CN110350641A - 一种节能环保的ups不间断电源设备 - Google Patents
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Abstract
本发明公开了一种节能环保的UPS不间断电源设备,包括箱体、蓄电池和新能源供电机构,新能源供电机构通过导线与蓄电池的输入端连接,且箱体内腔顶部的左端固定连接有4G通信模块,箱体内腔右侧的下端固定连接有温度传感器。本发明将新能源供电机构通过导线与蓄电池的输入端连接,可对温度传感器等用电设备提供电能,不仅降低了对市电的消耗,同时也能满足在停电等特殊情况下温度传感器等用电设备的正常使用,箱体内腔右侧的下端固定连接了温度传感器,可对箱体内的温度进行检测,并在箱体内的温度高于最高预设值时,自动接通风机的电源,达到了自动散热的需求,通过以上结构的配合,有效提高了本设备的节能环保性,延长了其使用寿命。
Description
技术领域
本发明涉及UPS不间断电源设备技术领域,具体为一种节能环保的UPS不间断电源设备。
背景技术
电力是以电能作为动力的能源,发明于十九世纪七十年代,电力的发明和应用掀起了第二次工业化高潮,成为人类历史十八世纪以来,世界发生的三次科技革命之一,从此科技改变了人们的生活,二十世纪出现的大规模电力***是人类工程科学史上最重要的成就之一,是由发电、输电、变电、配电和用电等环节组成的电力生产与消费***,它将自然界的一次能源通过机械能装置转化成电力,再经输电、变电和配电将电力供应到各用户。
UPS不间断电源设备是将蓄电池(多为铅酸免维护蓄电池)与主机相连接,通过主机逆变器等模块电路将直流电转换成市电的***设备,主要用于给单台计算机、计算机网络***或其它电力电子设备如电磁阀、压力变送器等提供稳定、不间断的电力供应,当市电输入正常时,UPS将市电稳压后供应给负载使用,此时的UPS就是一台交流式电稳压器,同时它还向机内电池充电,当市电中断(事故停电)时,UPS立即将电池的直流电能,通过逆变器切换转换的方法向负载继续供应220V交流电,使负载维持正常工作并保护负载软、硬件不受损坏,UPS设备通常对电压过高或电压过低都能提供保护。
UPS不间断电源设备在使用过程中,其内部的电子元器件会产生热量,人们为了延长其使用寿命,会安装风扇,但现有的风扇均采用市电进行供电,不够节能环保,且自动化程度低,浪费了很多的电能,为此,我们提出一种节能环保的UPS不间断电源设备。
发明内容
本发明的目的在于提供一种节能环保的UPS不间断电源设备,以解决上述背景技术中提出的问题。
为实现上述目的,本发明提供如下技术方案:一种节能环保的UPS不间断电源设备,包括箱体、蓄电池和新能源供电机构,所述新能源供电机构通过导线与蓄电池的输入端连接,且箱体内腔顶部的左端固定连接有4G通信模块,所述箱体内腔右侧的下端固定连接有温度传感器,且箱体右侧的上端固定连接有散热机构。
优选的,所述箱体底部的中端固定连接有电池盒,电池盒内腔的底部固定连接有蓄电池,且电池盒右侧的中端开设有充电插口。
优选的,所述新能源供电机构包括支座,且支座的顶部固定连接有太阳能电板,支座顶部的中端固定连接有支撑杆,且支撑杆的顶部通过轴承活动连接有风力发电机,同时,太阳能电板与支撑杆的连接处开设有预留槽,且预留槽的内腔通过粘胶连接有密封圈。
优选的,所述箱体左侧的底部开设有出风口,且出风口的内表面固定连接有石英砂过滤网。
优选的,所述箱体底部的四周均固定连接有套筒,且套筒内腔的顶部通过弹簧活动连接有支撑腿,支撑腿的底部固定连接有支撑板,且支撑板的内表面开设有安装孔。
优选的,所述箱体的内腔固定连接有安装板,安装板的数量为两到四个,且每个安装板内表面的左右两端均开设有通孔。
