CN204038184U - A kind of low-temperature insulation case - Google Patents

A kind of low-temperature insulation case Download PDF

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Publication number
CN204038184U
CN204038184U CN201420053369.4U CN201420053369U CN204038184U CN 204038184 U CN204038184 U CN 204038184U CN 201420053369 U CN201420053369 U CN 201420053369U CN 204038184 U CN204038184 U CN 204038184U
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shell
low
temperature
box
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马海元
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Suzhou University
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Suzhou University
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Abstract

本实用新型涉及一种低温保温箱,包括箱体和箱盖,所述的箱体分为内胆和外壳,所述的内胆可以与外壳分离并从箱体中取出,其分为三部分,即侧边、底边和分隔带;所述的外壳分为内外两层。所述的侧边、底边和分隔带内分别填充有水、氯化铵和白磷。所述的分隔带的左右两侧使用淋膜纸。所述的外壳内层采用抽真空的双层玻璃,外层是PE保温材料。所述的箱盖与外壳采用相同的结构和材料。本实用新型的外壳双层保温设计,可以最大限度的保证箱体内的低温环境,而且不会受到外部影响;而当出现意外情况时,则低温保温箱会立刻做出反应,将损失降到最低。内胆与外壳的分离设计则可以在特殊反应后将内胆进行更换,降低了成本。

The utility model relates to a low-temperature incubator, which comprises a box body and a box cover. The box body is divided into an inner tank and an outer shell. The inner tank can be separated from the outer shell and taken out from the box body. It is divided into three parts. , that is, the side, the bottom and the separation strip; the shell is divided into inner and outer layers. Water, ammonium chloride and white phosphorus are respectively filled in the side, bottom and separation zone. Laminated paper is used on the left and right sides of the separation strip. The inner layer of the shell adopts vacuumized double-layer glass, and the outer layer is PE insulation material. The box cover and the shell adopt the same structure and material. The double-layer insulation design of the shell of the utility model can ensure the low-temperature environment in the box to the greatest extent, and will not be affected by the outside; and when an unexpected situation occurs, the low-temperature insulation box will respond immediately to minimize the loss . The separate design of the inner tank and the outer shell allows the inner tank to be replaced after a special reaction, reducing the cost.

Description

一种低温保温箱A kind of low temperature insulation box

技术领域 technical field

本实用新型涉及一种包装,尤其是一种可以低温保存产品的低温保温箱。 The utility model relates to a package, in particular to a low-temperature incubator capable of storing products at low temperature.

背景技术 Background technique

最早的保温箱出现在外卖送餐行业,当时的保温工具五花八门,有用的铁皮柜自己焊接、有用白色泡沫箱缠绕黄色胶带、或者藤编的篮里放入棉絮毯等等,不一而同。这些设备不但体积庞大、携带不便,而且还不卫生更无美观可言。 The earliest incubators appeared in the food delivery industry. At that time, there were various insulation tools, such as iron cabinets that were useful for welding by yourself, white foam boxes that were wrapped with yellow tape, or rattan baskets that put cotton blankets, etc., and so on. These devices are not only bulky and inconvenient to carry, but also unhygienic and unattractive.

随着外卖餐饮行业对保温箱的不断创新,最终完成了保温箱的形体上、功能上的进步,由于包体的便携和款式的新颖,保温箱包在出现的短短的几年间,迅速风靡全国,特别是北京,已是餐饮行业的必备品。现如今,保温箱已经应用在各行各业中,同时对保温箱的要求也越来越高,当需保温的产品对温度要求较高,并需要长时间运输时,现行的保温箱往往达不到要求,而且箱体没有及时的防护措施,导致产品变质,有时会造成那以弥补的损失。 With the continuous innovation of the incubator in the food delivery industry, the physical and functional progress of the incubator has finally been completed. Due to the portability of the bag and the novelty of the style, the incubator has quickly become popular all over the country in just a few years after it appeared. , especially in Beijing, has become a must-have for the catering industry. Nowadays, incubators have been used in all walks of life. At the same time, the requirements for incubators are getting higher and higher. When the products that need to be insulated have higher temperature requirements and need to be transported for a long time, the current incubators often cannot meet the requirements. To meet the requirements, and there is no timely protective measures for the box, resulting in product deterioration, sometimes resulting in irreparable losses.

发明内容 Contents of the invention

为了弥补现有技术的不足,本实用新型提供了一种可以长时间低温保存,并能有效控住突发情况的低温保温箱。 In order to make up for the deficiencies of the prior art, the utility model provides a low-temperature incubator that can be stored at low temperature for a long time and can effectively control emergencies.

