CN207610192U - Gasification of biomass all-in-one machine - Google Patents
Gasification of biomass all-in-one machine Download PDFInfo
- Publication number
- CN207610192U CN207610192U CN201720942294.9U CN201720942294U CN207610192U CN 207610192 U CN207610192 U CN 207610192U CN 201720942294 U CN201720942294 U CN 201720942294U CN 207610192 U CN207610192 U CN 207610192U
- Authority
- CN
- China
- Prior art keywords
- burning
- combustion
- occurs
- electric
- steamdrum
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Landscapes
- Solid-Fuel Combustion (AREA)
Abstract
The utility model provides a kind of gasification of biomass all-in-one machine, belongs to boiler technology field, electric steam generator, fired steam generator, water inlet pipe, escape pipe, four solenoid valves, controller and cabinet；Electric steam generator includes electrical heating storehouse, adding thermal resistance, electric steam main water box, electric steam deputy tank, electric steam liquid level gauge, electric steamdrum and electric steam backwater pipe；Fired steam generator includes heater box, gas combustion apparatus, biomass combustion device；Heater box includes combustion heating storehouse, main water box occurs for burning, deputy tank occurs for burning, liquid level gauge occurs for burning, heating tube occurs for burning, steamdrum occurs for burning, return pipe and wind turbine occur for burning.The utility model is by being arranged electric steam generator, fired steam generator is used to generate steam using different energy sources, also set up controller control electric steam generator, whether fired steam generator intakes, goes out steam, can unrestricted choice different energy sources supply steam, covering it is wider array of use crowd.
Description
Technical field
The utility model belongs to boiler technology field, and in particular to gasification of biomass all-in-one machine.
Background technology
The peasant of China's wide geographic area often remains a large amount of stalk after having planted crops, due to unit take-back cost with
And the problem of cost recovery, cause peasant to handle stalk by the way of burning, not only welding, but also waste of energy.
Meanwhile the energy used in many steam boilers available on the market is relatively simple now, for continually changing
Energy prices and market reaction are more slow, and the energy prices of different regions are also different, lead to the pot using the single energy
The sales range of stove is smaller, and enterprise can be influenced when the energy is not supplied temporarily using the steam boiler of the single energy
Normal operation.
Utility model content
In order to provide a kind of steam boiler that can use various energy resources, biomass fuel can be used to generate steaming
Vapour can also use combustible gas or electricity to generate steam, when avoiding using the single energy caused by single energy pause supply
Perplex, technical solution is used by the utility model：Gasification of biomass all-in-one machine, including electric steam generator, fired combustion steam
Generator, water inlet pipe, escape pipe, four solenoid valves, controller and cabinet；The electric steam generator includes electrical heating storehouse, adds
Thermal resistance, electric steam main water box, electric steam deputy tank, electric steam liquid level gauge, electric steamdrum and electric steam backwater pipe；The heating
Resistance is arranged in electrical heating storehouse, and the electricity steam main water box is arranged on the electrical heating storehouse；The electricity steam deputy tank
In the electric steam main water box side, the top surface of the electricity steam deputy tank is not higher than the top of the electric steam main water box for setting
Face；The electricity steam liquid level gauge setting is in the electric steam deputy tank, the water level for detecting the electric steam generator；Institute
The setting of electric steamdrum is stated on the electric steam main water box, the electricity steam main water box respectively with the electrical heating storehouse, described
Electric steam deputy tank, the electric steamdrum connection；The electricity steam deputy tank is steamed by the electric steam backwater pipe with the electricity
Drum is connected to；The fired steam generator includes heater box, gas combustion apparatus, biomass combustion device；The heater box
Main water box occurs including combustion heating storehouse, burning, deputy tank occurs for burning, liquid level gauge occurs for burning, heating tube occurs for burning, combustion
It burns and steamdrum, burning generation return pipe and wind turbine occurs；The gas combustion apparatus setting occurs in the burning under main water box
In the combustion heating storehouse in face, flame is generated by combustion gas, burning generation main water box and the burning are heated
