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CN101162073A - 风力空压风机制取压缩空气方法 - Google Patents

风力空压风机制取压缩空气方法 Download PDF

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CN101162073A
CN101162073A CNA2006100220488A CN200610022048A CN101162073A CN 101162073 A CN101162073 A CN 101162073A CN A2006100220488 A CNA2006100220488 A CN A2006100220488A CN 200610022048 A CN200610022048 A CN 200610022048A CN 101162073 A CN101162073 A CN 101162073A
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邸慧民
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Abstract

本发明涉及一种制取压缩空气方法，具体地说是涉及一种由风力机采风将产生的动力输送给空压风机将空气压缩后通过管道将压缩空气输送到储气罐中储存或直接输送给用户的风力空压风机制取压缩空气方法。目前制取压缩空气主要是由电驱动电动机以二次能源转换方式制取压缩空气，造成了能源在转换过程中的大量浪费；风是永不枯竭的可再生能源，用风力制取压缩空气不污染环境，可以长期循环使用。

Description

风力空压风机制取压缩空气方法
技术领域
本发明涉及一种制取压缩空气方法，具体地说是涉及一种由风力机采风将产生的动力输送给空压风机将空气压缩后通过管道将压缩空气输送到储气罐中储存或直接输送给用户的风力空压风机制取压缩空气方法。
背景技术
压缩空气是一种动力能源，应用领域非常广泛，可用于增压、气动机械、物料传输、气动工具、发电、抽水、通风、换气等场所使用。
目前制取压缩空气主要是由电驱动电动机以二次能源转换方式制取压缩空气，造成了能源在转换过程中的大量浪费。
风是永不枯竭的可再生能源，用风力制取压缩空气不污染环境，可以长期循环使用，能节约大量的石化能源。减去了空压风机设备的投入和生产运营中电费、材料费、维修维护费的支出，降低了生产成本。
发明内容
本发明要解决的技术问题是克服现有技术的不足，提供一种由风力机采风将风力机产生的功率输送给空压风机，空压风机是用来制取压缩空气的，多台空压风机组成空压风机群，空压风机群将制取的压缩空气，经各支输气管道把压缩空气传送至连接空压风机群的中央输气管道上，通过中央输气管道将压缩空气输送到储气罐中储存或直接输送给用户使用的风力空压风机制取压缩空气方法。
本发明风力空压风机制取压缩空气方法通过下述技术方案予以实现：本发明由风力机、调速机、空压风机、回气罐、增压风机、支输气管道、空压风机支架、中央输气管道、储气罐组成，所述的制取压缩空气方法有如下步骤：
a)风力采集转换步骤由设置在风口处的风力机(1)将风能采集后转换成动力能；
b)调速传动步骤由设置在风力机(1)后端的调速机(2)将风力机产生的动力增速，分别传输给空压风机(3)和增压风机(5)；
c)制取步骤由空压风机(3)将空气吸入压缩后传输至回气罐(4)中，增压风机(5)从回气罐(4)中吸入压缩空气增压后输出；
d)组合步骤由多台空压风机(3)通过支输气管道(7)与中央输气管道(9)连接组成空压风机群(6)；
e)连结输送步骤将空压风机群(6)输出端的支输气管道(7)连接至中央输气管道(9)上；
f)储存步骤由中央输气管道(9)将压缩空气输送到储气罐(10)中储存。
本发明风力空压风机制取压缩空气方法与现有技术相比有如下有益效果：本发明风力机与空压风机的组合节约了电力和空压风机设备的投入及生产运营中电费、材料费、维修维护费的支出，降低了生产成本。空压风机群与中央输气管道的组合，提高了制取压缩空气的产量，可以为生产用气提供大量的压缩空气动力；中央输气管道与储气罐的组合，提高了气体传输距离，保证有足够和稳定的能源在无风时使用；增压方式提高了压缩空气的动力能力。
附图说明
本发明风力空压风机制取压缩空气方法有如下附图：
图1为本发明风力空压风机制取压缩空气方法气体增压、储存结构示意图：
图2为本发明风力空压风机制取压缩空气方法气体直接输气结构示意图。
其中：1、为风力机；2、为调速机；3、为空压风机；4、为回气罐；5、为增压风机；6、为空压风机群；7、为支输管气道；8、为空压风机支架；9、为中央输气管道；10、为储气罐。
具体实施方式
下面结合附图和实施例对本发明技术方案作进一步描述。
如图1所示。本发明风力空压风机制取压缩空气方法由风力机1、调速机2、空压风机3、回气罐4、增压风机5、空压风机群6、支输气管道7、空压风机支架8、中央输气管道9、储气罐10组成。所述的制取压缩空气方法有如下步骤：
a)风力采集转换步骤由设置在风口处的风力机(1)将风能采集后转换成动力能；
b)调速传动步骤由设置在风力机(1)后端的调速机(2)将风力机产生的动力增速，分别传输给空压风机(3)和增压风机(5)；
c)制取步骤由空压风机(3)将空气吸入压缩后传输至回气罐(4)中，增压风机(5)从回气罐(4)中吸入压缩空气增压后输出；
d)组合步骤由多台空压风机(3)通过支输气管道(7)与中央输气管道(9)连接组成空压风机群(6)；
e)连结输送步骤将空压风机群(6)输出端的支输气管道(7)连接至中央输气管道(9)上；
f)储存步骤由中央输气管道(9)将压缩空气输送到储气罐(10)中储存。
如图2所示。所述的空压风机3还可以直接制取压缩空气通过支输气管道7和中央输气管道9传输气体。
实施例1。
如图1所示。本实施例由设置在风口处的空压风机群4将风能采集后转换成动能并与设置在各风力机1后端的调速机2连接将风能转化为动能并增速；调速机2采用齿轮传动调速装置与设置在中央输气管道9一侧的空压风机群6中的各空压风机3和增压风机5连接，由空压风机3将空气吸入压缩后输出到回气罐4中，增压风机5从回气罐4中吸入压缩空气增压后由空压风机群6将增压后的压缩空气经各支输气管道7输送至中央输气管道9中；中央输气管道9将压缩空气输送至储气罐10中储存。
实施例2。
如图2所示。本实施例由设置在风口处的空压风机群4将风能采集后转换成动能并与设置在各风力机1后端的调速机2连接将风能转化为动能并增速；调速机2采用齿轮传动调速装置与设置在中央输气管道9一侧的空压风机群6中的各空压风机3连接，由空压风机3将空气吸入压缩后由空压风机群6将增压后的压缩空气经各支输气管道7输送至中央输气管道9中；中央输气管道9将压缩空气输送至用户。

