CN106088965B - 一种保温门 - Google Patents

一种保温门 Download PDF

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CN106088965B
CN106088965B CN201610592226.4A CN201610592226A CN106088965B CN 106088965 B CN106088965 B CN 106088965B CN 201610592226 A CN201610592226 A CN 201610592226A CN 106088965 B CN106088965 B CN 106088965B
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parts
doorframe
bracing piece
thermal insulating
thermally insulated
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CN106088965A (zh
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洪长林
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Anhui Meiwo windows Technology Co. Ltd.
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Anhui Kata Doors & Windows Co Ltd
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Priority to CN201810306560.8A priority patent/CN108561045A/zh
Priority to CN201810307077.1A priority patent/CN108487838A/zh
Priority to CN201810307079.0A priority patent/CN108442859A/zh
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Abstract

本发明公开一种保温门，包括门框、EPS板和实木板，所述门框、EPS板和实木板依次从下至上固定连接，所述门框之间填充有玻璃棉，所述门框底部设置有蜂窝板层和橡胶层，所述门框、蜂窝板层和橡胶层依次从上至下胶合连接，所述玻璃棉内安装有加强杆，所述加强杆呈中空设置，所述加强杆内设置有电热丝，所述加强杆分别于EPS板和蜂窝板层固定连接，该保温门结构强度高，具有加热功能，保温效果好，结构强度高。

