CN207316900U - Can automatic ignition bio-feritlizer hair preparation facilities - Google Patents

Abstract

The utility model discloses it is a kind of can the bio-feritlizer of automatic ignition send out preparation facilities, including stent, burner and heat exchanger.The seat that burns includes blast pipe, burning groove, heating wire, binding post.Blast pipe is fixed on the side wall of the burning groove.Binding post is fixed on the blast pipe, and one end of the heating wire is connected to the binding post, and the other end stretches into the burning groove.External power supply is introduced heating wire by binding post, and the biomass material such as stalk after electrothermal wire heating in pilot combustion groove, achievees the purpose that automatic ignition by exterior controllable electric power.Blast pipe can connect wind turbine, and oxygen-containing gas is discharged into burner by blast pipe, accelerates ignition effectiveness, reduces the discharge of the pernicious gases such as carbon monoxide.

Description

Can automatic ignition bio-feritlizer hair preparation facilities

Technical field

Biomass burner is the utility model is related to, organic fertilizer is used to prepare and utilizes waste heat.More particularly to one kind can The bio-feritlizer hair preparation facilities of automatic ignition.

Background technology

As shown in patent document 201420153916.6, Heze Bao Yuan bioengineering Co., Ltd develops a kind of for giving birth to Produce the combustion furnace of organic fertilizer.The raw material of the combustion furnace for stalk, rice stalk, yule logs, sawdust, peanut shell, melon seed cases, beet pulp, The crops of all wastes such as bark.Organic fertilizer is made through combustion furnace burning in raw material, economical and practical pollution-free.The patent document After not solving raw material input furnace body, how the materials such as stalk are effectively lighted.Therefore, the prior art requires further improvement.

Utility model content

The utility model proposes it is a kind of can automatic ignition bio-feritlizer send out preparation facilities, built-in thermoelectric heating device can be real Existing auto-ignition combustion.

What the technical solution of the utility model was realized in：

It is a kind of can automatic ignition bio-feritlizer hair preparation facilities, including stent, burner and heat exchanger, the stent tool There are the first accommodating chamber and the second accommodating chamber, the burner is located in first accommodating chamber, which includes furnace body, burning Seat and ash collecting box, the furnace body are fixed on the top of the burning seat, and the ash collecting box is fixed on the lower section of the burning seat, The top of the furnace body has a smoke exhaust pipe, and the heat exchanger includes exhaust gases passes and coil pipe, and one end of the coil pipe is equipped with entrance Flanged pipe, the other end are equipped with outlet(discharge) flange pipe, and the side wall of stent stretches out described in the inlet flange pipe and outlet(discharge) flange Guan Juncong, institute The middle part for stating coil pipe is located in the exhaust gases passes, which is connected to the smoke exhaust pipe, it is characterised in that the burning Seat includes blast pipe, burning groove, heating wire, binding post, and the blast pipe is fixed on the side wall of the burning groove, the binding post It is fixed on the blast pipe, one end of the heating wire is connected to the binding post, and the other end stretches into the burning groove.

This in the utility model can be in the bio-feritlizer hair preparation facilities of automatic ignition, and the furnace body, which has, one to feed intake Mouthful.

The utility model it is this can automatic ignition bio-feritlizer hair preparation facilities in, the exhaust gases passes are by babinet With the multiple partition plates composition being fixed in the babinet, one end of the partition plate is fixed on babinet madial wall one few, should The other end of partition plate forms a gap with babinet madial wall one few.

The utility model it is this can automatic ignition bio-feritlizer hair preparation facilities in, the coil pipe have bending section and Flat segments form, and between at least two pieces of the partition plate, the bending section is fixed on the partition plate flat segments.

The utility model it is this can automatic ignition bio-feritlizer hair preparation facilities in, the madial wall of the stent is set There is thermal insulation layer.

Implement the utility model it is this can automatic ignition bio-feritlizer hair preparation facilities, have the advantages that： External power supply is introduced heating wire by binding post, the biomass material such as stalk after electrothermal wire heating in pilot combustion groove, by outer Portion's controllable electric power achievees the purpose that automatic ignition.Blast pipe can connect wind turbine, and before combustion or in burning, blast pipe will be oxygenous Body is discharged into burner, accelerates ignition effectiveness, reduces the discharge of the pernicious gases such as carbon monoxide.

Brief description of the drawings

Fig. 1 be the utility model it is this can automatic ignition bio-feritlizer send out preparation facilities schematic diagram；

Fig. 2 is the schematic diagram of Fig. 1；

Fig. 3 is the sectional view of Fig. 1；

Fig. 4 is the partial view of Fig. 3；

Fig. 5 is the sectional view of the other direction of Fig. 2；

Fig. 6 is the schematic diagram that the bio-feritlizer of the utility model sends out another embodiment of preparation facilities.

Embodiment

The following is a combination of the drawings in the embodiments of the present utility model, and the technical scheme in the embodiment of the utility model is carried out Clearly and completely describe.