优选的,所述箱体的正表面通过合页活动连接有活动门,且活动门的正表面固定安装有把手。
优选的,所述4G通信模块包括4G网关和远程移动终端,且远程移动终端为接入4G网络的智能手机。
优选的,所述散热机构包括过滤箱,过滤箱底部的左端开设有进风口,且过滤箱内腔的下端固定连接有活性炭过滤层,过滤箱内腔的上端固定连接有聚氯乙烯滤网层,且过滤箱顶部的左端固定安装有风机,同时,风机的进风端通过管道与过滤箱顶部的右端连通,风机的出风端通过管道与箱体右侧的上端连通。
与现有技术相比,本发明的有益效果如下:
1、本发明将新能源供电机构通过导线与蓄电池的输入端连接,可对温度传感器等用电设备提供电能,不仅降低了对市电的消耗,同时也能满足在停电等特殊情况下温度传感器等用电设备的正常使用,箱体内腔右侧的下端固定连接了温度传感器,可对箱体内的温度进行检测,并在箱体内的温度高于最高预设值时,自动接通风机的电源,达到了自动散热的需求,通过以上结构的配合,有效提高了本设备的节能环保性,延长了其使用寿命。
2、本发明在箱体内腔顶部的左端固定连接了4G通信模块,人们预先将其他用电设备与4G通信模块的输入端连接,4G通信模块可将其他用电设备的数据远程发送到人们的智能手机上,提高了本设备的智能化程度。
附图说明
图1为本发明剖视结构示意图;
图2为本发明主视结构示意图;
图3为本发明新能源供电机构结构示意图;
图4为本发明散热机构结构示意图。
图中:1箱体、2充电插口、3蓄电池、4新能源供电机构、41支座、42支撑杆、43太阳能电板、44风力发电机、5电池盒、6散热机构、61过滤箱、62进风口、63活性炭过滤层、64聚氯乙烯滤网层、65风机、7温度传感器、8弹簧、9支撑腿、10安装孔、11支撑板、12套筒、13出风口、14石英砂过滤网、15安装板、16通孔、17 4G通信模块、18活动门、19把手。
具体实施方式
下面将结合本发明实施例中的附图,对本发明实施例中的技术方案进行清楚、完整地描述,显然,所描述的实施例仅仅是本发明一部分实施例,而不是全部的实施例。基于本发明中的实施例,本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其他实施例,都属于本发明保护的范围。
本发明的箱体1、充电插口2、蓄电池3、新能源供电机构4、支座41、支撑杆42、太阳能电板43、风力发电机44、电池盒5、散热机构6、过滤箱61、进风口62、活性炭过滤层63、聚氯乙烯滤网层64、风机65、温度传感器7、弹簧8、支撑腿9、安装孔10、支撑板11、套筒12、出风口13、石英砂过滤网14、安装板15、通孔16、4G通信模块17、活动门18和把手19部件均为通用标准件或本领域技术人员知晓的部件,其结构和原理都为本技术人员均可通过技术手册得知或通过常规实验方法获知。
实施例一:
请参阅图1-4,一种节能环保的UPS不间断电源设备,包括箱体1、蓄电池3和新能源供电机构4,蓄电池3可对温度传感器7等用电设备提供电能,不仅降低了对市电的消耗,同时也能满足在停电等特殊情况下温度传感器7等用电设备的正常使用,新能源供电机构4倾斜安装于空旷地带,可每月降低电能损耗180~250度,新能源供电机构4包括支座41,且支座41的顶部固定连接有太阳能电板43,支座41顶部的中端固定连接有支撑杆42,且支撑杆42的顶部通过轴承活动连接有风力发电机44,同时,太阳能电板43与支撑杆42的连接处开设有预留槽,且预留槽的内腔通过聚氨酯胶粘剂连接有氯基橡胶密封圈,新能源供电机构4通过导线与蓄电池3的输入端连接,箱体1底部的中端固定连接有电池盒5,电池盒5内腔的底部固定连接有蓄电池3