CN106918052B - A kind of adjustable fire single source of the gas gas control system of included power generator - Google Patents
A kind of adjustable fire single source of the gas gas control system of included power generator Download PDFInfo
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- CN106918052B CN106918052B CN201510991586.7A CN201510991586A CN106918052B CN 106918052 B CN106918052 B CN 106918052B CN 201510991586 A CN201510991586 A CN 201510991586A CN 106918052 B CN106918052 B CN 106918052B
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- Prior art keywords
- controller
- flare
- gas
- small flare
- output
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Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F23—COMBUSTION APPARATUS; COMBUSTION PROCESSES
- F23N—REGULATING OR CONTROLLING COMBUSTION
- F23N5/00—Systems for controlling combustion
- F23N5/02—Systems for controlling combustion using devices responsive to thermal changes or to thermal expansion of a medium
- F23N5/025—Systems for controlling combustion using devices responsive to thermal changes or to thermal expansion of a medium using electrical or electromechanical means
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F23—COMBUSTION APPARATUS; COMBUSTION PROCESSES
- F23N—REGULATING OR CONTROLLING COMBUSTION
- F23N5/00—Systems for controlling combustion
- F23N5/26—Details
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F23—COMBUSTION APPARATUS; COMBUSTION PROCESSES
- F23N—REGULATING OR CONTROLLING COMBUSTION
- F23N2229/00—Flame sensors
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F23—COMBUSTION APPARATUS; COMBUSTION PROCESSES
- F23N—REGULATING OR CONTROLLING COMBUSTION
- F23N2231/00—Fail safe
- F23N2231/02—Fail safe using electric energy accumulators
Abstract
The present invention discloses a kind of adjustable fire single source of the gas gas control system of included power generator, comprising: the components such as a pressure reducing valve, control valve, main burner, small flare, temperature difference electricity generation device, controller, remote controler and rechargeable battery.The adjustable fire single source of the gas gas control system of included power generator of the invention carries temperature difference electricity generation device and rechargeable battery, electricity is made to keep balance during system operation, power supply is accessed without the external world, can be very good to solve the problems, such as that the dry cell power supply time is short.
Description
Technical field
The present invention relates to fuel gas heating apparatus fields, are a kind of adjustable fire single source of the gas of included power generator more specifically
Gas control system.
Background technique
Existing single source of the gas gas control system is usually to use dry cell for controller confession during system is run
Electricity.Once the control of single source of the gas gas control system is complicated for operation, then electric quantity consumption is big, causes dry cell service life short, electricity
Pond replacement frequency is relatively high.It is more troublesome for the customer additionally, due to needing to be replaced frequently battery.
Summary of the invention
Since the prior art is there is the above problem, the present invention proposes a kind of adjustable fire single source of the gas combustion of included power generator
Gas control system keeps electric quantity balancing its object is to carry power generator by system in system operation, without outer
Boundary accesses power supply.
The present invention solves the above problems by the following technical programs:
A kind of adjustable fire single source of the gas gas control system of included power generator a, comprising: pressure reducing valve, input terminal connection
Gas source, output end connect a control valve；The control valve, the gas source for controlling a main burner and a small flare are defeated
Enter, the input terminal of the control valve connects the output end of the pressure reducing valve by gas pipeline, and the control valve includes the first output
End and second output terminal；The main burner is connected by first output end of the gas pipeline and the control valve
It connects；The small flare is connect by the gas pipeline with the second output terminal of the control valve, which is used for
To the temperature difference electricity generation device heat supply and for lighting the main burner；One temperature difference electricity generation device connects the controller
And electricity can be transferred to a controller；The controller is separately connected the control valve, the main burner, institute
State small flare and the temperature difference electricity generation device；One rechargeable battery is connected on the controller, and the rechargeable battery passes through institute
It states controller and stores the electric energy that the power generator generates.
The control valve includes that the last one inhales solenoid valve and a stepper motor, in which: the strong suction solenoid valve comprising one
Input terminal and two output ends, described two output ends are that first output end of the control valve and described second export
End, the strong input terminal for inhaling solenoid valve are connected with the output end of the pressure reducing valve；First output end connects the main combustion
Burner；The second output terminal connects the small flare；The strong suction solenoid valve is connected with the controller, this inhales by force solenoid valve
Input terminal is turned on or off under the control of the controller；The stepper motor is set to first output end, described
Stepper motor is connected with the controller, and the stepper motor turns on or off described first under the control of the controller
Output end.
The small flare is equipped with a flare up fire detector, which is thermocouple, ion probe or light
One of Sensitive Apparatus, the flare up fire detector connect the controller.