Description

一种保温门
技术领域
本发明涉及一种保温门。
背景技术
从门的作用上来说，主要可把门分为大门、进户门、室内门、防爆门、抗爆门、防火门等。进户门也称防盗门，大多数住宅竣工时都安装了进户门，有些消费者出于安全与其他方面考虑会进行更换。进户门主要有纯钢质进户门与装甲门。装甲门是高档次的进户门，主要特点是不采用传统的表面处理方法，而是在钢质进户门的表面增加一层木饰面，这样既保证了进户门的安全要素，又大大提高了门的档次，同时，还可以与室内装修更好地协调。相对于进户门而言，消费者用得更多的是室内门，室内门的种类非常繁多，也是最令消费者摸不着头脑的品种。下面的篇幅主要介绍室内门的分类与特点。
普通实木门可分两种，一种是用普通原木（比如说松木、梨木等）拼装而成，这种门的环保性能好，工艺要求高，但是由于选用的木料不好，产品不是很上档次，还有一种是使用全实木指接板拼装而成，这种门环保性也不错，但生产工艺比较简单，款式不是很丰富，外观也不是很好，普通实木门之所以存在主要是因为其迎合了消费者的强烈环保意识，其产品并无多大可取之处。
实木复合门是未来木门市场的主流，实木复合门因其精细的工艺造就了超凡的感观，效果直逼原木门；因其科学的设计实现了质量的稳定，使用价值高过原木门，上述的几种室内门都可称之为中高档室内门。
目前现有的门结构强度不高，不具有加热功能，保温效果不好，结构强度不高。
发明内容
本发明要解决的技术问题是提供一种结构强度高，具有加热功能，保温效果好，结构强度高的保温门。
为解决上述问题，本发明采用如下技术方案：
一种保温门，包括门框、EPS板和实木板，所述门框、EPS板和实木板依次从下至上固定连接，所述门框之间填充有玻璃棉，所述门框底部设置有蜂窝板层和橡胶层，所述门框、蜂窝板层和橡胶层依次从上至下胶合连接，所述玻璃棉内安装有加强杆，所述加强杆呈中空设置，所述加强杆内设置有电热丝，所述加强杆分别于EPS板和蜂窝板层固定连接，所述加强杆由以下重量份数配比的原料制成：石英砂15-20份、粘土7-9份、菱镁矿20-25份、白云石10-14份、碳化硅25-30份、膨土岩2-5份、氧化钙22-28份、氧化镁16-20份、氧化铁12-14份、氧化钛7-9份、玻璃粉6-8份、沸石2-6份、硼酸锌3-5份和硫化锌10-12份。
作为优选，所述加强杆呈矩形设置。
作为优选，所述门框为不锈钢门框。
作为优选，所述EPS板厚度为1.2cm。
作为优选，所述实木板厚度为2cm。
作为优选，所述蜂窝板层为铝合金蜂窝板层。
本发明要解决的另一技术问题为提供一种加强杆的制造方法。
为解决上述问题，本发明采用如下技术方案：包括以下步骤：
1）将石英砂15-20份、粘土7-9份、菱镁矿20-25份、白云石10-14份、碳化硅25-30份、膨土岩2-5份、氧化钙22-28份、氧化镁16-20份、氧化铁12-14份、氧化钛7-9份、玻璃粉6-8份、沸石2-6份、硼酸锌3-5份和硫化锌10-12份投入反应釜中，保持温度为为55-65℃，搅拌速度为4400-4600r/min，反应时间为20-35分钟，备用；
2）将步骤1）所得原料压制成型得打原坯；
3）将步骤2）所得原坯投入到窑炉中保持温度为1250-1450℃9-10小时，取出后打磨光滑即可。
本发明的有益效果为：设置的玻璃棉、EPS板和实木板具有良好的保温效果；设置的电热丝具有加热功能；设置的加强杆耐高温保持结构强度高。
附图说明
图1为本发明一种保温门的结构图。
具体实施方式
实施例1
如图1所示，一种保温门，包括门框1、EPS板2和实木板3，所述门框1、EPS板2和实木板3依次从下至上固定连接，所述门框1之间填充有玻璃棉4，所述门框1底部设置有蜂窝板层5和橡胶层6，所述门框1、蜂窝板层5和橡胶层6依次从上至下胶合连接，所述玻璃棉4内安装有加强杆7，所述加强杆7呈中空设置，所述加强杆7内设置有电热丝8，所述加强杆7分别于EPS板2和蜂窝板层5固定连接，所述加强杆7由以下重量份数配比的原料制成：石英砂15份、粘土7份、菱镁矿20份、白云石10份、碳化硅25份、膨土岩2份、氧化钙22份、氧化镁16份、氧化铁12份、氧化钛7份、玻璃粉6份、沸石2份、硼酸锌3份和硫化锌10份。
所述加强杆7呈矩形设置。
所述门框1为不锈钢门框。
所述EPS板2厚度为1.2cm。
所述实木板3厚度为2cm。
所述蜂窝板层5为铝合金蜂窝板层。
一种加强杆的制造方法，包括以下步骤：
1）将石英砂15份、粘土7份、菱镁矿20份、白云石10份、碳化硅25份、膨土岩2份、氧化钙22份、氧化镁16份、氧化铁12份、氧化钛7份、玻璃粉6份、沸石2份、硼酸锌3份和硫化锌10份投入反应釜中，保持温度为为55-65℃，搅拌速度为4400-4600r/min，反应时间为20-35分钟，备用；
2）将步骤1）所得原料压制成型得打原坯；
3）将步骤2）所得原坯投入到窑炉中保持温度为1250-1450℃9-10小时，取出后打磨光滑即可。
实施例2
如图1所示，一种保温门，包括门框1、EPS板2和实木板3，所述门框1、EPS板2和实木板3依次从下至上固定连接，所述门框1之间填充有玻璃棉4，所述门框1底部设置有蜂窝板层5和橡胶层6，所述门框1、蜂窝板层5和橡胶层6依次从上至下胶合连接，所述玻璃棉4内安装有加强杆7，所述加强杆7呈中空设置，所述加强杆7内设置有电热丝8，所述加强杆7分别于EPS板2和蜂窝板层5固定连接，所述加强杆7由以下重量份数配比的原料制成：石英砂17.5份、粘土8份、菱镁矿22.5份、白云石12份、碳化硅27.5份、膨土岩3.5份、氧化钙24份、氧化镁18份、氧化铁13份、氧化钛8份、玻璃粉7份、沸石4份、硼酸锌4份和硫化锌11份。
所述加强杆7呈矩形设置。
所述门框1为不锈钢门框。
所述EPS板2厚度为1.2cm。
所述实木板3厚度为2cm。
所述蜂窝板层5为铝合金蜂窝板层。
一种加强杆的制造方法，包括以下步骤：
1）将石英砂17.5份、粘土8份、菱镁矿22.5份、白云石12份、碳化硅27.5份、膨土岩3.5份、氧化钙24份、氧化镁18份、氧化铁13份、氧化钛8份、玻璃粉7份、沸石4份、硼酸锌4份和硫化锌11份投入反应釜中，保持温度为为55-65℃，搅拌速度为4400-4600r/min，反应时间为20-35分钟，备用；
2）将步骤1）所得原料压制成型得打原坯；
3）将步骤2）所得原坯投入到窑炉中保持温度为1250-1450℃9-10小时，取出后打磨光滑即可。
实施例3
如图1所示，一种保温门，包括门框1、EPS板2和实木板3，所述门框1、EPS板2和实木板3依次从下至上固定连接，所述门框1之间填充有玻璃棉4，所述门框1底部设置有蜂窝板层5和橡胶层6，所述门框1、蜂窝板层5和橡胶层6依次从上至下胶合连接，所述玻璃棉4内安装有加强杆7，所述加强杆7呈中空设置，所述加强杆7内设置有电热丝8，所述加强杆7分别于EPS板2和蜂窝板层5固定连接，所述加强杆7由以下重量份数配比的原料制成：石英砂20份、粘土9份、菱镁矿25份、白云石14份、碳化硅30份、膨土岩5份、氧化钙28份、氧化镁20份、氧化铁14份、氧化钛9份、玻璃粉8份、沸石6份、硼酸锌5份和硫化锌12份。
所述加强杆7呈矩形设置。
所述门框1为不锈钢门框。
所述EPS板2厚度为1.2cm。
所述实木板3厚度为2cm。
所述蜂窝板层5为铝合金蜂窝板层。
一种加强杆的制造方法，包括以下步骤：
1）将石英砂20份、粘土9份、菱镁矿25份、白云石14份、碳化硅30份、膨土岩5份、氧化钙28份、氧化镁20份、氧化铁14份、氧化钛9份、玻璃粉8份、沸石6份、硼酸锌5份和硫化锌12份投入反应釜中，保持温度为为55-65℃，搅拌速度为4400-4600r/min，反应时间为20-35分钟，备用；
2）将步骤1）所得原料压制成型得打原坯；
3）将步骤2）所得原坯投入到窑炉中保持温度为1250-1450℃9-10小时，取出后打磨光滑即可。
本发明的有益效果为：设置的玻璃棉、EPS板和实木板具有良好的保温效果；设置的电热丝具有加热功能；设置的加强杆耐高温保持结构强度高。
以上所述，仅为本发明的具体实施方式，但本发明的保护范围并不局限于此，任何不经过创造性劳动想到的变化或替换，都应涵盖在本发明的保护范围之内。

