressure system are in and build negative pressure state；
5) when the absolute pressure in controller detection negative pressure customer is less than preset threshold, gas outlet and air inlet, which are in, to be connected
Logical state, negative pressure system are in normal stream mode.
The present invention is at low cost, and structure is simple, and existing negative pressure system can be installed additional directly, applicable varying environment pressure strip
Part realizes that the negative pressure pump of negative pressure system works on demand, solves the problems of the prior art.
Detailed description of the invention
The accompanying drawings constituting a part of this application is used to provide further understanding of the present invention, and of the invention shows
Examples and descriptions thereof are used to explain the present invention for meaning property, does not constitute improper limitations of the present invention, in the accompanying drawings:
Fig. 1 negative pressure system schematic diagram；
The schematic diagram (building negative pressure state) of Fig. 2 negative pressure system applying electronic controller；
The schematic diagram (normal stream mode) of Fig. 3 negative pressure system applying electronic controller；
The schematic diagram (building negative pressure state) of Fig. 4 negative pressure system application mechanical control device；
The schematic diagram (normal stream mode) of Fig. 5 negative pressure system application mechanical control device；
One top view of Fig. 6 mechanical control device embodiment；
One three-dimensional view of Fig. 7 mechanical control device embodiment (shell subdivision, build negative pressure state)；
Fig. 8 mechanical control device embodiment one, Fig. 6 builds the cross-sectional view of negative pressure state；
One three-dimensional view of Fig. 9 mechanical control device embodiment (shell subdivision, normal stream mode)；
Figure 10 mechanical control device embodiment one, the cross-sectional view of the normal stream mode of Fig. 6；
Two top view of Figure 11 mechanical control device embodiment；
Two three-dimensional view of Figure 12 mechanical control device embodiment (shell subdivision, build negative pressure state)；
Figure 13 mechanical control device embodiment two, Figure 11 builds the cross-sectional view of negative pressure state；
Two three-dimensional view of Figure 14 mechanical control device embodiment (shell subdivision, normal stream mode)；
Figure 15 mechanical control device embodiment two, the cross-sectional view of the normal stream mode of Figure 11；
Three top view of Figure 16 mechanical control device embodiment；
Three explosive view of Figure 17 mechanical control device embodiment (shell subdivision)；
Figure 18 mechanical control device embodiment three, Figure 16 builds the cross-sectional view of negative pressure state；
Figure 19 is the cross-sectional view of Figure 18；
Figure 20 mechanical control device embodiment three, the cross-sectional view of the normal stream mode of Figure 16；
Figure 21 is the cross-sectional view of Figure 20；
Figure 22 negative pressure pump and the integrated schematic diagram of mechanical control device.
In the figure, it is marked as
1, negative pressure pump tape controller assembly；
11, controller；
111, shell；111a, gas outlet；111b, detection mouth；111c, air inlet；111d, technique mouth；111e, support base；
111e ', supporting surface；
112, first end cover；112a, the first limit base；
113, second end cover；113a, the second limit base；
114, piston；114a, elastic element seat；114b, the first limit；114c, the second limit；114d, air flue；114e,
Torque arm；114e ', buckle；
115a, the first sealing ring；115b, the second sealing ring；115c, third sealing ring；
116, elastic element；
117, hose；
118, briquetting；118a, push type broach；
12, negative pressure pump；
13, check valve；
2, negative pressure energy customer.
Specific embodiment
Below against attached drawing, by the description of the embodiment, making to a specific embodiment of the invention further details of
Explanation, it is therefore an objective to those skilled in the art be helped to have more complete, accurate and deep reason to design of the invention, technical solution
Solution, and facilitate its implementation.
A definition is done to the noun applied herein first,
Negative pressure, absolute pressure in system lower than the absolute pressure of external environment state, due to the usage of trade, pressure gauge
The meaning reached i.e. pressure；
Vacuum degree, the difference of the absolute pressure of absolute pressure and external environment in system, takes absolute value, this difference it is absolute
It is higher to be worth bigger referred to as vacuum degree, the smaller referred to as vacuum degree of this absolute value of the difference is lower；For example, external environment absolute pressure
When power is (near the sea level) 101kpa, when the absolute pressure in system is 90kpa, then vacuum degree is 11kpa；When in system
Absolute pressure is 80kpa, then vacuum degree is 21kpa, the former vacuum degree is small (low), and the latter's vacuum degree is big (height)；
Vacuum degree utilization rate, vacuum degree and ambient pressure environment ratio；
Negative pressure state is built, system vacuum degree is increased to the process of high negative pressure degree by lower negative pressure degree；
Normal stream mode, negative pressure pump steam inlet are communicated with the atmosphere, the state of negative pressure pump continuous sucking atmosphere, at this time negative pressure pump
It consumes energy minimum；
It is less than threshold value or the state greater than threshold value herein, may include such case equal to threshold value.
As shown in Figure 1, negative pressure system is made of negative pressure pump 12, check valve 13 and negative pressure customer 2.Negative pressure pump 12 is by other
Prime mover driven, such as motor, internal combustion engine, the air of air inlet is drawn into exhaust outlet and is discharged by negative pressure pump 12, so that air inlet
Negative pressure is formed in the negative pressure customer 2 of mouth connection；Negative pressure customer 2 is the device by negative pressure work.Negative pressure pump 12 and negative pressure
Customer 2 is provided with check valve 13, check valve 13 only allows sky by piping connection between negative pressure pump 12 and negative pressure customer 2
Gas flows to negative pressure pump 12 from negative pressure customer 2, without allowing reverse air flow, is avoided in negative pressure customer 2 in this way
The fluctuation of vacuum degree, when negative pressure pump 12 stops operating, the vacuum degree in negative pressure customer 2 can also continue to keep., negative pressure system
In negative pressure customer 2 be not lasting consumption negative pressure, the demand to the generation negative pressure of negative pressure pump 12 is not to continue presence
, but the operating of negative pressure pump really carries out always, the load of negative pressure pump so that engine will always do manual work to negative pressure pump, thus
Cause the increase of oil consumption.