Pipe heats；The burning occurs deputy tank setting and main water box side occurs in the burning, and the top of deputy tank occurs for the burning
The top surface of main water box occurs not higher than the burning for face；The burning occurs liquid level gauge setting and deputy tank occurs in the burning
On, the water level for detecting the heater box；The burning occur heating tube pass through burning generation main water box and with institute
Wind turbine connection is stated, the wind turbine extracts the tail gas that burning gases in heating tube occur for the burning out；Steamdrum occurs for the burning
Setting occurs in the burning on main water box, burning generation main water box respectively with burning generation steamdrum, described
Deputy tank connection occurs for burning, and the burning occurs steamdrum and secondary water occurs by burning generation return pipe and the burning
Case is connected to；The biomass combustion device includes feed hopper, combustion bin, auger, motor, partition board, air blower and igniter；Institute
Feed hopper is stated to be inclined at the top of the combustion bin and be connected to the combustion bin；The auger is arranged in the charging
Bucket supplies biomass fuel by the rotation of the motor in the interface channel of the combustion bin to the combustion bin；It is described
Partition board is arranged in the combustion bin, and a part of space of the combustion bin is divided into upper layer and lower layer, the feed hopper and institute
The interface channel for stating combustion bin is opened in above the partition board, and the air outlet of the air blower is located above the partition board；It is described
Igniter is arranged below the partition board, for lighting biomass fuel；The combustion bin is connected to the combustion heating storehouse,
The biomass fuel of flame and burning is blown into the combustion heating storehouse by the air blower；The water inlet pipe is steamed with the electricity respectively
Deputy tank connection occurs for vapour deputy tank, the burning, and the water inlet pipe includes water inlet manifold, inlet triplet for water and two into water manifold,
The water inlet manifold is connected to described in two into water manifold by the inlet triplet for water, and two is described into being respectively arranged with one on water manifold
The solenoid valve is used to control the water inlet of the electric steam generator, the fired steam generator；The escape pipe includes
Gas manifold, outlet threeway and two outlet menifolds, the outlet manifold are connected to by the outlet threeway with the two outlet menifolds,
The two outlet menifolds occur steamdrum and are connected to the electric steamdrum, the burning respectively, on the two outlet menifolds respectively
It is provided with pipeline of the solenoid valve for being turned on or off the outlet menifold；The controller by operation button,
The signal that liquid level gauge feedback occurs for the electricity steam liquid level gauge or the burning controls four solenoid valve, the adding thermal resistance
And the blower fan work；Two it is described on water manifold, the solenoid valve on the two outlet menifolds interlocking, the combustion is respectively set
It is provided with the on-off switch setting interlocking of a solenoid valve and the circuit of the adding thermal resistance on the supply air line of gas burner, makes
Only there are one work among the electric steam generator and the fired steam generator；The heater box, the combustion gas
Burner, the electric steam generator, four solenoid valve and the controller are mounted in the cabinet, the water inlet
Pipe, escape pipe are partially installed in the cabinet, the arrival end of the water inlet pipe, the outlet end of the escape pipe, the wind turbine
Exhaust port side stretch out the cabinet.
The utility model has the advantages that：
The utility model is by being arranged the electric steam generator, the fired steam generator is used to use different energy sources
Steam is generated, the controller is also set up and controls the electric steam generator, the fired combustion steam by controlling solenoid valve
Whether generator intakes, goes out steam, can unrestricted choice different energy sources supply steam, can meet the needs of more location, cover
Cover it is wider array of use crowd, meanwhile, by the way that interlocking solenoid valve is arranged, make the electric steam generator, fired combustion steam hair
Raw device will not be carried out at the same time work, avoid causing more being lost.
Description of the drawings
Fig. 1 is a kind of stereogram of better embodiment of the utility model.
Fig. 2 is stereogram when a kind of better embodiment of the utility model removes cabinet 6.
Fig. 3 is vertical view when a kind of better embodiment of the utility model removes cabinet 6.
Fig. 4 is the sectional view (directions Fig. 3 A-A) of fired steam generator.
Fig. 5 is the sectional view (directions Fig. 4 B-B) of electric steam generator.
