CN106482162B

CN106482162B - A kind of double moving seesaw-type bio-fuel stoves

Info

Publication number: CN106482162B
Application number: CN201611123014.8A
Authority: CN
Inventors: 杨世华
Original assignee: Chongqing Huawanlun Biological New Energy Technology Co Ltd
Current assignee: Jiaxing jiuer Technology Co., Ltd
Priority date: 2016-12-08
Filing date: 2016-12-08
Publication date: 2018-06-19
Anticipated expiration: 2036-12-08
Also published as: CN106482162A

Abstract

The invention discloses a kind of double moving seesaw-type bio-fuel stoves, it is characterized in that fire grate is made of the preceding turnover panel and end blocking of equidistant radial arrangement from front to back, ash-falling hole is equipped on preceding turnover panel and end blocking, it is connected in the middle part of the both ends of turnover panel by shaft with sidewall of combustion chamber, it connects and is connected with the left driving lever stretched downwards on the left of the preceding turnover panel lower edge midportion thereof of shaft, across before Dust Storage Room, rear wall, which is equipped with, is capable of the Left Drive bar of pull and right drive link, Left Drive bar is equipped with the left pulling hole that left driving lever is inserted into, right drive link is equipped with the right pulling hole that right driving lever is inserted into, Left Drive bar is equipped with left inside card slot and left outside card slot, adjacent preceding turnover panel, the close upper limb of end blocking contacts or possesses less than one centimetre of gap, close lower edge contacts or possesses less than one centimetre of gap；Turnover panel and end blocking overturning ashes lower section airbreak before when the present invention uses, quantitative ash discharge, ash discharge is more rapidly convenient, and forepart more convenient operation can effectively improve efficiency of combustion.

Description

A kind of double moving seesaw-type bio-fuel stoves

Technical field

Bio-fuel particle heating apparatus is utilized the present invention relates to a kind of, more particularly to a kind of double moving seesaw-type bio-fuels Stove.

Background technology

With the economic progress to flourish and society produces greatly, consuming excessively for the energy depends on to the mankind for existence Environment cause huge destruction, the reproducible alternative energy source of new cleaning need to be looked for extremely urgent.China is agriculture big State has a large amount of stalk to be incinerated in farmland every year, and the thermal energy of stalk cannot be fully used, mainly unit volume The energy of stalk is too low, causes to burn and abandon, solves the above problems in order to which stalk is made to be fully used, China vigorously advocates straw Bio-fuel is made in stalk again, is primarily now to be crushed to be pressed into highdensity particle, improves the thermal energy of unit volume, but still It cannot compare with coal, insert after traditional heating stove since gap is smaller, air-flow is obstructed after accumulation, influences to burn, and fires Ashes amount is larger to the greatest extent, and ash buildup also influences to burn, and ash discharge is frequently and ash discharge is not easy to operate, this is still up for further innovating It solves.

Invention content

To solve the above-mentioned problems, the present invention provides a kind of double moving seesaw-type bio-fuel stoves.

The technical solution adopted by the present invention is：A kind of double moving seesaw-type bio-fuel stoves, including furnace chamber and smoke exhaust pipe, feature It is that furnace chamber is equipped with combustion chamber and Dust Storage Room, Dust Storage Room is located at combustion chamber lower part, and fire grate is equipped between Dust Storage Room and combustion chamber；Stove Grate is made of the preceding turnover panel and end blocking of equidistant radial arrangement from front to back, and ash-falling hole is equipped on preceding turnover panel and end blocking, with The both ends of the adjacent turnover panel of Dust Storage Room front and back walls are fixedly connected with sidewall of combustion chamber, pass through shaft in the middle part of the both ends of remaining turnover panel It is connected with sidewall of combustion chamber, connects the left driving lever for being connected on the left of the preceding turnover panel lower edge midportion thereof of shaft and stretching downwards, connection turns The right driving lever stretched downwards is connected on the right side of the end blocking lower edge midportion thereof of axis, being equipped with across Dust Storage Room front and back walls being capable of pull Left Drive bar and right drive link, Left Drive bar be equipped with the left pulling hole that left driving lever is inserted into, right drive link inserts equipped with right driving lever The right pulling hole entered, Left Drive bar are equipped with left inside card slot and left outside card slot, and Dust Storage Room antetheca, which is connected with, can select the left inside card of an insertion The left active plugboard of slot and left outside card slot, right drive link are equipped with right inner card cage and right exterior bayonet slot, and Dust Storage Room antetheca is connected with can Select the right active plugboard of the right inner card cage of an insertion and right exterior bayonet slot, Left Drive bar, right drive link front end be connected separately with left handle, Right handles；When the left inside card slot of left active plugboard insertion, the right active plugboard right exterior bayonet slot of insertion or the insertion of left active plugboard is left outside When card slot, right active plugboard are inserted into right inner card cage, the close upper limb of adjacent preceding turnover panel, end blocking contacts or possesses less than one centimetre Gap, close lower edge contacts or possesses less than one centimetre of gap.