It is described in detail by taking the negative pressure brake system applied in automobile as an example herein.In the car, negative pressure system is i.e. negative
Brake system is pressed, negative pressure customer 2 is negative pressure brake step-up system；Negative pressure pump 12 is arranged on the engine, by engine crankshaft
Driving usually passes through shaft coupling by the camshaft actuated of air distribution system, the camshaft of engine and the input shaft of negative pressure pump 12
Driving torque is passed to the input shaft of negative pressure pump 12 by connection, the camshaft of engine, so that negative pressure pump 12 be driven to work；Negative pressure
Customer 2 refers to negative pressure brake step-up system, pedal force when driver reduces brake is used to help, when driver tramples brake
When vehicle pedal, negative pressure brake step-up system will start immediately, while the negative pressure in negative pressure brake step-up system can be consumed, also
It is to say in negative pressure brake step-up system that air can be entered, so that vacuum degree increases, the air of entrance can be taken away by negative pressure pump 12, bear
Pressure degree can be reduced again；Negative pressure pump 12 is connect by pipeline with negative pressure brake step-up system, and a check valve is arranged in pipeline,
For avoiding the fluctuation of the vacuum degree in negative pressure brake step-up system, when negative pressure pump 12 stops operating, negative pressure brake reinforcement dress
Vacuum degree in setting can also continue to keep.
Specifically,
As shown in Figures 2 and 3, in negative pressure system, increase controller 11, there are three interfaces for controller 11, are to visit respectively
Mouth 111b, gas outlet 111a and air inlet 111c are surveyed, mouth 111b and check valve is detected and is connected towards the side of negative pressure customer 2
(purpose is detection 2 internal pressure of negative pressure customer or vacuum degree), this connection can be electrical connection and be also possible to air circuit connection；
Gas outlet 111a and check valve are connected towards the side of negative pressure pump 12, this connection is air circuit connection；Air inlet 111c leads to greatly
Gas.Controller 11 persistently detects the absolute pressure (air pressure) in negative pressure customer 2, and will test result and compared with preset threshold
It is right, it is greater than preset threshold when controller 11 detects the absolute pressure in negative pressure customer 2, controller 11 drives valve by gas outlet
111a and air inlet 111c keeps disconnected state, and negative pressure system, which is in, builds negative pressure state, the consumption of 12 suction of negative pressure pump
Air in device 2, so that the absolute pressure in negative pressure customer 2 reduces, vacuum degree increases；When controller 11 detects negative pressure consumption
Absolute pressure in device 2 is less than preset threshold, and controller 11 drives valve to be connected to gas outlet 111a with air inlet 111c holding
State, negative pressure system is in normal stream mode, negative pressure pump 12 then directly aspirated greatly by gas outlet 111a and air inlet 111c
Gas, so that the absolute pressure and vacuum degree in negative pressure customer 2 are constant, the load of negative pressure pump 12 is minimum at this time, it is believed that negative
The power that press pump 12 consumes is almost 0, has saved engine consumption.Since controller 11 can continue in detection negative pressure customer 2
Absolute pressure, when driver tramples brake so that in absolute pressure in negative pressure customer 2 (i.e. negative pressure brake step-up system)
When rising and being more than preset threshold, controller 11 drives valve that gas outlet 111a and air inlet 111c is kept disconnected state,
Negative pressure pump 12 starts the air in suction customer 2 again.Realize the on-demand work of negative pressure pump 12.
Controller 11 can also by it is lasting detection negative pressure customer 2 in vacuum degree, and with vacuum degree preset threshold pair
Than when the vacuum degree in negative pressure customer 2 is lower than preset threshold, controller 11 drives valve by gas outlet 111a and air inlet
111c keeps disconnected state, and negative pressure system is in and builds negative pressure state；When the vacuum degree in negative pressure customer 2 is greater than default threshold
When value, controller 11 drives valve that gas outlet 111a is kept the state being connected to air inlet 111c, and negative pressure system is in often stream
State.
Embodiment one,
As shown in Figures 2 and 3, controller 11 includes electrically operated valve, control unit and pressure sensor, and electrically operated valve has two
A opening is connect with gas outlet 111a and air inlet 111c respectively, and electrically operated valve can be switched outlet by the control of control unit
Mouth 111a and air inlet 111c connection and non-interconnected state；Further, in order to keep the safety of negative pressure system, in motor-driven valve
In the case that door does not receive signal or power down, gas outlet 111a and air inlet 111c are in non-interconnected state, negative pressure pump 12
It can continue suction customer 2.The side of gas outlet 111a and check valve towards negative pressure pump 12 by air circuit connection,
In, side of the check valve towards negative pressure pump 12 includes check valve, pipeline and negative pressure pump 12.Air inlet 111c leads to atmosphere, negative
When pressure system is in normal stream mode, air inlet 111c suck atmosphere, in order to avoid dust, impurity, moisture and greasy dirt etc. enter from
And negative pressure pump 12 is damaged, air inlet 111c is connect with air filter；Further, air inlet 111c and automobile air filtering
The net end (air has been subjected to air cleaner filtering) of device passes through air circuit connection.