Main element symbol description
| Electric steam generator 1 | Electrical heating storehouse 11 | Adding thermal resistance 12 |
| Electric steam main water box 13 | Electric steam deputy tank 14 | Electric steamdrum 15 |
| Electric return water threeway 151 | Electric steam backwater pipe 16 | Fired steam generator 2 |
| Heater box 21 | Combustion heating storehouse 211 | Main water box 212 occurs for burning |
| Deputy tank 213 occurs for burning | Heating tube 214 occurs for burning | Coiled pipe 2141 |
| Steamdrum 215 occurs for burning | Combustion gas return water threeway 2151 | Return pipe 216 occurs for burning |
| Wind turbine 217 | Gas collection portion 218 | Gas combustion apparatus 22 |
| Biomass combustion device 23 | Feed hopper 231 | Combustion bin 232 |
| Auger 233 | Motor 234 | Partition board 235 |
| Air blower 236 | Igniter 237 | Water inlet pipe 3 |
| Water inlet manifold 31 | Inlet triplet for water 32 | Into water manifold 33 |
| Escape pipe 4 | Outlet manifold 41 | Outlet threeway 42 |
| Outlet menifold 43 | Solenoid valve 5 | Cabinet 6 |
Following specific implementation mode will further illustrate the utility model in conjunction with above-mentioned attached drawing.
Specific implementation mode
The following examples can help those skilled in the art to be more fully understood the utility model, but cannot be with
Any mode limits the utility model.
- 3 are please referred to Fig.1, in a preferred embodiment of the utility model, provides a kind of gasification of biomass all-in-one machine, is wrapped
It includes including electric steam generator 1, fired steam generator 2, water inlet pipe 3, escape pipe 4, four solenoid valves 5, controller and cabinet
6；
Fig. 4 is please referred to, the electric steam generator 1 includes electrical heating storehouse 11, adding thermal resistance 12, electric steam main water box
13, electric steam deputy tank 14, electric steam liquid level gauge, electric steamdrum 15 and electric steam backwater pipe 16.The adding thermal resistance 12 is arranged
In electrical heating storehouse 11, the electricity steam main water box 13 is arranged on the electrical heating storehouse 11.The electricity steam deputy tank 14
Setting is in electric 13 side of steam main water box, and the top surface of the electricity steam deputy tank 14 is not higher than the electric steam main water box 13
Top surface.The electricity steam liquid level gauge setting is in the electric steam deputy tank 14, for detecting the electric steam generator 1
Water level.Electricity steamdrum 15 setting on the electric steam main water box 13, the electricity steam main water box 13 respectively with it is described
Electrical heating storehouse 11, the electric steam deputy tank 14, the electric steamdrum 15 are connected to.The electricity steam deputy tank 14 passes through the electricity
Steam backwater pipe 16 is connected to the electric steamdrum 15.
The fired steam generator 2 includes heater box 21, gas combustion apparatus 22, biomass combustion device 23.
The heater box 21 includes combustion heating storehouse 211, main water box 212 occurs for burning, deputy tank 213 occurs for burning, combustion
Burn generation liquid level gauge, heating tube 214 occurs for burning, steamdrum 215 occurs for burning, burning occurs return pipe 216 and wind turbine 217.
The gas combustion apparatus 22 is arranged in the combustion heating storehouse 211 that the burning occurs below main water box 212, is fired by burning
Gas generates flame and main water box 212 and the burning generation heating of heating tube 214 occurs to the burning.The burning occurs secondary
In the burning 212 side of main water box occurs for the setting of water tank 213, and the top surface of deputy tank 213 occurs for the burning not higher than described
The top surface of main water box 212 occurs for burning.The burning occurs liquid level gauge setting and occurs in deputy tank 213 in the burning, is used for
Detect the water level of the heater box 21.The burning occur heating tube 214 pass through burning generation main water box 212 and with institute
The connection of wind turbine 217 is stated, the wind turbine 217 extracts the tail gas that burning gases in heating tube 214 occur for the burning out.The burning hair
The raw setting of steamdrum 215 occurs in the burning on main water box 212, the burning generation main water box 212 respectively with the combustion
It burns and steamdrum 215, the burning generation connection of deputy tank 213 occurs, the burning occurs steamdrum 215 and sent out by the burning
Raw return pipe 216 occurs deputy tank 213 with the burning and is connected to.