Further, the ash-falling hole is horizontal or vertical.

Further, it is 90 degree that the upper limb, which contacts or possess the adjacent preceding turnover panel in gap and end blocking maximum angle,.

The present invention is in use, left active plugboard is inserted into left inside card slot, right active plugboard is inserted into right exterior bayonet slot or left activity is inserted Plate is inserted into left outside card slot, right active plugboard is inserted into right inner card cage, and close preceding turnover panel and end blocking upper limb contact or possess one li Gap below rice, close preceding turnover panel and the contact of end blocking lower edge or the gap for possessing less than one centimetre, by bio-fuel Grain input combustion chamber after, particle fall into before between turnover panel and end blocking, compared with conventional flat plate its vapor permeation area increase, fall plastering cover Product is also the same to be increased, and contributes to burning and ash discharge, if burned for long time or it is flame-out after ash is generated between preceding turnover panel and end blocking When cinder deposits, active plugboard is extracted into card slot, turns over turnover panel or end blocking before one of which by stick control drive link Turn or turn back again, ashes can be made to fall, two active plugboards can also be extracted card slot, manipulated and passed by handle alternate directions Lever, turnover panel and end blocking overturning before making, preceding turnover panel and the adjacent separate upper limb of end blocking are close, and adjacent separate lower edge is also same When close, airbreak below ashes between preceding turnover panel and end blocking, quantitative ash discharge, ash discharge is more rapidly convenient, forepart more convenient operation, Efficiency of combustion can be effectively improved, people is made to be more willing to, using bio-fuel particle, be conducive to energy conservation.

Description of the drawings

Fig. 1 is overall schematic of the embodiment of the present invention.

Fig. 2 is schematic cross-sectional view of the embodiment of the present invention.

Fig. 3 is a pair of turnover panel schematic diagram of the embodiment of the present invention.

Reference numeral:1 smoke exhaust pipe；2 combustion chambers；3 Dust Storage Rooms；Turnover panel before 4；5 end blockings；6 ash-falling holes；7 shafts；8 left groups Bar；9 right driving levers；10 Left Drive bars；11 right drive links；12 left pulling holes；13 right pulling holes；14 left inside card slots；15 left outside card slots；16 is left Active plugboard；17 right inner card cages；18 right exterior bayonet slots；19 right active plugboards；20 left handles；21 right handles.