The control valve includes a valve body, a solenoid valve, a stepper motor and the spinner handle driven by the stepper motor,
In: the valve body which is provided with input terminal and two output ends, and described two output ends are described the first of the control valve
Output end and the second output terminal, the input terminal are lower than the second output terminal, and the second output terminal is located at described the
The lower section of one output end；It is equipped with an air inlet ring positioned at the port of second output terminal in the valve body, and is corresponded in the valve body
The port of the second output terminal is equipped with protrusion, keeps a gap between the protrusion and the air inlet ring；The lower end of the protrusion
Concordant with the lower end of the air inlet ring, the upper end of the protrusion is concordant with the upper end of the air inlet ring；The spinner handle is connected to institute
The lower section of stepper motor is stated, which moves up and down under the drive of the stepper motor along the gap；On the spinner handle
Equipped with a sealing cover, the diameter of the sealing cover is greater than the diameter in the gap, when the sealing cover as the spinner handle compresses
The upper end of the upper end of the air inlet ring and the protrusion when, the first output end described in the seal cap sealing；The solenoid valve,
It is connected with the controller, which opens or closes under the driving of the controller, when the solenoid valve is closed,
The solenoid valve presses on the lower end of the air inlet ring and the lower end of the protrusion, the closed input terminal of solenoid valve；Institute
Stepper motor is stated, is connected with the controller, which drives the spinner handle or more under the driving of the controller
Movement.
The small flare is equipped with a flare up fire detector, which is thermocouple, the flare up fire
Detector connects the controller.
It further include a remote controler, the remote controler issues the enabling signal remote control controller and starts to start.
A touch screen is also connected on the controller, the touch screen is equipped with multiple touch key-press, passes through the touching
It touches screen and controls the controller.
A remotely controlled key is also connected on the controller.
The temperature difference electricity generation device includes a temperature-difference power generation module, and the temperature-difference power generation module is set to the small flare or master
Burner nearby produces electricl energy to receive the heat radiation of the small flare or main burner, the temperature-difference power generation module connection
The controller.
The controller includes a stepper motor drive output mouth, a rechargeable battery powered charging port, a remote control letter
Number input port, a pair of of code study key-press input port, a touch key-press input port, one are connected with the temperature-difference power generation module
Thermo-electric generation input port, a small flare igniting output terminal mouth, a small flare flare up fire detection input mouth and an electromagnetism
Valve drive output mouth.
The temperature difference electricity generation device includes a temperature-difference power generation module, the small flare of a thermo-electric generation, the small flare of a thermo-electric generation
Signal detector and the small flare igniter head of a thermo-electric generation, the small flare signal detector of the temperature-difference power generation module, thermo-electric generation
And the small flare igniter head of thermo-electric generation is all connected with the controller, and the small flare of the thermo-electric generation and the second output terminal phase
Even, the heat radiation power generation that the temperature-difference power generation module is generated by the small flare of the thermo-electric generation.
The controller includes a stepper motor drive output mouth, a rechargeable battery powered charging port, a remote control letter
Number input port, a pair of of code learn key-press input port, a touch key-press input port, a small flare igniting output terminal mouth, one
Small flare flare up fire detection input mouth, a solenoid-driven output port, a temperature being connected with the temperature-difference power generation module
Difference power generation input port, the temperature difference electricity generation device that is connected with the small flare igniter head of the thermo-electric generation are lighted a fire port, one and institute
State the connected temperature difference electricity generation device flare up fire input port of the small flare signal detector of thermo-electric generation.
Due to using above-mentioned technological means, the adjustable fire single source of the gas gas control system of included power generator of the invention
Included temperature difference electricity generation device and rechargeable battery make electricity keep balance during system operation, without extraneous access electricity
Source can be very good to solve the problems, such as that the dry cell power supply time is short.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the first embodiment of the present invention；
Fig. 2 is the local state schematic diagram when control valve of the first embodiment of the present invention is closed；
Fig. 3 is that the control valve of the first embodiment of the present invention connects the partial schematic diagram of small flare；
Fig. 4 is that the control valve of the first embodiment of the present invention connects the partial schematic diagram of small flare and main burner；
Fig. 5 is the structural schematic diagram of the second embodiment of the present invention；
Local state schematic diagram when Fig. 6 is the control valve closing state of the second embodiment of the present invention；
Fig. 7 is that the control valve of the second embodiment of the present invention connects the partial schematic diagram of small flare；
Fig. 8 is that the control valve of the second embodiment of the present invention connects the partial schematic diagram of small flare and main burner；
Fig. 9 is the structural schematic diagram of the third embodiment of the present invention；
Figure 10 is the structural schematic diagram of the fourth embodiment of the present invention.