The electric energy of control unit can be provided by extraneous or self-contained power supply；Further supplied by automobile power system
Electricity.Control unit is electrically connected with pressure sensor, pressure sensor and detection mouth 111b air circuit connection, detection mouth 111b and unidirectional
Valve face passes through air circuit connection to the side of negative pressure customer 2, wherein side of the check valve towards negative pressure customer 2 includes unidirectional
Valve, pipeline and negative pressure customer 2；It is also possible that pressure sensor is mounted on side of the check valve towards negative pressure customer 2, control
Unit is electrically connected with pressure sensor.Control unit persistently detects pressure sensor signal, obtains exhausted inside negative pressure customer 2
It to pressure value, is compared with preset threshold value, controls the movement of electrically operated valve, realize that switching gas outlet 111a and air inlet 111c connects
Logical and non-interconnected state, and then realize, negative pressure system builds negative pressure state and normal stream mode.
Above-mentioned control unit is applying pressure sensor, detects the pressure value in negative pressure customer 2 to be controlled,
It can also be controlled by detection vacuum degree.Due to vacuum degree be inner absolute pressure and external absolute pressure difference, inspection
It is needed when survey using vacuum degree sensor.Two pressure sensors can also be used to be used for while detected inside negative pressure customer 2
Absolute pressure and ambient pressure environment, it is exactly vacuum degree that control unit calculates the two difference in real time, in the car, due to ECU
(control unit of engine) is inherently used to detect ambient pressure environment with a pressure sensor, so excellent in negative pressure system
Choosing uses an absolute pressure transducer.
More specifically, the use environment of automobile covers basin to plateau, and ambient pressure environment (atmospheric pressure) is with height above sea level
It increases and reduces, environmental pressure range is about 106kpa to 54kpa.On plateau, the vacuum degree of limes superiors is not above 54kpa,
Near sea level, vacuum degree conventional section can easily reach 67kpa, so the preset threshold in control unit is (either
Pressure threshold or vacuum degree threshold value) it requires to inquire presetting under corresponding ambient pressure environment after detecting ambient pressure environment value
Threshold value is based on this, and control unit is needed using two pressure sensors, the pressure of a detection negative pressure customer 2, a detection
Environmental pressure；Or the vacuum degree of a vacuum degree sensor detection negative pressure customer 2, a pressure sensor detect environment pressure
Power.Further, control unit is needed using a pressure sensor, detects the pressure of negative pressure customer 2, environmental pressure from
ECU is read；Or a vacuum degree sensor, environmental pressure are read from ECU.
Embodiment two,
In example 1, controller 11 needs to detect negative pressure customer by way of electrical connection using pressure sensor
Pressure value in 2 can also realize the pressure value in detection negative pressure customer 2 using purely mechanic mode and control gas outlet
The connected state of 111a and air inlet 111c.
As shown in Figure 4 and Figure 5, controller 11 is gas outlet 111a, air inlet 111c and spy respectively there are three air-path interface
Mouth 111b is surveyed, the connected state between gas outlet 111a and air inlet 111c is controlled by the pressure state that mouth 111b is received is detected
System, when the pressure that detection mouth 111b receives is less than the threshold value of setting, gas outlet 111a is connected to air inlet 111c, at negative pressure system
In normal stream mode；It is non-between gas outlet 111a and air inlet 111c when threshold value of the pressure that detection mouth 111b receives greater than setting
Connection, negative pressure system are in and build negative pressure state.
Gas outlet 111a and check valve pass through air circuit connection towards the side of negative pressure pump 12, wherein check valve is towards negative pressure
The side of pump 12 includes check valve, pipeline and negative pressure pump 12.Air inlet 111c leads to atmosphere, is in normal stream mode in negative pressure system
When, air inlet 111c sucks atmosphere, in order to avoid dust, impurity, moisture and greasy dirt etc. enter to damage negative pressure pump 12, air inlet
It needs to increase filter device at mouth 111c；Further, (air has been subjected at the net end of air inlet 111c and air filter for automobile
Air cleaner filtering) pass through air circuit connection.The side of mouth 111b and check valve towards negative pressure customer 2 is detected to connect by gas circuit
It connects, wherein side of the check valve towards negative pressure customer 2 includes check valve, pipeline and negative pressure customer 2.
It is approached as far as possible to meet negative pressure system vacuum degree utilization rate under any environmental pressure, the detection mouth of controller 11
111b will be able to detect the pressure value inside negative pressure customer 2, by taking the negative pressure brake system applied in automobile as an example, when setting is visited
The pressure threshold for surveying mouth 111b detection is 10kpa, and at environmental pressure 100kpa (about 100 meters of height above sea level), negative pressure customer 2 is maintained
Vacuum degree be 90kpa, accounting is 90%；At environmental pressure 62kpa (about 4000 meters of height above sea level), what negative pressure customer 2 maintained
Vacuum degree is 52kpa, and accounting is 84%.It is calculated by above data and can be seen that external vacuum degree utilization rate allowable is suitable, and
And it being also able to satisfy automobile brake demand, and pressure threshold setting is smaller, vacuum degree utilization rate more connects under varying environment pressure
Closely, pressure threshold preferred scope is greater than equal to 30kpa and is less than or equal to 1kpa.
