The utility model belongs to the furnace field, in particular to an energy-saving and environmental protection furnace, including furnace wall, stove, combustor and fire channel. The furnace wall is composed of inner furnace wall and outer furnace wall, inner furnace wall consists of inner layer water tank and inner layer water jacket, the outer wall of the outer furnace is composed of outer layer water tank and outer layer water jacket, and there is a connection between the outer and inner water trough. The inner layer water trough is connected with the outlet, and the outer layer is connected with the water intake; there is a fire channel between the inner furnace wall and the outer wall; the inner furnace wall is provided with a fire outlet, the bottom of the combustion chamber is set up with a grate; the inlet of the combustion chamber is provided with a feed inlet; the intake port is provided with a feeding cover; the intake port is evenly distributed with a number of combustion supporting holes and the combustion supporting holes pass through the inlet. The oxygen port is connected with the air heating duct; the upper end of the combustor has a stove, the top of the stove is equipped with a furnace face, the front end of the stove is equipped with a feeding port, the back end of the kitchen stove has a Kang mouth, and the fire plate is set at the intersection of the outlet of the Kang and the fire road. The utility model solves the problems of insufficient combustion in the heating furnace, waste of energy, and easy extinguishing after sealing fire.
【技术实现步骤摘要】
节能环保炉中炉
本技术属于炉具领域,尤其涉及一种节能环保炉中炉。
技术介绍
现在农村所用的取暖炉,多数采用煤作燃料,冒烟多、焦油多、污染空气、热效率低。使得一次性能源更加紧缺,加重了环境的污染。目前,国家大力提倡节能减排和使用生物质可再生新能源,取代煤的燃料以秸杆、树枝木柴、木粉、玉米棒芯制成的生物质燃料尤为突出,但是转型期间用户家庭有可能缺少生物质燃料或炉具其一,使得生物质可再生燃料在推广和普及中需要经历一定的过渡阶段。因此,现在急需一种节能减排暖炉。
技术实现思路
本技术提出节能环保炉中炉,解决了现有技术中取暖炉燃烧不充分,浪费能源,封火后容易灭火等问题。一种节能环保炉中炉,包括炉壁、灶台、燃烧室和火道,所述炉壁由内炉壁和外炉壁组成,所述内炉壁由内层水槽和内层水套组成,外炉壁由外层水槽和外层水套组成,外层水槽和内层水槽间设有通道;内层水槽与出水口相连,外层水槽与进水口相连;内炉壁和外炉壁间设有火道;内炉壁上设有出火口;所述燃烧室底部设有炉排;所述燃烧室顶端设有进料口;进料口上设有进料盖;所述进料口处均匀分布有多个助燃孔,助燃孔通过进氧口与空气加热风道相连通;所述燃烧室上端设有灶台,灶台顶端设有炉面,灶台前端设有加料口,灶台后端设有通炕口,档火板设置在通炕口与火道出口交汇处。所述炉排上设有炉条;炉排下方设有炉灰仓,炉灰仓一侧设有清会抖。所述外炉壁前壁上设有清灰门。所述炉排与撬灰把手相连。所述外炉壁前壁上设有水温表。所述空气加热风道与炉灰仓相连通。所述燃烧室内设有耐火土。挡火板与档火开关相连。出火口设置在内炉壁底部向上三分之一处。技术优点:本技术的炉子是一个炉膛, ...
【技术保护点】
一种节能环保炉中炉,包括炉壁、灶台、燃烧室和火道,其特征在于:所述炉壁由内炉壁和外炉壁组成,所述内炉壁由内层水槽和内层水套组成,外炉壁由外层水槽和外层水套组成,外层水槽和内层水槽间设有通道;内层水槽与出水口相连,外层水槽与进水口相连;内炉壁和外炉壁间设有火道;内炉壁上设有出火口;所述燃烧室底部设有炉排;所述燃烧室顶端设有进料口;进料口上设有进料盖;所述进料口处均匀分布有多个助燃孔,助燃孔通过进氧口与空气加热风道相连通;所述燃烧室上端设有灶台,灶台顶端设有炉面,灶台前端设有加料口,灶台后端设有通炕口,档火板设置在通炕口与火道出口交汇处。
【技术特征摘要】
1.一种节能环保炉中炉,包括炉壁、灶台、燃烧室和火道,其特征在于:所述炉壁由内炉壁和外炉壁组成,所述内炉壁由内层水槽和内层水套组成,外炉壁由外层水槽和外层水套组成,外层水槽和内层水槽间设有通道;内层水槽与出水口相连,外层水槽与进水口相连;内炉壁和外炉壁间设有火道;内炉壁上设有出火口;所述燃烧室底部设有炉排;所述燃烧室顶端设有进料口;进料口上设有进料盖;所述进料口处均匀分布有多个助燃孔,助燃孔通过进氧口与空气加热风道相连通;所述燃烧室上端设有灶台,灶台顶端设有炉面,灶台前端设有加料口,灶台后端设有通炕口,档火板设置在通炕口与火道出口交汇处。2.根据权利要求1所述的节能环保炉中炉,其特征在于:所述炉排上设有...
还没有人留言评论。发表了对其他浏览者有用的留言会获得科技券。