Figure 11 is the structural schematic diagram of the fifth embodiment of the present invention.
Figure 12 is the structural schematic diagram of the sixth embodiment of the present invention.
Specific embodiment
With reference to embodiment, the present invention is described in detail.
Shown in Figure 1, Fig. 1 is the structural schematic diagram of the first embodiment of the present invention.It is included in the first embodiment
The adjustable fire single source of the gas gas control system of power generator includes pressure reducing valve 1, control valve 2, main burner 3, small flare 4, temperature
The components such as poor power generator 5, controller 6, rechargeable battery 7 and remote controler 8, touch screen 9 and remotely controlled key 10.
As shown in Figure 1, the input terminal 11 of pressure reducing valve 1 connects gas source, output end 12 connects control valve 2.
The control valve 2 is used to control the gas source input of main burner 3 and small flare 4.As shown in Figure 1, the control valve 2
Solenoid valve 21 and a stepper motor 22 are inhaled including the last one.The strong suction solenoid valve 21 includes an input terminal 211 and two outputs
End 212 and 213, described two output ends be the control valve first output end 212 and the second output terminal
213.The strong input terminal 211 for inhaling solenoid valve 21 is connected with the output end 12 of the pressure reducing valve；First output end 212 connects
Connect the main burner 3；The second output terminal 213 connects the small flare 4.The strong suction solenoid valve 21 and the controller
6 are connected, this is inhaled by force solenoid valve 21 and turns on or off input terminal 211 under the control of the controller 6.The stepper motor 22
Set on first output end 212.The stepper motor 22 is connected with the controller 6, and the stepper motor is in the control
First output end 212 is turned on or off under the control of device.
The main burner 3 is connect by the gas pipeline with first output end of the control valve 2, i.e., described
Main burner 3 is connected with strong the first output end 212 for inhaling solenoid valve.When suction solenoid valve 21 and stepper motor work together opening by force
When the strong input terminal 211 and the first output end 212 for inhaling strong suction solenoid valve 21, the main burner 3 could feed combustion gas.Meanwhile
The bottom of stepper motor 22 and the size that the amount for combustion gas is adjusted close to distance of the first output end 212 are adjusted, thus adjustable
Save the size of the flame of main burner.
The effect of the small flare 4 is to the temperature difference electricity generation device heat supply and for lighting the main burner.It is described
Small flare 4 is connect by the gas pipeline with the second output terminal 213 of the control valve 2, i.e., the described small flare and strong
The second output terminal 213 for inhaling solenoid valve 22 is connected.It starts to work when inhaling solenoid valve 21 by force, opens the strong input terminal for inhaling solenoid valve 21
When 211, the second output terminal 213 is connected to the small flare 4, and the small flare 4 obtains the supply of combustion gas.As shown in Figure 1, small
The position of flare 4 is set between main burner 3 and temperature difference electricity generation device 5 and small flare 4 is sent out close to the main burner 3 and the temperature difference
Electric installation 5.Temperature difference electricity generation device 5 includes a temperature-difference power generation module.After small flare 4 is lighted, the temperature difference electricity generation device
Temperature-difference power generation module receives the heat radiation of small flare 4, provides heat source by small flare 4 for temperature difference electricity generation device and generates electricity
Energy.After main burner connects combustion gas, the small flare lights main burner 3.
As shown in Figure 1, the temperature difference electricity generation device 4 is set to the rear side of small flare, and when the burning of small flare, thermo-electric generation dress
Setting 4 can receive the heat radiation of small flare.Temperature difference electricity generation device 4 includes a temperature-difference power generation module, which includes
One thermo-electric generation semiconductor.The temperature-difference power generation module connects the controller 6 and electricity can be transferred to a controller
6。
The controller 6 includes a stepper motor drive output mouth 61, a solenoid-driven output port 62, one charging
Battery power supply-charging port 63, a remote signal input port 64, a pair of of code study key-press input port 65, a touch key-press are defeated
Inbound port 66, a thermo-electric generation input port 67, a small flare igniting output terminal mouth 68 and a small flare flare up fire detection are defeated
Inbound port 69.Stepper motor drive output mouth 61 connects stepper motor 22.The solenoid-driven output port 62 connects by force
Inhale solenoid valve 21.The rechargeable battery powered charging port 63 connects the rechargeable battery 7, and temperature difference electricity generation device 5 is generated
Electric energy is transferred to the rechargeable battery 7 and stores.Remote signal input port 64 is used to receive the enabling signal of the sending of remote controler 8.