As shown in Fig. 6 to Figure 10, controller 11 includes shell 111 and piston 114, and the outside of shell 111 is equipped with through interior
The through-hole of outer wall is gas outlet 111a, air inlet 111c and detection mouth 111b respectively, is equipped between shell 111 and piston 114 close
Seal, piston 114 is in 111 internal slide of shell；When detecting mouth 111b pressure and being greater than pressure threshold, (controller 11, which is not installed, to be made
Used time, free state when this mouth connects atmosphere), gas outlet 111a, air inlet 111c and detection mouth 111b are respectively and independently of each other
Regional connectivity, negative pressure system be in build negative pressure state；When detecting mouth 111b pressure less than pressure threshold, piston 114 is slided,
So that gas outlet 111a is connected to identical region with air inlet 111c, negative pressure system is in normal stream mode.
More specifically,
As shown in Fig. 6 to Figure 10,111 inside of shell is cylindrical, and the first end and first end cover 112 of shell 111 are closed
It is connected, the second end and second end cover 113 of shell 111 are closed to be connected；114 outside of piston is cylindrical, and 114 periphery of piston is equipped with
The annular groove for assembling sealing ring, is disposed with the first sealing ring 115a, the second sealing ring from the first end of piston 114 to second end
115b and third sealing ring 115c, it is preferable that the distance of the first sealing ring 115a and the second sealing ring 115b are greater than the second sealing ring
The distance of 115b and third sealing ring 115c；
As shown in Fig. 7 to Fig. 8, the region between the first sealing ring 115a and first end cover 112 is vacuum, and is Gao Zhen
Sky vacuumizes for the ease of technique realization, and 111 side of shell, which is offered, aspirates Gao Zhen through the technique mouth 111d of wall convenient for equipment
Sky blocks after the completion of aspirating vacuum, then by technique mouth 111d, and the method for closure can be thawing plugging pin is to shell 111
It is nonmetallic, it can also be that technique mouth 111d is a check valve or other valves that can be switched；114 first end of piston and first
112 interior side contacts of end cap limit, and contact area to do as far as possible it is small, it is preferable that 114 first end of piston stretch out first limit
The the first limit base 112a stretched out on the inside of 114b and first end cover 112 is contacted；112 inside of first end cover and 114 first end of piston
Between be additionally provided with elastic element 116, elastic element has the tendency that piston 114 far from first end cover 112, it is preferable that elastic element
116 be spring, and 116 one end of elastic element, which is supported on the inside of first end cover 112, to be stretched out in spring base 112a, and elastic element 116 is another
One end is supported in the elastic element seat 114a of 114 first end of piston stretching；
As shown in Fig. 9 to Figure 10,114 second end of piston and 113 interior side contacts of second end cover are limited, and the area of contact
To do as far as possible it is small, region between 114 second end of piston and the inside of second end cover 113 with and only with detect mouth 111b and be connected to, it is excellent
Choosing, the second of 114 second end of piston stretching limit the first limit base 113a stretched out on the inside of 114c and second end cover 113 and contact；
The power towards 114 second end of piston that piston 114 is applied by elastic element 116, and the gas of detection mouth 111b
Pressure acts on the power towards 114 first end of piston on 114 effective area of piston (i.e. 111 internal diameter sectional area of shell).Extremely such as Fig. 7
Shown in Fig. 8, when the air pressure of detection mouth 111b is high enough to overcome the elastic force of elastic element 116, piston 114 is just to piston 114 the
The direction movement of one end is limited up to 112 interior side contacts of first end cover, at this time the first sealing ring 115a and the second sealing ring
Region between 115b with and be only connected to air inlet 111c, the region between the second sealing ring 115b and third sealing ring 115c
With and be only connected to gas outlet 111a, at this point, the negative pressure system that is controlled of controller 11, which is in, builds negative pressure state.Such as Fig. 9 to figure
Shown in 10, when the air pressure drop of detection mouth 111b is down to the elastic force for being insufficiently resistant to elastic element 116, piston 114 is just to piston 114
The direction movement of second end is limited up to 113 interior side contacts of second end cover, at this time the first sealing ring 115a and the second sealing ring
Region between 115b is not only connected to air inlet 111c, is also only connected to gas outlet 111a, i.e. air inlet 111c and gas outlet
111a connection, at this point, the negative pressure system that controller 11 is controlled is in normal stream mode.By the elastic force that elastic element 116 is arranged
Realize the setting to negative pressure system pressure threshold.
Shell 111, piston 114, first end cover 112 and second end cover 113, preferably nonmetallic materials, using Shooting Technique,
First end cover 112 or second end cover 113 and shell 111 are molded together, another end cap can with shell 111 by assembly,
The techniques such as cementing, friction welding (FW), Laser Welding, supersonic welding are connected；It can also be with first end cover 112 and second end cover 113 and shell 111
It is connected by the techniques such as assembly, cementing, friction welding (FW), Laser Welding, supersonic welding.
Sealing ring can be O-ring, rectangular loop, Y shape circle or E shape circle etc., for better seal, the first sealing ring
The usage quantity of 115a, the second sealing ring 115b and third sealing ring 115c can be not less than 1.
In order to simplify production technology, avoid aspirating Gao Zhen to the region between the first sealing ring 115a and first end cover 112
Sky, can in this region, there are a small amount of gases so that there is a lesser gas pressure in this region.What piston 114 was subject to
It is the power and the first sealing ring 115a and first end that elastic element 116 is applied to piston 114 towards the power of 114 second end of piston
Power the sum of of the lesser gas pressure on 114 effective area of piston between lid 112.By the bullet that elastic element 116 is arranged
Power and the size of this small air pressure realize that the adjusting to negative pressure system pressure threshold, combined use have check valve or can open and close valves
The technique mouth 111d of door, can controller 11 be assemblied in specific system it is fine convenient adjust pressure threshold, can be with
Lesser air pressure is adjusted after changing over time and repairs between the first sealing ring 115a and first end cover 112 of controller 11
It is multiple.Furthermore it is also possible to cancel elastic element 116, the power towards 114 second end of piston that piston 114 is subject to is the first sealing ring
Power of the lesser gas pressure on 114 effective area of piston between 115a and first end cover 112.It is stingy by the way that this is arranged
The size of pressure realizes the adjusting to negative pressure system pressure threshold, is used in combination with check valve or can be opened and closed the technique mouth of valve
111d can be assemblied in specific system fine convenient adjusting pressure threshold in controller 11, can also be in controller 11
The first sealing ring 115a and first end cover 112 between lesser air pressure change over time after reparation is adjusted.