,且电池盒5右侧的中端开设有充电插口2,可对蓄电池3进行充电,且箱体1内腔顶部的左端固定连接有4G通信模块17,人们预先将其他用电设备与4G通信模块17的输入端连接,4G通信模块17可将其他用电设备的数据远程发送到人们的智能手机上,提高了本设备的智能化程度,4G通信模块17包括4G网关和远程移动终端,且远程移动终端为接入4G网络的智能手机,箱体1内腔右侧的下端固定连接有温度传感器7,温度传感器7的最高检测温度为20℃,可对箱体1内的温度进行检测,并在箱体1内的温度高于最高预设值时,自动接通风机65的电源,达到了自动散热的需求,且箱体1右侧的上端固定连接有散热机构6,散热机构6包括过滤箱61,过滤箱61底部的左端开设有进风口62,且过滤箱61内腔的下端固定连接有活性炭过滤层63,过滤箱61内腔的上端固定连接有聚氯乙烯滤网层64,可对从进风口62进入的空气进行两级物理过滤处理,从而保障了箱体1内部环境的卫生性,延长了箱体1内部用电设备的使用寿命,且过滤箱61顶部的左端固定安装有风机65,同时,风机65的进风端通过管道与过滤箱61顶部的右端连通,风机65的出风端通过管道与箱体1右侧的上端连通,箱体1左侧的底部开设有出风口13,且出风口13的内表面固定连接有石英砂过滤网14,箱体1底部的四周均固定连接有套筒12,且套筒12内腔的顶部通过弹簧8活动连接有支撑腿9,可起到减震的作用,提高本设备的使用寿命,支撑腿9的底部固定连接有支撑板11,支撑板11为等边三角形结构,且支撑板11的内表面开设有安装孔10,箱体1的内腔固定连接有安装板15,安装板15的数量为两个,且每个安装板15内表面的左右两端均开设有通孔16,箱体1的正表面通过合页活动连接有活动门18,且活动门18的正表面固定安装有把手19。
实施例二:
请参阅图1-4,一种节能环保的UPS不间断电源设备,包括箱体1、蓄电池3和新能源供电机构4,蓄电池3可对温度传感器7等用电设备提供电能,不仅降低了对市电的消耗,同时也能满足在停电等特殊情况下温度传感器7等用电设备的正常使用,新能源供电机构4平置安装于空旷地带,可每月降低电能损耗100~200度,新能源供电机构4包括支座41,且支座41的顶部固定连接有太阳能电板43,支座41顶部的中端固定连接有支撑杆42,且支撑杆42的顶部通过轴承活动连接有风力发电机44,同时,太阳能电板43与支撑杆42的连接处开设有预留槽,且预留槽的内腔通过脲醛树脂胶连接有氯醚橡胶密封圈,新能源供电机构4通过导线与蓄电池3的输入端连接,箱体1底部的中端固定连接有电池盒5,电池盒5内腔的底部固定连接有蓄电池3,且电池盒5右侧的中端开设有充电插口2,可对蓄电池3进行充电,且箱体1内腔顶部的左端固定连接有4G通信模块17,人们预先将其他用电设备与4G通信模块17的输入端连接,4G通信模块17可将其他用电设备的数据远程发送到人们的智能手机上,提高了本设备的智能化程度,4G通信模块17包括4G网关和远程移动终端,且远程移动终端为接入4G网络的智能手机,箱体1内腔右侧的下端固定连接有温度传感器7,温度传感器7的最高检测温度为25℃,可对箱体1内的温度进行检测,并在箱体1内的温度高于最高预设值时,自动接通风机65的电源,达到了自动散热的需求,且箱体1右侧的上端固定连接有散热机构6,散热机构6包括过滤箱61,过滤箱61底部的左端开设有进风口62,且过滤箱61内腔的下端固定连接有活性炭过滤层63,过滤箱61内腔的上端固定连接有聚氯乙烯滤网层64,可对从进风口62进入的空气进行两级物理过滤处理,从而保障了箱体1内部环境的卫生性,延长了箱体1内部用电设备的使用寿命,且过滤箱61顶部的左端固定安装有风机65,同时,风机65的进风端通过管道与过滤