The biomass combustion device 23 include feed hopper 231, combustion bin 232, auger 233, motor 234, partition board 235,
Air blower 236 and igniter 237.The feed hopper 231 be inclined at the top of the combustion bin 232 and with the combustion
Storehouse 232 is burnt to be connected to.The auger 233 is arranged in the interface channel of the feed hopper 231 and the combustion bin 232, passes through institute
The rotation for stating motor 234 supplies biomass fuel to the combustion bin 232.The partition board 235 is arranged in the combustion bin 232
It is interior, a part of space of the combustion bin 232 is divided into upper layer and lower layer, the company of the feed hopper 231 and the combustion bin 232
It connects road and is opened in 235 top of the partition board, the air outlet of the air blower 236 is located at 235 top of the partition board.The igniting
Device 237 is arranged below the partition board 235, for lighting biomass fuel.The combustion bin 232 and the combustion heating storehouse
The biomass fuel of flame and burning is blown into the combustion heating storehouse 211 by 211 connections, the air blower 236.
The water inlet pipe 3 is connected to the electric steam deputy tank 14, burning generation deputy tank 213 respectively, it is described into
For water pipe 3 including water inlet manifold 31, inlet triplet for water 32 and two into water manifold 33, the water inlet manifold 31 passes through the inlet triplet for water 32
It is connected into water manifold 33 with described in two, two is described described for controlling into a solenoid valve 5 is respectively arranged on water manifold 33
The water inlet of electric steam generator 1, the fired steam generator 2.
The escape pipe 4 includes outlet manifold 41, outlet threeway 42 and two outlet menifolds 43, and the outlet manifold 41 passes through
The outlet threeway is connected to the two outlet menifolds 43, the two outlet menifolds 43 respectively with the electric steamdrum 15, described
Burning occurs steamdrum 215 and is connected to, and a solenoid valve 5 is respectively arranged on the two outlet menifolds 43 for opening or closing
Close the pipeline of the outlet menifold 43.
The letter of liquid level gauge feedback occurs by operation button, the electric steam liquid level gauge or the burning for the controller
Number control four solenoid valve 5, the adding thermal resistance 12, the gas combustion apparatus 22, the wind turbine 217, the motor
234, the air blower 236, the igniter 237 work.Preferably, two it is described on water manifold 33, the two outlet qis
Interlocking is respectively set in solenoid valve 5 on pipe 43, and a solenoid valve 5 and institute are provided on the supply air line of the gas combustion apparatus 22
The on-off switch setting interlocking for stating the circuit of adding thermal resistance 12, makes the electric steam generator 1 and the fired steam generator 2
Among only there are one working；So that the electric steam generator 1 and the fired steam generator 2 is not worked at the same time, avoids
Since the two outlet menifolds, 43 steam pressure difference causes the steam of a generator to pour in down a chimney in another generator, increase energy
Amount loss.
The heater box 21, the gas combustion apparatus 22, the electric steam generator, four solenoid valve 5 and institute
Controller is stated in the cabinet, the water inlet pipe, escape pipe are partially installed in the cabinet 6, the water inlet pipe 3
Arrival end, the outlet end of the escape pipe 4, the wind turbine 217 exhaust port side stretch out the cabinet 6.
Preferably, it includes several coiled pipes 2141 that heating tube 214, which occurs, for the burning, and the two of several coiled pipes 2141
The top and bottom that with the burning main water box 212 occurs for end respectively are connected to.
The heater box 21 further includes gas collection portion 218；The gas collection portion 218 is hollow, bottom and several coiled pipes 2141
One end that 212 top surface of main water box occurs in the burning is connected to, and side wall is connected to the wind turbine 217.
The burning occurs steamdrum 215 and the gas collection portion 218 and shares one side wall, the setting of the wind turbine 217 with institute
Burning is stated to occur on the opposite another side wall of steamdrum 215.
15 top of electricity steamdrum is provided with electric return water threeway 151, and the electricity return water threeway 151 is steamed with the electricity respectively
Drum 15, the electric steam backwater pipe 16 and an outlet menifold 43 connection；The burning occurs 215 top-side of steamdrum and sets
It is equipped with combustion gas return water threeway 2151, with the burning steamdrum 215, the combustion gas occur for the combustion gas return water threeway 2151 respectively
Steam backwater pipe 216 and the connection of another outlet menifold 43.