Remotely controlled key 10 is connected with to code study key-press input port 65.Touch key-press input port 66 connects touch screen 9, is used for
Receive the control signal that the touch key-press on touch screen 9 issues.It connects temperature difference electricity generation device 5 to thermo-electric generation input port 67,
The electric energy that temperature difference electricity generation device 5 generates is transferred to rechargeable battery 7.Small flare igniting output terminal mouth 68 connects small flare, is used for
Small flare igniting when first installation.Its connection of small flare flare up fire detection input mouth 69 is mounted on the letter of the flame at small flare
Number detector 41, the flare up fire detector 41 are one of thermocouple, ion probe or photo sensitive device.
The working principle of the first embodiment is described below with reference to Fig. 2 to Fig. 4.
(1), shown in Figure 2, when control valve does not work, strong solenoid valve 21 of inhaling closes input terminal, and combustion gas can not be into
Enter small flare 4 and main burner 3.
(2), shown in Figure 3, after controller 6 receives the enabling signal of remote controler 8 or touch screen 9, controller 6
It controls the control valve 2 to start to work, the strong suction solenoid valve 21 in control valve 2 starts operation at this time, and the not work of stepper motor 22
Make, the strong input terminal 211 for inhaling solenoid valve is opened, the first output end 212 is closed, second output terminal 213 is opened.Pressure stabilizing is passed through in combustion gas
Second output terminal 213 is entered by the input terminal 211 for inhaling solenoid valve 21 by force after valve 1, subsequently into small flare 4.Small flare 4 is controlling
It is lighted under the control of device 6.It after small flare 4 is ignited, while being heated to temperature difference electricity generation device 5, when the temperature difference reaches certain value
Afterwards, the temperature difference electricity generation device produces electricl energy and electric energy is transferred to controller 6, is transferred to electric energy by controller 6 described
Rechargeable battery 7.
(3), shown in Figure 4, after small flare 4 is ignited, controller 6 is inputted by detecting with small flare flare up fire
After the flare up fire detector 41 of port connection detects the signal of small flare, the stepper motor in 6 drive control valve of controller
22 open strong the first output end 212 for inhaling solenoid valve 21, and combustion gas is defeated into first simultaneously by the input terminal 211 for inhaling solenoid valve 21 by force
Outlet 212 and second output terminal 213, main burner 3 begin with combustion gas entrance, simultaneously as small flare 4 and main burner 3
It is located proximate to, small flare 4 can light main burner 3.Main burner 3 generates heat radiation to temperature difference electricity generation device simultaneously.
(4), when controller 6 receives the signal for adjusting 3 flame size of main burner that remote controler 8 or touch screen 9 issue
When, controller 6 adjusts the size of the first output end 212 opening by driving stepper motor, by increasing or reducing first
The opening of output end 212 carrys out the inlet of regulating gas, to achieve the purpose that the flame size for adjusting main burner 3.
(5), after controller receives the end signal that remote controler 8 or touch screen 9 issue, controller control is strong to inhale electromagnetism
Valve 21 closes input terminal 211, and controls stepper motor 22 and close the first output end 212, closes main burner 3 and small flare 4.
Shown in Figure 5, Fig. 5 is the structural schematic diagram of the second embodiment of the present invention.It is included in the second embodiment
The adjustable fire single source of the gas gas control system of power generator includes pressure reducing valve 1, control valve 2, main burner 3, small flare 4, temperature
The components such as poor power generator 5, controller 6, rechargeable battery 7 and remote controler 8, touch screen 9 and remotely controlled key 10.It is real with first
It applies the different place of example to be, the control valve of second embodiment and the control valve arrangement of first embodiment are different.