箱61顶部的右端连通,风机65的出风端通过管道与箱体1右侧的上端连通,箱体1左侧的底部开设有出风口13,且出风口13的内表面固定连接有石英砂过滤网14,箱体1底部的四周均固定连接有套筒12,且套筒12内腔的顶部通过弹簧8活动连接有支撑腿9,可起到减震的作用,提高本设备的使用寿命,支撑腿9的底部固定连接有支撑板11,支撑板11位长方形结构,且支撑板11的内表面开设有安装孔10,箱体1的内腔固定连接有安装板15,安装板15的数量为三个,且每个安装板15内表面的左右两端均开设有通孔16,箱体1的正表面通过合页活动连接有活动门18,且活动门18的正表面固定安装有把手19。
实施例三:
请参阅图1-4,一种节能环保的UPS不间断电源设备,包括箱体1、蓄电池3和新能源供电机构4,蓄电池3可对温度传感器7等用电设备提供电能,不仅降低了对市电的消耗,同时也能满足在停电等特殊情况下温度传感器7等用电设备的正常使用,新能源供电机构4的底部固定连接有移动机构,移动机构为安装有行走轮的支架,其安装于支座41底部的四周,其移动方式为:人们用手推着支座41,从而使行走轮移动,并最终带动新能源供电机构4移动,新能源供电机构4包括支座41,且支座41的顶部固定连接有太阳能电板43,支座41顶部的中端固定连接有支撑杆42,且支撑杆42的顶部通过轴承活动连接有风力发电机44,同时,太阳能电板43与支撑杆42的连接处开设有预留槽,且预留槽的内腔通过丙烯酸酯胶粘剂连接有氟橡胶密封圈,新能源供电机构4通过导线与蓄电池3的输入端连接,箱体1底部的中端固定连接有电池盒5,电池盒5内腔的底部固定连接有蓄电池3,且电池盒5右侧的中端开设有充电插口2,可对蓄电池3进行充电,且箱体1内腔顶部的左端固定连接有4G通信模块17,人们预先将其他用电设备与4G通信模块17的输入端连接,4G通信模块17可将其他用电设备的数据远程发送到人们的智能手机上,提高了本设备的智能化程度,4G通信模块17包括4G网关和远程移动终端,且远程移动终端为接入4G网络的智能手机,箱体1内腔右侧的下端固定连接有温度传感器7,温度传感器7的最高检测温度为30℃,可对箱体1内的温度进行检测,并在箱体1内的温度高于最高预设值时,自动接通风机65的电源,达到了自动散热的需求,且箱体1右侧的上端固定连接有散热机构6,散热机构6包括过滤箱61,过滤箱61底部的左端开设有进风口62,且过滤箱61内腔的下端固定连接有活性炭过滤层63,过滤箱61内腔的上端固定连接有聚氯乙烯滤网层64,可对从进风口62进入的空气进行两级物理过滤处理,从而保障了箱体1内部环境的卫生性,延长了箱体1内部用电设备的使用寿命,且过滤箱61顶部的左端固定安装有风机65,同时,风机65的进风端通过管道与过滤箱61顶部的右端连通,风机65的出风端通过管道与箱体1右侧的上端连通,箱体1左侧的底部开设有出风口13,且出风口13的内表面固定连接有石英砂过滤网14,箱体1底部的四周均固定连接有套筒12,且套筒12内腔的顶部通过弹簧8活动连接有支撑腿9,可起到减震的作用,提高本设备的使用寿命,支撑腿9的底部固定连接有支撑板11,支撑板11为正方形结构,且支撑板11的内表面开设有安装孔10,箱体1的内腔固定连接有安装板15,安装板15的数量为四个,且每个安装板15内表面的左右两端均开设有通孔16,箱体1的正表面通过合页活动连接有活动门18,且活动门18的正表面固定安装有把手19。