The position that the combustion bin 232 is connected to the combustion heating storehouse 211 is located at the burning with the air blower 236
The opposite sides in storehouse 232, in floor projection, the air outlet of the air blower 236 is towards the combustion bin 232 and the burning
The position that heating cabinet 211 is connected to, preferably can be blown into the heating cabinet 211, and prevent fire by biomass fuel and flame
Flame is propagated to feed hopper 231；The floor projection for the side that the combustion bin 232 is connected to the combustion heating storehouse 211 is in necking
Shape, necking the air blower 236 be directed toward the combustion bin 211 and the combustion heating storehouse 211 be connected on the direction at position by
Become smaller greatly, biomass fuel is avoided to be stuck in the both sides that the combustion bin 232 is connected to position entrance with the heating cabinet 211.
It includes several coiled pipes 2141 that heating tube 214, which occurs, for the burning, and the both ends of several coiled pipes 2141 are distinguished
The top and bottom that main water box 212 occurs with the burning are connected to；The heating tube 214 and the main water box 212 can be increased
The contact area of interior water and increase heat in the main water box 212 stroke, enable water to preferably absorb heat；
The heater box 21 further includes gas collection portion 218；The gas collection portion 218 is hollow, bottom and several coiled pipes 2141
One end that 212 top surface of main water box occurs in the burning is connected to, and side wall is connected to the wind turbine 217；Steam occurs for the burning
Packet 215 shares one side wall with the gas collection portion 218, and the wind turbine 217 is arranged opposite with burning generation steamdrum 215
On another side wall, the air-water mixture of the steamdrum 215 is set to be influenced by the waste heat in the gas collection portion 218, into one
Step increases the thermal efficiency, while the wind turbine 217 is arranged in the opposite side of the steamdrum 215, can preferably save space, subtract
The volume of skinny device.
The combustion bin 32 is connected to by rectangle connecting tube 7 with the heating cabinet 11, and biomass fuel can be preferably transmitted
Material.
22 extending direction in the horizontal direction of the gas combustion apparatus and the extending direction of the rectangle connecting tube 7 hang down
Directly, the flame that biomass fuel generates encounters 7 upward water conservancy diversion of the gas combustion apparatus, makes more flames to the heating tube
214 flowings, increase the efficiency of combustion of biomass fuel.
The combustion heating storehouse 211, the combustion bin 232 side wall on offer shoot door, for clear up burning after
Ash.
The gas combustion apparatus 22 not only offers gas inlet, can also open up air inlet, and be provided with
Control the solenoid valve of the gas inlet and air inlet opening and closing.It is heated using the gas combustion apparatus 22
When, it opens the gas inlet and is filled with natural gas and lights natural gas and heated, when the oxygen that the air blower 236 is supplied
When tolerance deficiency, oxygen supply amount can be increased by opening the solenoid valve of the air inlet, avoid insufficient wave that burns
Take the energy
When using electrical energy production vapor, open be connected to the electricity steam deputy tank 14 into water manifold 33 and with institute
The solenoid valve 5 on the outlet menifold 43 of the connection of electric steamdrum 15 is stated, to the electric steam deputy tank 14, the electric steam main water box
13 and the electrical heating storehouse 11 plus water, stop water inlet, the heating when liquid level reaches electric steam 14 top of deputy tank
Resistance 12 is powered, and is heated in the electrical heating storehouse 11 water, and water becomes steam through the main water of the electric steam after being heated
Case 13 enters the electric steamdrum 15, and it is total then to enter the outlet by the outlet menifold 43 being connected to the electric steamdrum 15
Pipe 4141；Steam can rise in the process of generation and in rising with dynamic water level, and water returns to the electricity by electric steam backwater pipe 16
Then steam deputy tank 14 reenters the electrical heating storehouse 11 and is heated.