Claims (7)

1.一种保温门，其特征在于：包括门框、EPS板和实木板，所述门框、EPS板和实木板依次从下至上固定连接，所述门框之间填充有玻璃棉，所述门框底部设置有蜂窝板层和橡胶层，所述门框、蜂窝板层和橡胶层依次从上至下胶合连接，所述玻璃棉内安装有加强杆，所述加强杆呈中空设置，所述加强杆内设置有电热丝，所述加强杆分别于EPS板和蜂窝板层固定连接，所述加强杆由以下重量份数配比的原料制成：石英砂15-20份、粘土7-9份、菱镁矿20-25份、白云石10-14份、碳化硅25-30份、膨土岩2-5份、氧化钙22-28份、氧化镁16-20份、氧化铁12-14份、氧化钛7-9份、玻璃粉6-8份、沸石2-6份、硼酸锌3-5份和硫化锌10-12份。
2.根据权利要求1所述的保温门，其特征在于：所述加强杆呈矩形设置。
3.根据权利要求2所述的保温门，其特征在于：所述门框为不锈钢门框。
4.根据权利要求3所述的保温门，其特征在于：所述EPS板厚度为1.2cm。
5.根据权利要求4所述的保温门，其特征在于：所述实木板厚度为2cm。
6.根据权利要求5所述的保温门，其特征在于：所述蜂窝板层为铝合金蜂窝板层。
7.一种保温门的加强杆的制造方法，其特征在于：包括以下步骤：
1）将石英砂15-20份、粘土7-9份、菱镁矿20-25份、白云石10-14份、碳化硅25-30份、膨土岩2-5份、氧化钙22-28份、氧化镁16-20份、氧化铁12-14份、氧化钛7-9份、玻璃粉6-8份、沸石2-6份、硼酸锌3-5份和硫化锌10-12份投入反应釜中，保持温度为55-65℃，搅拌速度为4400-4600r/min，反应时间为20-35分钟，备用；
2）将步骤1）所得原料压制成型得到原坯；
3）将步骤2）所得原坯投入到窑炉中保持温度为1250-1450℃9-10小时，取出后打磨光滑即可。
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