As shown in figure 5, the control valve 2 includes a valve body 25, a solenoid valve 23, a stepper motor 24 and by the stepping
Motor-driven spinner handle 26.The valve body 25 is equipped with input terminal 251 and two output ends 252 and 253, described two output ends
First output end 252 and the second output terminal 253 of the as described control valve 2.Wherein, the input terminal 251 is lower than
The second output terminal 253, the second output terminal 253 are located at the lower section of first output end 252.It is located in the valve body
An air inlet ring is equipped at the port of second output terminal 253, and the port in the valve body corresponding to the second output terminal 253 is set
There is protrusion 254.A gap is kept between described raised 254 and the enterprising compression ring.The lower end of the protrusion 254 and the air inlet ring
Lower end 2532 it is concordant, the upper end of the protrusion 254 is concordant with the upper end 2531 of the air inlet ring.The spinner handle 26 is connected to described
The lower section of stepper motor 24, the spinner handle 26 move up and down under the drive of the stepper motor 24 along the gap.The rotation
Bar 26 is equipped with a sealing cover 27, and the diameter of the sealing cover 27 is greater than the diameter in the gap, when the sealing cover 27 with
When the spinner handle 26 bears against the upper end 2531 and raised 254 upper end of the air inlet ring, the sealing cover 27 seals institute
State the first output end 252.The solenoid valve 23 is connected with the controller 6, and the solenoid valve 23 is under the driving of the controller 6
It is attracted or discharges.When the solenoid valve 23 is attracted, the solenoid valve 23 presses on the lower end 2532 of the air inlet ring and described
The lower end of protrusion 254, the closed input terminal 251 of solenoid valve 23.The stepper motor 24 is connected with the controller 6,
The stepper motor 24 drives the spinner handle 26 to move up and down under the driving of the controller.
In a second embodiment, the flare up fire detector 41 being equipped at the small flare 4 is only thermocouple.The fire
Flame signal detector 41 connects the controller 6, and flare up fire is fed back to controller 6.
The working principle of the second embodiment is described below with reference to Fig. 6 to Fig. 8.
(1), as shown in fig. 6, be the second embodiment of the present invention control valve closing state when local state schematic diagram.
When control valve does not work, solenoid valve 23 presses on the lower end 2532 of raised 254 bottom and air inlet ring, by the defeated of valve body
Enter end 251 to close, combustion gas cannot be introduced into valve body.
(2), shown in Figure 7, after controller 6 receives the enabling signal of remote controler 8 or touch screen 9, controller 6
It controls the control valve 2 to start to work, stepper motor 24 moves downward under the control of controller 6 in control valve 2 at this time, stepping
Motor 24 drives spinner handle to compress the solenoid valve 23；Solenoid valve 23 is opened with the help of spinner handle 26 after receiving 6 signal of controller
Begin to be attracted, since spinner handle bears against the solenoid valve, the sealing cover 27 on spinner handle bears against the upper end of the air inlet ring
2531 and raised 254 upper end, the first output end 252 is sealed, at this point, input terminal 251 is opened, the first output end 252
It closes, second output terminal 253 is opened.Combustion gas goes out to reach small flare 4 from second output terminal 253 after being entered by input terminal 251.It is small
Flare 4 is lighted under the control of controller 6.It after small flare 4 is ignited, while being heated to temperature difference electricity generation device 5, works as the temperature difference
After reaching certain value, the temperature difference electricity generation device produces electricl energy and electric energy is transferred to controller 6, by controller 6 by electric energy
It is transferred to the rechargeable battery 7.
(3), shown in Figure 8, after small flare 4 is ignited, controller 6 is inputted by detecting with small flare flare up fire
After the flare up fire detector 41 of port connection detects the signal of small flare, the stepper motor in 6 drive control valve of controller
24 drive spinner handles 26 move up, so that sealing cover 27 is detached from raised 254 upper end and the upper end 2531 of air inlet ring, open first
Output end 252, combustion gas enter the first output end 252 and second output terminal 253 by input terminal 251 simultaneously, and main burner 3 connects combustion
Gas, simultaneously as small flare 4 and main burner 3 are located proximate to, small flare 4 can light main burner 3.Small flare 4 is right simultaneously
Temperature difference electricity generation device generates heat radiation.
(4), when controller 6 receives the signal for adjusting 3 flame size of main burner that remote controler 8 or touch screen 9 issue
When, controller 6 drives the sealing cover on spinner handle 26 by driving stepper motor 24 to adjust the big of the first output end 252 opening
It is small, by increase or reduce the first output end 252 opening come the inlet of regulating gas, to reach adjusting main burner
The purpose of 3 flame size.
(5), after controller receives the end signal that remote controler 8 or touch screen 9 issue, controller controls solenoid valve 23
Input terminal 251 is closed, main burner 3 and small flare 4 are closed.
Shown in Figure 9, Fig. 9 is the structural schematic diagram of the third embodiment of the present invention.The 3rd embodiment is real with first
The difference for applying example is only that the position of temperature difference electricity generation device setting is different.In the first embodiment, small flare 4 is set to main burner
Between 3 and temperature difference electricity generation device 5.And in order to which temperature difference electricity generation device 5 preferably obtains heat, in the third embodiment, by the temperature difference
Power generator 5 has been set to the side of main burner 3.Main burner 3 generates heat radiation to temperature difference electricity generation device simultaneously.