Embodiment three,
In example 1, the first sealing ring 115a, the second sealing ring 115b and third sealing ring 115c are arranged in work
These sealing rings, can also be arranged in the inner surface of shell 111 by the outer surface of plug 114.
As shown in Figure 11 to Figure 15, controller 11 includes shell 111, piston 114, and the outside of shell 111 is equipped with through interior
The through-hole of outer wall is gas outlet 111a, air inlet 111c and detection mouth 111b respectively, is equipped between shell 111 and piston 114 close
Seal, piston 114 is in 111 internal slide of shell；When detecting mouth 111b pressure and being greater than pressure threshold, (controller 11, which is not installed, to be made
Used time, free state when this mouth connects atmosphere), gas outlet 111a, air inlet 111c and detection mouth 111b are respectively and independently of each other
Regional connectivity, negative pressure system be in build negative pressure state；When detecting mouth 111b pressure less than pressure threshold, piston sliding makes
Gas outlet 111a and air inlet 111c and identical regional connectivity are obtained, negative pressure system is in normal stream mode.
More specifically,
As shown in Figure 11 to Figure 15,111 inside of shell is cylindrical, and the first end and first end cover 112 of shell 111 are closed
It is connected, the second end and second end cover 113 of shell 111 are closed to be connected；111 inner wall of shell is equipped with the annular groove of assembly sealing ring, from
The first end of shell 111 to second end is disposed with the first sealing ring 115a, the second sealing ring 115b and third sealing ring
115c, it is preferable that the distance of the first sealing ring 115a and the second sealing ring 115b are greater than the second sealing ring 115b and third sealing ring
The distance of 115c；114 outside of piston is cylindrical, and in sealing ring internal slide, 114 outer wall of piston is equipped with air flue 114d, gas
The hole at road both ends is along the axial distribution of piston 114, it is preferable that air flue 114d is through the inclined hole of piston 114, as optional, piston 114
Also two or more air flue 114d can be set on outer wall.
As shown in Figure 12 to Figure 13, the region between the first sealing ring 115a and first end cover 112 is vacuum, and is Gao Zhen
Sky vacuumizes for the ease of technique realization, and 111 side of shell, which is offered, aspirates Gao Zhen through the technique mouth 111d of wall convenient for equipment
Sky blocks after the completion of aspirating vacuum, then by technique mouth 111d, and the method for closure can be thawing plugging pin is to shell 111
It is nonmetallic, it can also be that technique mouth 111d is a check valve or other valves that can be switched；114 first end of piston and first
112 interior side contacts of end cap limit, and contact area to do as far as possible it is small, it is preferable that 114 first end of piston stretch out first limit
The the first limit base 112a stretched out on the inside of 114b and first end cover 112 is contacted；112 inside of first end cover and 114 first end of piston
Between be additionally provided with elastic element 116, elastic element has the tendency that piston 114 far from first end cover 112, it is preferable that elastic element
116 be spring, and 116 one end of elastic element, which is supported on the inside of first end cover 112, to be stretched out in spring base 112a, and elastic element 116 is another
One end is supported in the elastic element seat 114a of 114 first end of piston stretching；
As shown in Figure 14 to Figure 15,114 second end of piston and 113 interior side contacts of second end cover are limited, and the face of contact
Product to do as far as possible it is small, region between 114 second end of piston and the inside of second end cover 113 with and only with detect mouth 111b and be connected to,
It is preferred that the first limit base 113a stretched out on the inside of the second limit 114c and second end cover 113 that 114 second end of piston is stretched out connects
Touching；
The power towards 114 second end of piston that piston 114 is applied by elastic element 116, and the gas of detection mouth 111b
Pressure acts on the power towards 114 first end of piston on 114 effective area of piston (i.e. 114 outer diameter sectional area of piston).Such as Figure 12
To shown in Figure 13, when the air pressure of detection mouth 111b is high enough to overcome the elastic force of elastic element 116, piston 114 is just to piston 114
The direction movement of first end is limited up to 112 interior side contacts of first end cover, at this time the first sealing ring 115a and the second sealing ring
Region between 115b with and be only connected to air inlet 111c, the both ends of air flue 114d are all close in the first sealing ring 115a and second
In region between seal 115b, region between the second sealing ring 115b and third sealing ring 115c with and only with gas outlet
111a connection, at this point, the negative pressure system that controller 11 is controlled is in and builds negative pressure state.As shown in Figure 14 to Figure 15, work as detection
The air pressure drop of mouth 111b is down to the elastic force for being insufficiently resistant to elastic element 116, and piston 114 is just to the direction of 114 second end of piston
Movement with 113 interior side contacts of second end cover until limit, the both ends of air flue 114d have been respectively communicated with the first sealing ring 115a at this time
Region between the second region and the second sealing ring 115b and third sealing ring 115c between sealing ring 115b, so that into
Port 111c is connected to gas outlet 111a, at this point, the negative pressure system that controller 11 is controlled is in normal stream mode.By the way that bullet is arranged
Property element 116 elastic force realize setting to negative pressure system pressure threshold.