使用时,先将UPS不间断电源设备的各电子元器件通过紧固螺丝安装在安装板15上,由于本申请将新能源供电机构4通过导线与蓄电池3的输入端连接,所以可对温度传感器7等用电设备提供电能,不仅降低了对市电的消耗,同时也能满足在停电等特殊情况下温度传感器7等用电设备的正常使用,箱体1内腔右侧的下端固定连接了温度传感器7,可对箱体1内的温度进行检测,并在箱体1内的温度高于最高预设值时,自动接通风机65的电源,达到了自动散热的需求,通过以上结构的配合,有效提高了本设备的节能环保性,延长了其使用寿命,在箱体1内腔顶部的左端固定连接了4G通信模块17,人们预先将其他用电设备与4G通信模块17的输入端连接,4G通信模块17可将其他用电设备的数据远程发送到人们的智能手机上,提高了本设备的智能化程度。
尽管已经示出和描述了本发明的实施例,对于本领域的普通技术人员而言,可以理解在不脱离本发明的原理和精神的情况下可以对这些实施例进行多种变化、修改、替换和变型,本发明的范围由所附权利要求及其等同物限定。
Claims (9)
1.一种节能环保的UPS不间断电源设备,包括箱体(1)、蓄电池(3)和新能源供电机构(4),其特征在于:所述新能源供电机构(4)通过导线与蓄电池(3)的输入端连接,且箱体(1)内腔顶部的左端固定连接有4G通信模块(17),所述箱体(1)内腔右侧的下端固定连接有温度传感器(7),且箱体(1)右侧的上端固定连接有散热机构(6)。
2.根据权利要求1所述的一种节能环保的UPS不间断电源设备,其特征在于:所述箱体(1)底部的中端固定连接有电池盒(5),电池盒(5)内腔的底部固定连接有蓄电池(3),且电池盒(5)右侧的中端开设有充电插口(2)。
3.根据权利要求1所述的一种节能环保的UPS不间断电源设备,其特征在于:所述新能源供电机构(4)包括支座(41),且支座(41)的顶部固定连接有太阳能电板(43),支座(41)顶部的中端固定连接有支撑杆(42),且支撑杆(42)的顶部通过轴承活动连接有风力发电机(44),同时,太阳能电板(43)与支撑杆(42)的连接处开设有预留槽,且预留槽的内腔通过粘胶连接有密封圈。
4.根据权利要求1所述的一种节能环保的UPS不间断电源设备,其特征在于:所述箱体(1)左侧的底部开设有出风口(13),且出风口(13)的内表面固定连接有石英砂过滤网(14)。
5.根据权利要求1所述的一种节能环保的UPS不间断电源设备,其特征在于:所述箱体(1)底部的四周均固定连接有套筒(12),且套筒(12)内腔的顶部通过弹簧(8)活动连接有支撑腿(9),支撑腿(9)的底部固定连接有支撑板(11),且支撑板(11)的内表面开设有安装孔(10)。
6.根据权利要求1所述的一种节能环保的UPS不间断电源设备,其特征在于:所述箱体(1)的内腔固定连接有安装板(15),安装板(15)的数量为两到四个,且每个安装板(15)内表面的左右两端均开设有通孔(16)。
7.根据权利要求1所述的一种节能环保的UPS不间断电源设备,其特征在于:所述箱体(1)的正表面通过合页活动连接有活动门(18),且活动门(18)的正表面固定安装有把手(19)。
8.根据权利要求1所述的一种节能环保的UPS不间断电源设备,其特征在于:所述4G通信模块(17)包括4G网关和远程移动终端,且远程移动终端为接入4G网络的智能手机。
9.根据权利要求1所述的一种节能环保的UPS不间断电源设备,其特征在于:所述散热机构(6)包括过滤箱(61),过滤箱(61)底部的左端开设有进风口(62),且过滤箱(61)内腔的下端固定连接有活性炭过滤层(63),过滤箱(61)内腔的上端固定连接有聚氯乙烯滤网层(64),且过滤箱(61)顶部的左端固定安装有风机(65),同时,风机(65)的进风端通过管道与过滤箱(61)顶部的右端连通,风机(65)的出风端通过管道与箱体(1)右侧的上端连通。
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