本实用新型是通过如下技术方案实现的: The utility model is achieved through the following technical solutions:

一种低温保温箱,包括箱体和箱盖,所述的箱体分为内胆和外壳,内胆可以与外壳分离并能从箱体中取出;所述的内胆分为三部分,即侧边、底边和分隔带;所述的外壳分为内外两层。 A low-temperature incubator, comprising a box body and a box cover, the box body is divided into an inner tank and an outer shell, the inner tank can be separated from the outer shell and can be taken out from the box body; the inner tank is divided into three parts, namely Sides, bottoms and separation strips; the shell is divided into inner and outer layers.

本实用新型在现有低温保温箱的基础上,增加了一个可以自由替换的不锈钢内胆,内胆内的特殊结构和物质可以在突发情况下迅速做出反应。 On the basis of the existing low-temperature incubator, the utility model adds a stainless steel liner which can be replaced freely, and the special structure and material in the liner can respond quickly in case of an emergency.

本实用新型的特有技术方案为: The unique technical scheme of the utility model is:

所述的侧边、底边和分隔带内分别填充有水、氯化铵和白磷。白磷燃点很低,当达到一定温度时,剧烈摩擦可以自燃,然后侧边和底边就形成通路,水与氯化铵结合瞬间吸收大量的热,使箱体内部瞬间恢复到低温环境,保证产品的质量。 Water, ammonium chloride and white phosphorus are respectively filled in the side, bottom and separation zone. The ignition point of white phosphorus is very low. When it reaches a certain temperature, violent friction can spontaneously ignite, and then the side and bottom edges form a path. The combination of water and ammonium chloride instantly absorbs a large amount of heat, making the inside of the box instantly return to a low temperature environment, ensuring the product the quality of.

所述的分隔带的左右两侧使用淋膜纸。既可以防水,还会在白磷自燃时燃烧掉,使侧边和底边形成通路。 Laminated paper is used on the left and right sides of the divider. It is waterproof, but also burns off when the white phosphorus spontaneously ignites, allowing the sides and bottom to form pathways.

所述的外壳内层采用抽真空的双层玻璃,外层是PE保温材料。真空可以完全隔绝热辐射,而玻璃本身就是热的不良导体,外壳内层就起到了隔热保温的效果,外层的PE保温材料除了隔热之外,还有很好的抗压、耐磨的特性,增加了低温保温箱的耐用性。 The inner layer of the shell adopts vacuumized double-layer glass, and the outer layer is PE insulation material. Vacuum can completely isolate heat radiation, and glass itself is a poor conductor of heat. The inner layer of the shell has the effect of heat insulation. In addition to heat insulation, the PE insulation material of the outer layer has good compression and wear resistance. The characteristics increase the durability of the low temperature incubator.

所述的箱盖与外壳采用相同的结构和材料,可以保证低温保温箱从各个面上都起到保温的效果。 The box cover and the shell adopt the same structure and material, which can ensure the effect of heat preservation from all sides of the low-temperature incubator.

本实用新型的有益效果是:在正常使用时,外壳的双层保温设计,可以最大限度的保证箱体内的低温环境,而且不会受到外部影响;而当出现意外情况时,例如剧烈震荡时导致外壳破损,或者外部环境温度突然升高,则低温保温箱会立刻做出反应,将损失降到最低。内胆与外壳的分离设计则可以在特殊反应后将内胆进行更换,降低了成本。 The beneficial effects of the utility model are: in normal use, the double-layer insulation design of the shell can ensure the low temperature environment in the box to the greatest extent, and will not be affected by the outside; If the shell is damaged, or the temperature of the external environment suddenly rises, the low temperature incubator will respond immediately to minimize the loss. The separate design of the inner tank and the outer shell allows the inner tank to be replaced after a special reaction, reducing the cost.

附图说明 Description of drawings

下面结合附图对本实用新型作进一步的说明。 Below in conjunction with accompanying drawing, the utility model is further described.

图1为本实用新型的结构示意图; Fig. 1 is the structural representation of the utility model;

图中,1、箱体,2、内胆,3、外壳,4、侧边,5、分隔带,6、底边,7、箱盖。 In the figure, 1, box body, 2, liner, 3, shell, 4, side, 5, separation strip, 6, bottom edge, 7, box cover.