Shell 111, piston 114, first end cover 112 and second end cover 113, preferably nonmetallic materials, using Shooting Technique,
First end cover 112 or second end cover 113 and shell 111 are molded together, another end cap can with shell 111 by assembly,
The techniques such as cementing, friction welding (FW), Laser Welding, supersonic welding are connected；It can also be with first end cover 112 and second end cover 113 and shell 111
It is connected by the techniques such as assembly, cementing, friction welding (FW), Laser Welding, supersonic welding.
Sealing ring can be O-ring, rectangular loop, Y shape circle or E shape circle etc., for better seal, the first sealing ring
The usage quantity of 115a, the second sealing ring 115b and third sealing ring 115c can be not less than 1.
In order to simplify production technology, avoid aspirating Gao Zhen to the region between the first sealing ring 115a and first end cover 112
Sky, can in this region, there are a small amount of gases so that there is a lesser gas pressure in this region.What piston 114 was subject to
It is the power and the first sealing ring 115a and first end that elastic element 116 is applied to piston 114 towards the power of 114 second end of piston
Power the sum of of the lesser gas pressure on 114 effective area of piston between lid 112.By the bullet that elastic element 116 is arranged
Power and the size of this small air pressure realize that the adjusting to negative pressure system pressure threshold, combined use have check valve or can open and close valves
The technique mouth 111d of door, can controller 11 be assemblied in specific system it is fine convenient adjust pressure threshold, can be with
Lesser air pressure is adjusted after changing over time and repairs between the first sealing ring 115a and first end cover 112 of controller 11
It is multiple.Furthermore it is also possible to cancel elastic element 116, the power towards 114 second end of piston that piston 114 is subject to is the first sealing ring
Power of the lesser gas pressure on 114 effective area of piston between 115a and first end cover 112.It is stingy by the way that this is arranged
The size of pressure realizes the adjusting to negative pressure system pressure threshold, is used in combination with check valve or can be opened and closed the technique mouth of valve
111d can be assemblied in specific system fine convenient adjusting pressure threshold in controller 11, can also be in controller 11
The first sealing ring 115a and first end cover 112 between lesser air pressure change over time after reparation is adjusted.
Example IV,
On the basis of embodiment one or embodiment two, gas outlet 111a is connect with hose 117 respectively with air inlet 111c, is visited
When surveying mouth 111b pressure and being greater than pressure threshold, the sliding of piston 114 so that hose 117 is squeezed and deformed so that gas outlet 111a with
Air inlet 111c is in non-interconnected state；Detect mouth 111b pressure be less than pressure threshold when, piston 114 slide to the other side so that
The extruding force of hose 117 is decreased to disappear, and the position rebound of hose deformation connects so that gas outlet 111a and air inlet 111c is in
Logical state, according to this principle, that is, example IV.
As shown in Figure 16 to Figure 21, controller 11 includes shell 111, piston 114, and the outside of shell 111 is equipped with through interior
The through-hole of outer wall is gas outlet 111a, air inlet 111c and detection mouth 111b respectively, is equipped between shell 111 and piston 114 close
Seal, piston 114 is in 111 internal slide of shell；Region between 111 first end of first end and shell of piston 114 is independent
And it is closed, the region between the second end and 111 second end of shell of piston 114 is independent and is connected to detection mouth 111b；
Gas outlet 111a, air inlet 111c are connect with the both ends of hose 117 respectively；Piston 114 and briquetting 118 are connected, support base 111e
It is connected with shell 111, hose 117 is arranged between briquetting 118 and support base 111e；When detection mouth 111b pressure is greater than pressure threshold
When value (when controller 11 is not installed and used, free state when this mouth connects atmosphere), 114 slip band dynamic pressure block 118 of piston will be soft
Pipe 117 presses to support base 111e, and hose can not ventilate, and gas outlet 111a and air inlet 111c are in non-interconnected state, negative pressure
System is in and builds negative pressure state；When detecting mouth 111b pressure less than pressure threshold, 114 slip band dynamic pressure block 118 of piston is separate
Support base 111e, hose deformation position rebound, can ventilate, and gas outlet 111a and air inlet 111c are in connected state, negative pressure
System is in normal stream mode.
More specifically,
As shown in Figure 16 to Figure 21,111 inside of shell is cylindrical, and the first end and first end cover 112 of shell 111 are closed
It is connected, the second end and second end cover 113 of shell 111 are closed to be connected；114 outside of piston is cylindrical, and 114 periphery of piston is equipped with
The annular groove of sealing ring is assembled, the first sealing ring 115a is arranged in the annular groove of 114 periphery of piston, when sliding for piston 114 not
It can tilt, the first sealing ring 115a can also strengthen leakproofness along axial setting 2 of piston 114 or more in this way；It can be with
111 inner wall of shell is equipped with the annular groove of assembly sealing ring, and the first sealing ring 115a is arranged in the annular groove of 111 inner wall of shell, in order to
Piston 114 will not tilt when sliding, and the first sealing ring 115a can also reinforce in this way along axial setting 2 of piston 114 or more
Leakproofness.