Specific embodiment

As shown in Figure 1, 2, 3, which is equipped with furnace chamber and smoke exhaust pipe 1, furnace chamber to the embodiment of the present invention Equipped with combustion chamber 2 and Dust Storage Room 3, Dust Storage Room is located at combustion chamber lower part, and fire grate is equipped between Dust Storage Room and combustion chamber；Fire grate by from The preceding turnover panel 4 of equidistant radial arrangement and end blocking 5 are formed after forward direction, and ash-falling hole 6, ash-falling hole are equipped on preceding turnover panel and end blocking Can be horizontal or vertical, the both ends of the turnover panel adjacent with Dust Storage Room front and back walls are fixedly connected with sidewall of combustion chamber, remaining turnover panel It is connected in the middle part of both ends by shaft 7 with sidewall of combustion chamber, connects to be connected on the left of the preceding turnover panel lower edge midportion thereof of shaft and stretch downwards The left driving lever 8 of exhibition, connects the right driving lever 9 for being connected on the right side of the end blocking lower edge midportion thereof of shaft and stretching downwards, across Dust Storage Room Front and back walls, which are equipped with, is capable of the Left Drive bar 10 of pull and right drive link 11, and Left Drive bar is equipped with the left pulling hole that left driving lever is inserted into 12, right drive link is equipped with the right pulling hole 13 that right driving lever is inserted into, and Left Drive bar is equipped with left inside card slot 14 and left outside card slot 15, storage ash Room antetheca is connected with the left active plugboard 16 that can select the left inside card slot of an insertion and left outside card slot, and right drive link is equipped with right inner card cage 17 and right exterior bayonet slot 18, Dust Storage Room antetheca be connected with the right active plugboard 19 that can select the right inner card cage of an insertion and right exterior bayonet slot, The left and right active plugboard of the present embodiment is integrated configuration in sliding slot, and simultaneously operating, when implementation separates setting, individually operated, Left Drive bar, right drive link front end are connected separately with left handle 20, right handles 21；When left active plugboard is inserted into left inside card slot, the right side It is adjacent when active plugboard is inserted into right exterior bayonet slot or when left active plugboard is inserted into left outside card slot, right active plugboard is inserted into right inner card cage The close upper limb of preceding turnover panel, end blocking contacts or possesses less than one centimetre of gap, and close lower edge contacts or possess one centimetre Following gap；It is 90 degree that upper limb, which contacts or possess the adjacent preceding turnover panel in gap and end blocking maximum angle, quick conducive to ashes Glide and arrange ash content control.

It is only present pre-ferred embodiments in summary, all equivalent modifications done according to the application and prior art addition are equal It is considered as the technology of the present invention scope.

Claims

1. a kind of double moving seesaw-type bio-fuel stoves, including furnace chamber and smoke exhaust pipe, it is characterised in that furnace chamber is equipped with combustion chamber and storage ash Room, Dust Storage Room are located at combustion chamber lower part, and fire grate is equipped between Dust Storage Room and combustion chamber；Fire grate is by equidistant radial arrangement from front to back Preceding turnover panel and end blocking form, be equipped with ash-falling hole on preceding turnover panel and end blocking, the turnover panel adjacent with Dust Storage Room front and back walls Both ends are fixedly connected with sidewall of combustion chamber, are connected in the middle part of the both ends of remaining turnover panel by shaft with sidewall of combustion chamber, connect shaft Preceding turnover panel lower edge midportion thereof on the left of be connected with the left driving lever stretched downwards, connect and connect on the right side of the end blocking lower edge midportion thereof of shaft The right driving lever stretched downwards is connected to, is equipped with across Dust Storage Room front and back walls and is capable of the Left Drive bar of pull and right drive link, Left Drive Bar is equipped with the left pulling hole that left driving lever is inserted into, and right drive link is equipped with the right pulling hole that right driving lever is inserted into, and Left Drive bar is equipped with left inside Card slot and left outside card slot, Dust Storage Room antetheca are connected with the left active plugboard that can select the left inside card slot of an insertion and left outside card slot, right Drive link is equipped with right inner card cage and right exterior bayonet slot, and Dust Storage Room antetheca, which is connected with, can select the right inner card cage of an insertion and right exterior bayonet slot Right active plugboard, Left Drive bar, right drive link front end are connected separately with left handle, right handles；When the insertion of left active plugboard is left inside When card slot, right active plugboard are inserted into right exterior bayonet slot or left active plugboard is inserted into left outside card slot, right active plugboard is inserted into right inner card cage When, the close upper limb of adjacent preceding turnover panel, end blocking contacts or possesses less than one centimetre of gap, and close lower edge is contacted or possessed Less than one centimetre of gap；The ash-falling hole is horizontal or vertical；Upper limb contact or possess the adjacent preceding turnover panel in gap and End blocking maximum angle is 90 degree.