Shown in Figure 10, Figure 10 is the structural schematic diagram of the fourth embodiment of the present invention.The fourth embodiment and second
The difference of embodiment is also only that the position of temperature difference electricity generation device setting is different.In the fourth embodiment, small flare 4 is set to main combustion
Between burner 3 and temperature difference electricity generation device 5.And in order to which temperature difference electricity generation device 5 preferably obtains heat, it in the fourth embodiment, will
Temperature difference electricity generation device 5 has been set to the side of main burner 3.Main burner 3 generates heat radiation to temperature difference electricity generation device simultaneously.
Shown in Figure 11, Figure 11 is the structural schematic diagram of the fifth embodiment of the present invention.5th embodiment and implementation
The difference of example one and embodiment three is: the temperature difference electricity generation device 5 of the 5th embodiment does not need small flare or main burner
Heat supply.In the 5th embodiment, temperature difference electricity generation device 5 is an included temperature-difference power generation module 51, the small flare 52, one of a thermo-electric generation
The small flare signal detector 53 of thermo-electric generation and the small flare igniter head 54 of a thermo-electric generation.The temperature-difference power generation module 51 passes through
The heat radiation that the small flare 52 of thermo-electric generation provides produces electricl energy.
As shown in figure 11, the small flare signal detector 53 of the temperature-difference power generation module 51, thermo-electric generation and thermo-electric generation are small
Flare igniter head 54 is all connected with the controller 6, and described the second of the small flare 52 of the thermo-electric generation and the control valve is defeated
Outlet 213 is connected.
Controller in the 5th embodiment includes a stepper motor drive output mouth 61, solenoid-driven output
Port 62, a rechargeable battery powered charging port 63, a remote signal input port 64, a pair of of code learn key-press input port
65, a touch key-press input port 66, a thermo-electric generation input port 67, a small flare igniting output terminal mouth 68 and a small flare
Flare up fire detection input mouth 69 and temperature difference electricity generation device igniting port 610, a temperature difference electricity generation device flare up fire are defeated
Inbound port 611.Stepper motor drive output mouth 61 connects stepper motor 22.The solenoid-driven output port 62 connects by force
Inhale solenoid valve 21.The rechargeable battery powered charging port 63 connects the rechargeable battery 7, and temperature difference electricity generation device 5 is generated
Electric energy is transferred to the rechargeable battery 7 and stores.Remote signal input port 64 is used to receive the enabling signal of the sending of remote controler 8.
Remotely controlled key 10 is connected with to code study key-press input port 65.Touch key-press input port 66 connects touch screen 9, is used for
Receive the control signal that the touch key-press on touch screen 9 issues.It connects temperature difference electricity generation device 5 to thermo-electric generation input port 67,
The electric energy that temperature difference electricity generation device 5 generates is transferred to rechargeable battery 7.Small flare igniting output terminal mouth 68 connects small flare igniting
Head, small flare igniting when for installing for the first time.Its connection of small flare flare up fire detection input mouth 69 is mounted at small flare
Flare up fire detector 41.Temperature difference electricity generation device igniting port 610 connects the small flare igniter head 54 of thermo-electric generation, for temperature
The small flare igniting of difference power generation.The temperature difference electricity generation device flare up fire input port 611 connects the small flare letter of the thermo-electric generation
Number detector 53.
Shown in Figure 12, Figure 12 is the structural schematic diagram of the sixth embodiment of the present invention.The sixth embodiment and implementation
The difference of example two and example IV is: the temperature difference electricity generation device 5 of the sixth embodiment does not need small flare or main burner
Heat supply.In the sixth embodiment, temperature difference electricity generation device 5 is an included temperature-difference power generation module 51, the small flare 52, one of a thermo-electric generation
The small flare signal detector 53 of thermo-electric generation and the small flare igniter head 54 of thermo-electric generation.The temperature-difference power generation module 51 passes through temperature
The heat radiation that the small flare 52 of difference power generation provides produces electricl energy.
As shown in figure 12, the temperature-difference power generation module 51, the small flare 52 of power generation, the small flare signal detector 53 of thermo-electric generation
And the small flare igniter head 54 of thermo-electric generation is all connected with the controller 6, and the small flare 52 of the thermo-electric generation and the control valve
The second output terminal 253 be connected.