114 second end of piston and the first end of torque arm 114e are connected, and the second end and briquetting 118 of torque arm 114e is connected, into
One step, parallel setting two of torque arm 114e, the second end of the two torque arm 114e is connected with the both ends of briquetting 118 respectively,
It is preferred that torque arm 114e second end is hook, briquetting 118 is pressed into torque arm 114e second end, and torque arm 114e is realized in hook arrangement pop-up
It is connected with briquetting 118, less preferred, 118 bolt of briquetting or screw pass through briquetting 118 and screw in torque arm 114e second end.Support base
It is connected inside 111e and shell 111, further, support base 111e is strip, it is connected inside both ends and shell 111, branch
Seat 111e is supportted to be located between two torque arm 114e.Support base 111e is equipped with supporting surface 111e ', support towards the side of briquetting 118
Face 111e ' is plane, and briquetting 118 is equipped with push type broach 118a towards the side of support base 111e, and the section push type broach 118a is triangle, is drawn
It is parallel with supporting surface 111e ' to stretch direction, as shown in figure 19, the contact length of push type broach 118a and supporting surface 111e ' are greater than hose 117
The semi-perimeter of inner circle enables hose 117 sufficiently to flatten and does not interspace.
As shown in Figures 17 to 19, the region between the first sealing ring 115a and first end cover 112 is vacuum, and is Gao Zhen
Sky vacuumizes for the ease of technique realization, and 111 side of shell, which is offered, aspirates Gao Zhen through the technique mouth 111d of wall convenient for equipment
Sky blocks after the completion of aspirating vacuum, then by technique mouth 111d, and the method for closure can be thawing plugging pin is to shell 111
It is nonmetallic, it can also be that technique mouth 111d is a check valve or other valves that can be switched.In order to keep hose 117 abundant
Flattening does not interspace, and will not contact on the inside of 114 first end of piston and first end cover 112；112 inside of first end cover and piston 114
Elastic element 116 is additionally provided between first end, elastic element has the tendency that piston 114 far from first end cover 112, it is preferable that bullet
Property element 116 be spring, 116 one end of elastic element be supported on the inside of first end cover 112 stretch out spring base 112a in, elastic element
116 other ends are supported in the elastic element seat 114a of 114 first end of piston stretching.
As shown in Figure 20 to Figure 21, in order to make hose 117 have the space of energy sufficiently return, 114 second end of piston and second
Will not be contacted on the inside of end cap 113, the region between 114 second end of piston and the inside of second end cover 113 with and only with detection mouth
111b connection.
The power towards 114 second end of piston that piston 114 is applied by elastic element 116, and the gas of detection mouth 111b
Pressure acts on the power towards 114 first end of piston on 114 effective area of piston.As shown in Figure 18 to Figure 19, when detection mouth
The air pressure of 111b is high enough to overcome the elastic force of elastic element 116, and piston 114 is just moved to the direction of 114 first end of piston, directly
Hose 117 is flattened to briquetting 118 and is in non-interconnected state in support base 111e, gas outlet 111a and air inlet 111c, at this point,
The negative pressure system that controller 11 is controlled is in and builds negative pressure state.As shown in Figure 20 to Figure 21, when the air pressure drop of detection mouth 111b
Down to the elastic force for being insufficiently resistant to elastic element 116, piston 114 is just moved to the direction of 114 second end of piston until with support
Seat 111e contact limit, air inlet 111c is connected to gas outlet 111a, at this point, the negative pressure system that controller 11 is controlled is in normal
Stream mode.Elastic force by the way that elastic element 116 is arranged realizes the setting to negative pressure system pressure threshold.
Shell 111, piston 114, first end cover 112 and second end cover 113, preferably nonmetallic materials, using Shooting Technique,
First end cover 112 or second end cover 113 and shell 111 are molded together, another end cap can with shell 111 by assembly,
The techniques such as cementing, friction welding (FW), Laser Welding, supersonic welding are connected；It can also be with first end cover 112 and second end cover 113 and shell 111
It is connected by the techniques such as assembly, cementing, friction welding (FW), Laser Welding, supersonic welding.Shell 111 is molded together with support base 111e, living
Plug 114 is molded together with torque arm 114e；Gas outlet 111a, air inlet 111c are connect with the both ends of hose 117 respectively, connection type
It can be cementing after assembly, be also possible to using existing pipe interface mode assembly connection.
Sealing ring can be O-ring, rectangular loop, Y shape circle or E shape circle etc..
In order to simplify production technology, avoid aspirating Gao Zhen to the region between the first sealing ring 115a and first end cover 112
Sky, can in this region, there are a small amount of gases so that there is a lesser gas pressure in this region.What piston 114 was subject to
It is the power and the first sealing ring 115a and first end that elastic element 116 is applied to piston 114 towards the power of 114 second end of piston
Power the sum of of the lesser gas pressure on 114 effective area of piston between lid 112.By the bullet that elastic element 116 is arranged
Power and the size of this small air pressure realize that the adjusting to negative pressure system pressure threshold, combined use have check valve or can open and close valves
The technique mouth 111d of door, can controller 11 be assemblied in specific system it is fine convenient adjust pressure threshold, can be with
Lesser air pressure is adjusted after changing over time and repairs between the first sealing ring 115a and first end cover 112 of controller 11
It is multiple.Furthermore it is also possible to cancel elastic element 116, the power towards 114 second end of piston that piston 114 is subject to is the first sealing ring
Power of the lesser gas pressure on 114 effective area of piston between 115a and first end cover 112.It is stingy by the way that this is arranged
The size of pressure realizes the adjusting to negative pressure system pressure threshold, is used in combination with check valve or can be opened and closed the technique mouth of valve
111d can be assemblied in specific system fine convenient adjusting pressure threshold in controller 11, can also be in controller 11
The first sealing ring 115a and first end cover 112 between lesser air pressure change over time after reparation is adjusted.
Above embodiments one to example IV, any one scheme can be combined into module, i.e. negative pressure with negative pressure pump 12
Tape controller assembly 1 is pumped, specifically,
As shown in figure 22, negative pressure pump tape controller assembly 1 includes negative pressure pump 12, controller 11 and check valve 13, these three
The connection type and embodiment one of component are consistent into example IV, form an assembly application.