When using combustion-gas jet test vapor, open be connected to combustion gas generation deputy tank 213 on water manifold 33 with
And the solenoid valve 5 on the outlet menifold 43 that be connected to of steamdrum 215 occurs with the burning, to burning generation deputy tank 213,
Main water box 212 plus water occur for the burning, are reached when liquid level and stop water inlet when 213 top of deputy tank occurs for the burning, described
Gas combustion apparatus 22 is lighted a fire, and to the burning 212 bottom-heated of main water box occurs for the gas of burning, and passes through the burning
The water that the burning main water box 212 occurs for heating tube 214 occurs to heat, water becomes steam through the entrance after being heated
Steamdrum 215 occurs for the burning, then by occurring described in the entrance of outlet menifold 43 that steamdrum 215 is connected to described burn
Outlet manifold 41；Steam can rise in the process of generation and in rising with dynamic water level, and water occurs return pipe 216 by burning and returns to
Deputy tank 213 occurs for the combustion gas, then reenters burning generation main water box 212 and is heated.
When using biomass fuel as the energy, open be connected to combustion gas generation deputy tank 213 into water manifold
The solenoid valve 5 on the outlet menifold 43 that steamdrum 215 is connected to occurs on 33 and with the burning, secondary water occurs to the burning
Main water box 212 plus water occur for case 213, the burning, control the rotation of the motor 234 and drive the auger 233, by the charging
Biomass fuel in bucket 231 is transported on the partition board 235, and the air blower 236 blows air into the combustion bin 232 simultaneously
Biomass fuel is pushed to be fallen from the partition board 235, the igniter 237 is by spraying into and lighting gaseous fuel or combustion
Oil generates flame and lights biomass fuel, and controls the duration of ignition by the time relay in the igniter 237,
Disconnect the gas supply or oil feed line of the igniter 237 after for a period of time automatically in fire endurance period；Due to partition board 235 and
The influence of air blower 236, flame are propagated to the direction of the heating cabinet 11 and avoid enter into the feed hopper 231；Flame into
Enter to be kept off by the gas combustion apparatus 2 after heating cabinet and flow up into the heating tube 14, to the heating tube 14 and
12 bottom of the main water box is heated, and then the water in the main water box 12 is heated, 12 water heating in the main water box
At the escape pipe 5 is entered after entering the steamdrum 15 after vapor, the hot water that vapor rises is followed to pass through the return water
Pipe 16 flows into the deputy tank 13, then enters the main water box 12 from the deputy tank 13 again；The air blower 236 will burn
Tail gas extraction afterwards, reduces the negative pressure that burning gases are subject in the heating tube 14, increases the thermal efficiency.
The utility model is by being arranged the electric steam generator 1, the fired steam generator 2 is used to use different energy
Source generates steam, also sets up the controller and controls the electric steam generator, the burning steaming by controlling solenoid valve
Whether vapour generator intakes, goes out steam, can unrestricted choice different energy sources supply steam, can meet the needs of more location,
Cover it is wider array of use crowd.
Claims (6)
1. gasification of biomass all-in-one machine, it is characterised in that：The gasification of biomass all-in-one machine includes electric steam generator, burning steaming
Vapour generator, water inlet pipe, escape pipe, four solenoid valves, controller and cabinet；
The electric steam generator includes electrical heating storehouse, adding thermal resistance, electric steam main water box, electric steam deputy tank, electric vapor liquid
Position meter, electric steamdrum and electric steam backwater pipe；The adding thermal resistance is arranged in electrical heating storehouse, the electricity steam main water box setting
On the electrical heating storehouse；The electricity steam deputy tank setting is in the electric steam main water box side, the electricity steam pair water
Top surface of the top surface of case not higher than the electric steam main water box；The electricity steam liquid level gauge setting is in the electric steam deputy tank
On, the water level for detecting the electric steam generator；The electricity steamdrum setting is described on the electric steam main water box
Electric steam main water box is connected to the electrical heating storehouse, the electric steam deputy tank, the electric steamdrum respectively；The electricity steam pair
Water tank is connected to by the electric steam backwater pipe with the electric steamdrum；
The fired steam generator includes heater box, gas combustion apparatus, biomass combustion device；
The heater box includes combustion heating storehouse, main water box occurs for burning, deputy tank occurs for burning, liquid level gauge occurs for burning, combustion
Burn generation heating tube, steamdrum occurs for burning, return pipe and wind turbine occur for burning；The gas combustion apparatus is arranged in the combustion