Controller in the sixth embodiment includes a stepper motor drive output mouth 61, solenoid-driven output
Port 62, a rechargeable battery powered charging port 63, a remote signal input port 64, a pair of of code learn key-press input port
65, a touch key-press input port 66, a thermo-electric generation input port 67, a small flare igniting output terminal mouth 68 and a small flare
Flare up fire detection input mouth 69 and temperature difference electricity generation device igniting port 610, a temperature difference electricity generation device flare up fire are defeated
Inbound port 611.Stepper motor drive output mouth 61 connects stepper motor 24.The solenoid-driven output port 62 connects electricity
Magnet valve 23.The rechargeable battery powered charging port 63 connects the rechargeable battery 7, the electric energy that temperature difference electricity generation device 5 is generated
The rechargeable battery 7 is transferred to store.Remote signal input port 64 is used to receive the enabling signal of the sending of remote controler 8.To code
Study key-press input port 65 is connected with remotely controlled key 10.Touch key-press input port 66 connects touch screen 9, for receiving
The control signal that touch key-press on touch screen 9 issues.It connects temperature difference electricity generation device 5 to thermo-electric generation input port 67, will be warm
The electric energy that poor power generator 5 generates is transferred to rechargeable battery 7.Small flare igniting output terminal mouth 68 connects small flare igniter head, uses
Small flare igniting when first installation.Its connection of small flare flare up fire detection input mouth 69 is mounted on the flame at small flare
Signal detector 41.Temperature difference electricity generation device igniting port 610 connects the small flare igniter head 54 of thermo-electric generation, is thermo-electric generation
Small flare 52 is lighted a fire.The temperature difference electricity generation device flare up fire input port 611 connects the small flare signal inspection of the thermo-electric generation
Survey device 53.
It should be understood that these embodiments are only illustrative of the invention and is not intended to limit the scope of the invention.Furthermore it should manage
Solution, after reading the content taught by the present invention, those skilled in the art can make various modifications or changes to the present invention, this
A little equivalent forms are also fallen within the scope of the appended claims of the present application.
Claims (12)
1. a kind of adjustable fire single source of the gas gas control system of included power generator characterized by comprising
One pressure reducing valve, input terminal connect gas source, and output end connects a control valve；
The control valve, controls the gas source input of a main burner and a small flare, and the input terminal of the control valve passes through combustion gas
Pipeline connects the output end of the pressure reducing valve, and the control valve includes the first output end and second output terminal；
The main burner is connect by the gas pipeline with first output end of the control valve；
The small flare is connect by the gas pipeline with the second output terminal of the control valve, which uses
In to a temperature difference electricity generation device heat supply and for lighting the main burner；
The temperature difference electricity generation device connects the controller and electricity can be transferred to a controller；
The controller is separately connected the control valve, the main burner, the small flare and thermo-electric generation dress
It sets；
One rechargeable battery is connected on the controller, and the rechargeable battery stores the power generation dress by the controller
Set the electric energy of generation.
2. the adjustable fire single source of the gas gas control system of included power generator according to claim 1, which is characterized in that institute
Stating control valve includes that the last one inhales solenoid valve and a stepper motor, in which:
The strong suction solenoid valve a comprising input terminal and two output ends, described two output ends are the control valve
First output end and the second output terminal, the output end phase of the strong input terminal and the pressure reducing valve for inhaling solenoid valve
Even；First output end connects the main burner；The second output terminal connects the small flare；The strong suction solenoid valve
It is connected with the controller, this is inhaled by force solenoid valve and turns on or off input terminal under the control of the controller；
The stepper motor is set to first output end, and the stepper motor is connected with the controller, the stepping electricity
Machine turns on or off first output end under the control of the controller.
3. the adjustable fire single source of the gas gas control system of included power generator according to claim 2, which is characterized in that institute
Small flare is stated equipped with a flare up fire detector, the flare up fire detector be thermocouple, ion probe or photo sensitive device it
One, the flare up fire detector connects the controller.