具体实施方式 Detailed ways

附图为本实用新型的一种具体实施例。该实施例为一种低温保温箱,包括箱体1和箱盖7,所述的箱体1分为内胆2和外壳3,所述的内胆2可以与外壳3分离并从箱体1中取出;并分为三部分,即侧边4、底边6和分隔带5;所述的侧边4、底边6和分隔带5内分别填充有水、氯化铵和白磷。所述的分隔带5的左右两侧使用淋膜纸。所述的外壳3分为内外两层,内层采用抽真空的双层玻璃,外层是PE保温材料。所述的箱盖7与外壳3采用相同的结构和材料。 Accompanying drawing is a kind of concrete embodiment of the utility model. This embodiment is a low-temperature incubator, including a box body 1 and a box cover 7. The box body 1 is divided into an inner tank 2 and an outer shell 3. The inner tank 2 can be separated from the outer shell 3 and removed from the box body 1. and divided into three parts, namely side 4, bottom 6 and separation strip 5; said side 4, bottom 6 and separation strip 5 are filled with water, ammonium chloride and white phosphorus respectively. The left and right sides of described separating belt 5 use coated paper. The shell 3 is divided into inner and outer layers, the inner layer adopts vacuumized double-layer glass, and the outer layer is PE insulation material. The box cover 7 and the shell 3 adopt the same structure and material.

首先进行静态测试,向低温保温箱中加入冰冻好的3包医用冰袋,和一只无线温度探头,然后将箱盖盖上,密封,在常温下静置72小时,将箱子打开,发现3包冰袋均为完全融化,将温度探头的数据导出,发现未出现高于-6℃的数据出现,静态测试成功;然后进行动态测试,同样将3包冰冻好的医用冰袋和一只无线温度探头放入低温保温箱,密封,将低温保温箱放入40℃的环境中,并用振荡器持续振荡,24小时后取出,打开低温保温箱,发现冰袋已经融化,但内部温度明显感觉很低,内胆壁上还有冰晶,取出温度探头,导出数据发现,在某一瞬间温度超过0℃,但瞬间温度下降,而且温差极大。说明防护措施起到效果,低温保温箱作用明显。 First conduct a static test, add 3 packs of frozen medical ice packs and a wireless temperature probe into the low-temperature incubator, then close the lid of the box, seal it, and let it stand at room temperature for 72 hours, open the box, and find 3 packs The ice packs were completely melted, and the data of the temperature probe was exported, and it was found that no data higher than -6°C appeared, and the static test was successful; then the dynamic test was carried out, and 3 packs of frozen medical ice packs and a wireless temperature probe were also placed Put it into a low-temperature incubator, seal it, put the low-temperature incubator in an environment of 40°C, and continue to vibrate with an oscillator, take it out after 24 hours, open the low-temperature incubator, and find that the ice pack has melted, but the internal temperature is obviously low, and the inner tank There were still ice crystals on the wall. The temperature probe was taken out and the data was derived. It was found that the temperature exceeded 0°C at a certain moment, but the temperature dropped instantly, and the temperature difference was huge. It shows that the protective measures are effective, and the effect of the low-temperature incubator is obvious.

Claims (4)

1. a low-temperature insulation case, comprise casing (1) and case lid (7), it is characterized in that: described casing (1) is divided into inner bag (2) and shell (3), described inner bag (2) is the two parts be separated with shell (3), described inner bag (2) has side (4) and base (6), is connected by insulation strip (5); Described shell (3) is divided into inside and outside two-layer; Described side (4), base (6) and insulation strip (5) interior hollow, wherein fill water in side (4), and filling chlorinated ammonium in base (6) fills white phosphorus in insulation strip (5).
2. low-temperature insulation case according to claim 1, is characterized in that: described insulation strip (5) and side (4), base (6) junction use leaching membrane paper.
3. low-temperature insulation case according to claim 1, is characterized in that: described shell (3) internal layer adopts the double glass vacuumized, and skin is PE warm material.
4. low-temperature insulation case according to claim 1, is characterized in that: described case lid (7) adopts identical structure and material with shell (3).
CN201420053369.4U 2014-01-27 2014-01-27 A kind of low-temperature insulation case Expired - Fee Related CN204038184U (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107132336A (en) * 2017-05-10 2017-09-05 北京航空航天大学 A kind of Simple indoor test instrument for studying soil body aqueous vapor migration characteristic
CN107685956A (en) * 2016-08-03 2018-02-13 广州中臣碧阳船舶科技有限公司 A kind of incubator using ice slurry energy storage

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107685956A (en) * 2016-08-03 2018-02-13 广州中臣碧阳船舶科技有限公司 A kind of incubator using ice slurry energy storage
CN107132336A (en) * 2017-05-10 2017-09-05 北京航空航天大学 A kind of Simple indoor test instrument for studying soil body aqueous vapor migration characteristic

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CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20141224

Termination date: 20160127

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