It burns in the combustion heating storehouse occurred below main water box, generate flame by combustion gas occurs main water box and institute to the burning
It states burning and heating tube heating occurs；The burning occurs deputy tank setting and main water box side, the burning occurs in the burning
The top surface of main water box occurs not higher than the burning for the top surface that deputy tank occurs；The burning occurs liquid level gauge and is arranged in the combustion
It burns and occurs in deputy tank, the water level for detecting the heater box；The burning occurs heating tube and the burning is passed through to lead
It water tank and is connected to the wind turbine, the wind turbine extracts the tail gas that burning gases in heating tube occur for the burning out；The combustion
It burns and steamdrum setting occurs on burning generation main water box, the burning occurs main water box and occurs respectively with the burning
Deputy tank connection occurs for steamdrum, the burning, the burning occur steamdrum by burning generation return pipe with it is described
Deputy tank connection occurs for burning；
The biomass combustion device includes feed hopper, combustion bin, auger, motor, partition board, air blower and igniter；It is described
Feed hopper is inclined at the top of the combustion bin and is connected to the combustion bin；The auger is arranged in the feed hopper
In the interface channel of the combustion bin, biomass fuel is supplied to the combustion bin by the rotation of the motor；It is described every
Plate is arranged in the combustion bin, and a part of space of the combustion bin is divided into upper layer and lower layer, the feed hopper with it is described
The interface channel of combustion bin is opened in above the partition board, and the air outlet of the air blower is located above the partition board；The point
Fiery device is arranged below the partition board, for lighting biomass fuel；The combustion bin is connected to the combustion heating storehouse, institute
It states air blower and the biomass fuel of flame and burning is blown into the combustion heating storehouse；
The water inlet pipe is connected to the electric steam deputy tank, burning generation deputy tank respectively, the water inlet pipe include into
Supply mains, inlet triplet for water and two are connected to described in two into water manifold into water manifold, the water inlet manifold by the inlet triplet for water,
Two is described into being respectively arranged with a solenoid valve for controlling the electric steam generator, fired combustion steam hair on water manifold
The water inlet of raw device；
The escape pipe includes outlet manifold, outlet threeway and two outlet menifolds, and the outlet manifold passes through the outlet threeway
It being connected to the two outlet menifolds, the two outlet menifolds occur steamdrum and are connected to the electric steamdrum, the burning respectively,
Pipeline of the solenoid valve for being turned on or off the outlet menifold is respectively arranged on the two outlet menifolds；
The signal control of liquid level gauge feedback occurs by operation button, the electric steam liquid level gauge or the burning for the controller
Make four solenoid valve, the adding thermal resistance, the gas combustion apparatus, the wind turbine, the motor, the air blower, institute
State igniter work；Two it is described on water manifold, the solenoid valve on the two outlet menifolds interlocking, the combustion gas is respectively set
It is provided with the on-off switch setting interlocking of a solenoid valve and the circuit of the adding thermal resistance on the supply air line of burner, makes institute
State among electric steam generator and the fired steam generator that only there are one work；
The heater box, the gas combustion apparatus, the electric steam generator, four solenoid valve and controller peace
In the cabinet, the water inlet pipe, escape pipe are partially installed in the cabinet, the arrival end of the water inlet pipe, described
The outlet end of escape pipe, the wind turbine exhaust port side stretch out the cabinet.
2. gasification of biomass all-in-one machine as described in claim 1, it is characterised in that：It includes several that heating tube, which occurs, for the burning
Coiled pipe, the top and bottom that with the burning main water box occurs for the both ends of several coiled pipes respectively are connected to.
3. gasification of biomass all-in-one machine as claimed in claim 2, it is characterised in that：The heater box further includes gas collection portion；Institute
State that gas collection portion is hollow, bottom is located at one end that main water box top surface occurs for the burning with several coiled pipes and is connected to, side wall with it is described
Wind turbine is connected to.
4. gasification of biomass all-in-one machine as claimed in claim 3, it is characterised in that：Steamdrum and the collection occur for the burning
Gas portion shares one side wall, and the wind turbine is arranged on another side wall opposite with the burning generation steamdrum.