4. the adjustable fire single source of the gas gas control system of included power generator according to claim 1, which is characterized in that institute
Stating control valve includes a valve body, a solenoid valve, a stepper motor and the spinner handle driven by the stepper motor, in which:
The valve body, which is provided with input terminal and two output ends, and described two output ends are described the of the control valve
One output end and the second output terminal, the input terminal are lower than the second output terminal, and the second output terminal is located at described
The lower section of first output end；It is equipped with an air inlet ring positioned at the port of second output terminal in the valve body, and corresponding in the valve body
It is equipped with protrusion in the port of the second output terminal, keeps a gap between the protrusion and the air inlet ring；Under the protrusion
End is concordant with the lower end of the air inlet ring, and the upper end of the protrusion is concordant with the upper end of the air inlet ring；
The spinner handle is connected to the lower section of the stepper motor, and the spinner handle is under the drive of the stepper motor along described
Gap moves up and down；The spinner handle is equipped with a sealing cover, and the diameter of the sealing cover is greater than the diameter in the gap, when described
When sealing cover bears against the upper end of air inlet ring upper end and the protrusion with the spinner handle, described in the seal cap sealing
One output end；
The solenoid valve is connected with the controller, which is attracted or discharges under the driving of the controller, works as institute
When stating solenoid valve actuation, the solenoid valve presses on the lower end of air inlet ring lower end and the protrusion, and the solenoid valve is closed
The input terminal；
The stepper motor is connected with the controller, which drives the rotation under the driving of the controller
Bar moves above and below.
5. the adjustable fire single source of the gas gas control system of included power generator according to claim 4, which is characterized in that institute
Small flare is stated equipped with a flare up fire detector, which is thermocouple, the flare up fire detector connection
The controller.
6. according to claim 1, the adjustable fire single source of the gas gas control system of included power generator described in any one of 2 or 4,
It is characterized in that, further including a remote controler, the remote controler issues the enabling signal remote control controller and starts to start.
7. according to claim 1, the adjustable fire single source of the gas gas control system of included power generator described in any one of 2 or 4,
It is characterized in that, being also connected with a touch screen on the controller, the touch screen is equipped with multiple touch key-press, by described
Controller described in touch screen control.
8. according to claim 1, the adjustable fire single source of the gas gas control system of included power generator described in any one of 2 or 4,
It is characterized in that, being also connected with a remotely controlled key on the controller.
9. the adjustable fire single source of the gas gas control system of included power generator according to claim 1, which is characterized in that institute
Stating temperature difference electricity generation device includes a temperature-difference power generation module, and the temperature-difference power generation module is set near the small flare or main burner
It is produced electricl energy to receive the heat radiation of the small flare or main burner, the temperature-difference power generation module connects the control
Device.
10. the adjustable fire single source of the gas gas control system of included power generator according to claim 9, which is characterized in that
The controller includes a stepper motor drive output mouth, a rechargeable battery powered charging port, a remote signal input terminal
Mouth, a pair of of code study key-press input port, a touch key-press input port, a temperature difference hair being connected with the temperature-difference power generation module
Electrical input mouth, a small flare igniting output terminal mouth, a small flare flare up fire detection input mouth and a solenoid-driven are defeated
Exit port.
11. the adjustable fire single source of the gas gas control system of included power generator according to claim 1, which is characterized in that
The temperature difference electricity generation device includes a temperature-difference power generation module, the small flare of a thermo-electric generation, the small flare signal detection of a thermo-electric generation
Device and the small flare igniter head of thermo-electric generation, the small flare signal detector of the temperature-difference power generation module, thermo-electric generation and thermo-electric generation
Small flare igniter head is all connected with the controller, and the small flare of the thermo-electric generation is connected with the second output terminal, the temperature
The heat radiation power generation that poor electricity generation module is generated by the small flare of the thermo-electric generation.
12. the adjustable fire single source of the gas gas control system of included power generator according to claim 11, which is characterized in that
The controller includes a stepper motor drive output mouth, a rechargeable battery powered charging port, a remote signal input terminal
Mouth, a pair of of code study key-press input port, a touch key-press input port, a small flare igniting output terminal mouth, a small flare fire
The thermo-electric generation that flame signal detection input port, a solenoid-driven output port, one are connected with the temperature-difference power generation module is defeated
Temperature difference electricity generation device that inbound port, one are connected with the small flare igniter head of thermo-electric generation igniting port, one send out with the temperature difference
The connected temperature difference electricity generation device flare up fire input port of the small flare signal detector of electricity.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510991586.7A CN106918052B (en) | 2015-12-25 | 2015-12-25 | A kind of adjustable fire single source of the gas gas control system of included power generator |
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| CN201510991586.7A CN106918052B (en) | 2015-12-25 | 2015-12-25 | A kind of adjustable fire single source of the gas gas control system of included power generator |
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| CN106918052A CN106918052A (en) | 2017-07-04 |
| CN106918052B true CN106918052B (en) | 2019-08-27 |
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| US5720608A (en) * | 1995-02-17 | 1998-02-24 | Paloma Kogyo Kabushiki Kaisha | Combusting apparatus with storage battery included therein |
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| CN106918052A (en) | 2017-07-04 |
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