These are only the preferred embodiment of the present invention, is not intended to restrict the invention, for those skilled in the art
For member, the invention may be variously modified and varied.All within the spirits and principles of the present invention, it is made it is any modification,
Equivalent replacement, improvement etc., should all be included in the protection scope of the present invention.
Claims (10)
1. a kind of controller for reducing energy consumption, control is made of negative negative pressure pump (12), check valve (13) and negative pressure customer (2)
Pressure system, characterized in that
The outside of shell (111) is gas outlet (111a), air inlet (111c) and detection respectively equipped with the through-hole through inside and outside wall
Mouth (111b)；
Sealing ring is equipped between shell (111) and piston (114), piston (114) is in shell (111) internal slide；
Region between the first end and shell (111) first end of piston (114) is independent and closed；
Region between the second end of piston (114) and shell (111) second end is independent and is connected to detection mouth (111b)；
Gas outlet (111a), air inlet (111c) are connect with the both ends of hose (117) respectively；
Piston (114) and briquetting (118) are connected, and support base (111e) and shell (111) are connected, and hose (117) is arranged in briquetting
(118) between support base (111e)；
When detecting mouth (111b) pressure greater than pressure threshold, piston (114) slip band dynamic pressure block (118) presses hose (117)
To support base (111e), gas outlet (111a) and air inlet (111c) is in non-interconnected state；
When detecting mouth (111b) pressure less than pressure threshold, piston (114) slip band dynamic pressure block (118) is far from support base
(111e), the rebound of hose deformation position, gas outlet (111a) and air inlet (111c) is in connected state.
2. a kind of controller for reducing energy consumption according to claim 1, characterized in that
Shell (111) is internal cylindrical,
The first end of shell (111) and first end cover (112) are closed connected,
The second end of shell (111) and second end cover (113) are closed connected；
Piston (114) is external cylindrical, and piston (114) periphery is equipped with annular groove, and the first sealing ring (115a) is arranged in piston
(114) in the annular groove of periphery.
3. a kind of controller for reducing energy consumption according to claim 2, characterized in that
First sealing ring (115a) can be along piston (114) axially setting 2.
4. a kind of controller for reducing energy consumption according to claim 2, characterized in that
Piston (114) second end and the first end of torque arm (114e) are connected, and the second end of torque arm (114e) and briquetting (118) are solid
Even.
5. a kind of controller for reducing energy consumption according to claim 2, characterized in that
It will not be contacted on the inside of piston (114) first end and first end cover (112)；
It will not be contacted on the inside of piston (114) second end and second end cover (113).
6. a kind of controller for reducing energy consumption according to claim 2, characterized in that
Region between first sealing ring (115a) and first end cover (112) is vacuum；
Elastic element (116) are additionally provided between piston (114) first end on the inside of first end cover (112), elastic element has work
Fill in the trend of (114) far from first end cover (112).
7. a kind of controller for reducing energy consumption according to claim 2, characterized in that
There is lesser gas pressure in region between first sealing ring (115a) and first end cover (112).
8. a kind of controller for reducing energy consumption according to claim 6, characterized in that
Shell (111) side offers the technique mouth (111d) through wall, with the first sealing ring (115a) and first end cover (112)
Between regional connectivity, after the completion of aspirating vacuum, by technique mouth (111d) block.
9. a kind of controller for reducing energy consumption according to claim 8, characterized in that technique mouth (111d) is can to switch
Valve.
10. according to claim 1 to a kind of control method of the controller of reduction energy consumption described in 9 any one, characterized in that
Include the following steps,
1) mouth (111b) and check valve is detected to connect towards the side of negative pressure customer (2)；
2) gas outlet (111a) and check valve are connected towards the side of negative pressure pump (12)；
3) controller (11) persistently detects the absolute pressure in negative pressure customer (2), and is compared with preset threshold；
4) when controller (11) detection negative pressure customer (2) in absolute pressure be greater than preset threshold, gas outlet (111a) with into
Port (111c) is in non-interconnected state, and negative pressure system is in and builds negative pressure state；
5) when controller (11) detection negative pressure customer (2) in absolute pressure be less than preset threshold, gas outlet (111a) with into
Port (111c) is in connected state, and negative pressure system is in normal stream mode.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113102739A (en) * | 2021-03-03 | 2021-07-13 | 新兴铸管股份有限公司 | A be built by contract device for pressure adds magnesium |
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| CN202879471U (en) * | 2012-07-12 | 2013-04-17 | 刘光富 | Vacuum servo brake device |
| CN202879472U (en) * | 2012-10-30 | 2013-04-17 | 上海通用汽车有限公司 | Pressure valve capable of prolonging service life of electronic vacuum pump |
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| CN1665708A (en) * | 2002-05-29 | 2005-09-07 | 真空液压产品意大利Vhit股份公司 | Pneumatic valve for braking systems |
| JP2007223449A (en) * | 2006-02-23 | 2007-09-06 | Advics:Kk | Vehicular brake device |
| CN202468224U (en) * | 2012-03-19 | 2012-10-03 | 四川科伦药业股份有限公司 | Energy-saving vacuum pump system |
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| CN113102739A (en) * | 2021-03-03 | 2021-07-13 | 新兴铸管股份有限公司 | A be built by contract device for pressure adds magnesium |
| CN113102739B (en) * | 2021-03-03 | 2023-02-28 | 新兴铸管股份有限公司 | A be built by contract device for pressure adds magnesium |
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