5. gasification of biomass all-in-one machine as described in claim 1, it is characterised in that：Electricity is provided at the top of the electricity steamdrum to return
Water threeway, the electricity return water threeway are connected to the electric steamdrum, the electric steam backwater pipe and an outlet menifold respectively；Institute
It states burning generation steamdrum top-side and is provided with combustion gas return water threeway, the combustion gas return water threeway occurs with the burning respectively
Steamdrum, the combustion and steam return pipe and the connection of another outlet menifold.
6. gasification of biomass all-in-one machine as described in claim 1, it is characterised in that：The combustion bin and the combustion heating storehouse
The position of connection is located at the opposite sides of the combustion bin, in floor projection, the outlet air of the air blower with the air blower
The position that mouth is connected to towards the combustion bin with the combustion heating storehouse；The combustion bin be connected to the combustion heating storehouse one
The floor projection of side is in shrink mouth shape, and necking is directed toward the combustion bin in the air blower and is connected to position with the combustion heating storehouse
On direction from large to small.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720942294.9U CN207610192U (en) | 2017-07-31 | 2017-07-31 | Gasification of biomass all-in-one machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720942294.9U CN207610192U (en) | 2017-07-31 | 2017-07-31 | Gasification of biomass all-in-one machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207610192U true CN207610192U (en) | 2018-07-13 |
Family
ID=62791980
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720942294.9U Withdrawn - After Issue CN207610192U (en) | 2017-07-31 | 2017-07-31 | Gasification of biomass all-in-one machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207610192U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107514622A (en) * | 2017-07-31 | 2017-12-26 | 叶常青 | Electricity, combustion gas, biomass three use steam engine |
-
2017
- 2017-07-31 CN CN201720942294.9U patent/CN207610192U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107514622A (en) * | 2017-07-31 | 2017-12-26 | 叶常青 | Electricity, combustion gas, biomass three use steam engine |
| CN107514622B (en) * | 2017-07-31 | 2023-06-27 | 叶常青 | Three-purpose steam engine for electricity, gas and biomass |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN202973194U (en) | Multifunctional high-temperature high-efficiency energy-saving steam stove | |
| CN207610192U (en) | Gasification of biomass all-in-one machine | |
| CN206459178U (en) | A kind of biomass fuel boiler device | |
| CN107514622A (en) | Electricity, combustion gas, biomass three use steam engine | |
| KR101532245B1 (en) | a pellet stove reducing hazardous combustion gas | |
| CN202489765U (en) | All-purpose steam cabinet | |
| CN207035060U (en) | Biomass gas steam engine | |
| CN205655337U (en) | Automatic dual -purpose energy -saving stove of water supply oil gas | |
| CN205351398U (en) | High -efficient anti - heating stove that burns | |
| CN201335363Y (en) | Fuel gas steam engine | |
| CN102338368A (en) | Efficient coal-burning and gas-burning grading and layering energy-saving steam boiler | |
| CN103126519A (en) | Novel energy-saving steam box | |
| CN206929976U (en) | A kind of cleaning new energy boiler | |
| CN201363770Y (en) | Small gas boiler | |
| CN204806663U (en) | Environment -friendly heating stove | |
| CN201096402Y (en) | Entirety reverse burning energy-saving environment-friendly boiler with water pipe | |
| CN205137404U (en) | Energy -efficient full -automatic gas vapor generation stove | |
| CN104236064A (en) | Biomass gas wall-hung furnace | |
| CN210861691U (en) | Energy-saving environment-friendly boiler with inner container structure | |
| CN202567754U (en) | Rice steaming cabinet | |
| CN203893403U (en) | Novel vertical pipeless alcohol-based fuel boiler | |
| CN203619320U (en) | Energy-saving fuel gas vapor generator for catering industry | |
| CN203478348U (en) | Cooking stove | |
| KR200466626Y1 (en) | pellet type heating apparatus | |
| CN205690418U (en) | Energy-conserving and environment-protective biomass combustion furnace |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20180713 Effective date of abandoning: 20230627 |
|
| AV01 | Patent right actively abandoned |
Granted publication date: 20180713 Effective date of abandoning: 20230627 |