Claims (3)

1.一种风力空压风机制取压缩空气方法由风力机(1)、调速机(2)、空压风机(3)、回气罐(4)、增压风机(5)、空压风机群(6)、支输气道(7)、空压风机支架(8)、中央输气管道(9)、储气罐(10)组成。其特征在于，所述的制取压缩气体方法有如下步骤：
a)风力采集转换步骤由设置在风口处的风力机(1)将风能采集后转换成动力能；
b)调速传动步骤由设置在风力机(1)后端的调速机(2)将风力机产生的动力增速，分别传输给空压风机(3)和增压风机(5)；
c)制取步骤由空压风机(3)将空气吸入压缩后传输到回气罐(4)中，增压风机(5)从回气罐(4)中吸入压缩空气增压后输出；
d)组合步骤由多台空压风机(3)通过支输气管道(7)与中央输气管道(9)连接组成空压风机群(6)；
e)连结输送步骤将空压风机群(6)输出端的支输管道(7)连接至中央输气管道(9)上；
f)储存步骤由中央输气管道(9)将压缩空气输送至储气罐(10)中储存。
2.一种风力空压风机制取压缩空气方法由风力机(1)、调速机(2)、空压风机(3)、空压风机群(4)、支输气道(5)、中央输气管道(6)组成。其特征在于，所述的制取压缩气体方法有如下步骤：
a)风力采集转换步骤由设置在风口处的风力机(1)将风能采集后转换成动力能；
b)调速传动步骤由设置在风力机(1)后端的调速机(2)将风力机产生的动力增速；
c)制取步骤由空压风机(3)将空气吸入压缩制成压缩空气；
d)组合步骤由多台空压风机(3)通过支输气管道(5)与中央输气管道(6)连接组成空压风机群(4)；
e)连结输送步骤将空压风机群(4)出气端的支输气管道(5)连接至中央输气管道(6)上，中央输气管道(6)将压缩空气输送给用户。
3.根据权利要求1所述的风力空压风机装置，其特征在于：风力机(1)的传动轴与空压风机(3)的调速机(2)和增压风机(5)的调速机(2)在同一主轴上连接。
CNA2006100220488A 2006-10-15 2006-10-15 风力空压风机制取压缩空气方法 Pending CN101162073A (zh)

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