As shown in Fig. 1 to 5, the utility model can automatic ignition bio-feritlizer hair preparation facilities, including stent 100, Burner 200 and heat exchanger 300.Stent 100 is frame structure, its inside division is the first accommodating chamber 110 and the second accommodating chamber 120.The madial wall of 100 accommodating chamber of stent is equipped with thermal insulation layer 130, for reducing internal heat loss.Burner 200 is located at first In accommodating chamber 110.Burner 200 includes furnace body 210, burning seat 220 and ash collecting box 230.Furnace body 210 is fixed on the burning The top of seat 220, ash collecting box 230 are fixed on the lower section of the burning seat 220, and the top of furnace body 210 has a smoke exhaust pipe 211. There is furnace body 210 material such as a feeding port 212, stalk to enter furnace body 210, organic fertilizer after material burning from feeding port 212 Fall into ash collecting box 230.Smog is escaped from smoke exhaust pipe 211.Heat exchanger 300 includes exhaust gases passes 310 and coil pipe 320.Coil pipe 320 One end is equipped with inlet flange pipe 321, and the other end is equipped with outlet(discharge) flange pipe 322, the inlet flange pipe 321 and outlet(discharge) flange pipe 322 Stretched out from the side wall of the stent 100.The middle part of coil pipe 320 is located in the exhaust gases passes 310, which connects It is connected to the smoke exhaust pipe 211.Coil pipe 320 is made of bending section 323 and flat segments 324, and the flat segments 324 are located at partition plate 312 Between, bending section 323 is fixed on partition plate 312.With reference to Fig. 2, heat exchanger 300 is equipped with a current divider 330, current divider 330 Outlet is connected to coil pipe 320 through return duct 340, and more remaining hot waters may return to coil pipe 320, heat again.Set on the return duct 340 There is check valve 350.In addition, according to the requirement of use environment, the components such as throttle valve 360, block valve 370 can be also set on pipeline.

In the utility model, burning seat 220 includes blast pipe 221, burning groove 222, heating wire 223, binding post 224. Blast pipe 221 is fixed on the side wall of burning groove 222, and blast pipe 221 can connect wind turbine, and oxygen-containing gas is discharged into combustion by blast pipe 221 Burner 200, accelerates ignition effectiveness, reduces the discharge of the pernicious gases such as carbon monoxide.Binding post 224 is fixed on blast pipe 221, One end of the heating wire 223 is connected to the binding post 224, and the other end stretches into burning groove 222.Binding post 224 is by external power supply The biomass material such as heating wire 223, the stalk after heating wire 223 generates heat in pilot combustion groove 222 is introduced, passes through exterior controllable electric Source achievees the purpose that automatic ignition.Preferably, exhaust gases passes 310 are by babinet 311 and the multiple partition plates being fixed in the babinet 311 312 compositions.One end of partition plate 312 is fixed on the babinet 311 madial wall one few, the other end of the partition plate 312 and institute State the madial wall one few of babinet 311 and form a gap 313.Babinet 311 is divided into S-shaped passage by partition plate 312, and flue gas is from the S Shape pipeline flows out.The structure can improve the heat exchange area of heat exchange pipeline and flue, improve utilization rate of waste heat.

In figure 6, heat exchanger 300 can be divided into 390 two First Heat Exchanger 380, the second heat exchanger parts.This first is changed Hot device 300 includes the first exhaust gases passes 381 and the first coil pipe 382, and the middle part of first coil pipe 382 is located at first flue gas and leads to In road 381, which is connected to the smoke exhaust pipe 211.Second heat exchanger 390 includes the second exhaust gases passes 391 With the second coil pipe 392, the middle part of second coil pipe 392 is located in second exhaust gases passes 391.Second exhaust gases passes 391 connect It is connected to the first exhaust gases passes 381.Operator can arrange the second heat exchange according to the flue-gas temperature of discharge after First Heat Exchanger 380 Device 390, further improves heat utilization rate.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on, should be included in the utility model Protection domain within.

Claims (5)

1. it is a kind of can automatic ignition bio-feritlizer hair preparation facilities, including stent, burner and heat exchanger, the stent have First accommodating chamber and the second accommodating chamber, the burner are located in first accommodating chamber, which includes furnace body, burning seat And ash collecting box, the furnace body are fixed on the top of the burning seat, the ash collecting box is fixed on the lower section of the burning seat, institute Stating the top of furnace body has a smoke exhaust pipe, and the heat exchanger includes exhaust gases passes and coil pipe, and one end of the coil pipe is equipped with entrance method Lan Guan, the other end are equipped with outlet(discharge) flange pipe, and the side wall of stent stretches out described in the inlet flange pipe and outlet(discharge) flange Guan Juncong, described The middle part of coil pipe is located in the exhaust gases passes, which is connected to the smoke exhaust pipe, it is characterised in that the burning seat Including blast pipe, burning groove, heating wire, binding post, the blast pipe is fixed on the side wall of the burning groove, and the binding post is consolidated It is scheduled on the blast pipe, one end of the heating wire is connected to the binding post, and the other end stretches into the burning groove.

2. it is according to claim 1 can automatic ignition bio-feritlizer hair preparation facilities, it is characterised in that furnace body tool There is a feeding port.

3. it is according to claim 1 can automatic ignition bio-feritlizer hair preparation facilities, it is characterised in that the flue gas leads to Road is made of babinet and the multiple partition plates being fixed in the babinet, and one end of the partition plate is fixed on babinet inner side one few On wall, the other end of the partition plate forms a gap with babinet madial wall one few.

4. it is according to claim 3 can automatic ignition bio-feritlizer hair preparation facilities, it is characterised in that the coil pipe has Bending section and flat segments composition, between at least two pieces of the partition plate, the bending section is fixed on described the flat segments On partition plate.

5. it is according to claim 1 can automatic ignition bio-feritlizer hair preparation facilities, it is characterised in that the stent Madial wall is equipped with thermal insulation layer.