JPH09206226A - Portable heat-insulating container and its manufacture - Google Patents
Portable heat-insulating container and its manufactureInfo
- Publication number
- JPH09206226A JPH09206226A JP1897096A JP1897096A JPH09206226A JP H09206226 A JPH09206226 A JP H09206226A JP 1897096 A JP1897096 A JP 1897096A JP 1897096 A JP1897096 A JP 1897096A JP H09206226 A JPH09206226 A JP H09206226A
- Authority
- JP
- Japan
- Prior art keywords
- heat
- container
- insulating container
- heat storage
- portable
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Landscapes
- Packages (AREA)
- Thermally Insulated Containers For Foods (AREA)
- Cookers (AREA)
- Portable Outdoor Equipment (AREA)
- Purses, Travelling Bags, Baskets, Or Suitcases (AREA)
Abstract
Description
【０００１】[0001]
【発明の属する技術分野】本発明は、携帯用魔法瓶、携
帯用ランチジャー、携帯用断熱調理器具に用いる携帯用
断熱容器に関する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a portable thermos container, a portable lunch jar, and a portable heat insulating container used for a portable heat insulating cooker.
【０００２】[0002]
【従来の技術】従来、この種の断熱容器として、例えば
実公昭５９−３８１９２号公報には、断熱材層を備えた
壁体により形成された箱体内に、蓄熱体と面発熱体より
なる保温用熱源が設けられた保温箱が開示されている。
この保温箱において、蓄熱体への蓄熱は面発熱体により
行っているので、蓄熱を簡単に行うことができ、また蓄
熱材を全体的に加熱でき温度分布に局部的なむらを生じ
ないものとなり、被保温物の蓄熱材からの伝熱による保
温も均一な温度にすることができるというものである。
また、実公昭６２−２１２５６号公報には、金属製の内
外筒間が真空にされて真空断熱層が形成され、上記内筒
底部にヒータが設けられている電気加熱式魔法瓶におい
て、上記ヒータの近傍に蓄熱材を介在せしめたことを特
徴とする電気加熱式魔法瓶が開示されている。この電気
加熱式魔法瓶は、内筒底部に設けられたヒータの近傍に
蓄熱材（蓄熱板）を設けた構成なので、ヒータの熱の逃
散を阻止できるばかりでなく、蓄熱を積極的に再利用で
き、熱効率に優れ、長時間保温が可能である。また、実
開昭６４−２３９３３号公報には、断熱容器の任意部位
に蓄熱ユニットを設け、この蓄熱ユニット内に６５〜８
０℃の凝固点を有するパラフィンろうやマイクロクリス
タリンワックスからなる蓄熱形の蓄熱材料を密封したこ
とを特徴とする食品保存器が開示されている。この食品
保存器は蓄熱ユニット内に蓄熱材を設けた構造なので、
ヒータの熱の逃散を阻止できるばかりでなく、積極的に
再利用できるようになっている。2. Description of the Related Art Heretofore, as a heat insulating container of this type, for example, in Japanese Utility Model Publication No. 59-38192, a heat retaining body composed of a heat storage body and a surface heating body is provided in a box body formed of a wall body provided with a heat insulating material layer. A heat insulation box provided with a heat source for use is disclosed.
In this heat insulation box, the heat is stored in the heat storage body by the surface heating element, so heat can be stored easily and the heat storage material can be heated as a whole without causing local unevenness in the temperature distribution. It is also possible to keep the temperature of the object to be kept uniform by heat transfer from the heat storage material.
Further, Japanese Utility Model Publication No. 62-21256 discloses an electric heating type thermos bottle in which a vacuum heat insulating layer is formed by making a vacuum between metal inner and outer cylinders and a heater is provided at the bottom of the inner cylinder. An electrically heated thermos is disclosed in which a heat storage material is interposed in the vicinity. This electrically heated thermos has a structure in which a heat storage material (heat storage plate) is provided near the heater provided at the bottom of the inner cylinder, so not only can heat from the heater be prevented from escaping, but heat storage can be positively reused. It has excellent thermal efficiency and can keep warm for a long time. Further, in Japanese Utility Model Laid-Open No. 64-23933, a heat storage unit is provided at an arbitrary portion of a heat insulating container, and 65 to 8 are provided in the heat storage unit.
Disclosed is a food storage device characterized by sealing a heat storage type heat storage material made of paraffin wax or microcrystalline wax having a freezing point of 0 ° C. Since this food storage structure has a heat storage material inside the heat storage unit,
Not only can the heat from the heater escape be prevented, but it can also be actively reused.
【０００３】[0003]
【発明が解決しようとする課題】しかしながら、これら
従来技術には、それぞれ解決すべき課題があった。実公
昭５９−３８１９２号公報記載の保温箱は、断熱材を用
いた断熱構造であり携帯には不便である。すなわち、こ
の保温箱では断熱材の材質として合成樹脂製発泡体、木
材、グラスウール、石綿ボード、パーティクルボード等
が挙げられており、これらの断熱材料で実用上十分な断
熱効果を得るには、断熱材の厚みを厚くしなければなら
ず、保温箱が大きく、重くなってしまう。さらに、これ
らの断熱材を用いて構成した場合、蓄熱材の蓄熱温度を
８０〜１００℃近傍の温度とした場合、合成樹脂発泡体
や木材は熱で変形し易く、また容器外側が熱くなるおそ
れがあり、前記温度域での使用が困難であった。またこ
の保温箱は面発熱体の位置が蓄熱材の上下いずれか一方
または両方としているが、このような配置では、潜熱蓄
熱材は熱伝導率が低いので蓄熱が遅く、実際には温度む
らが生じ、温度制御し難かった。実公昭６２−２１２５
６号公報記載の電気加熱式魔法瓶および実開昭６４−２
３９３３号公報記載の食品保存器では、その構造から考
えると、蓄熱材に蓄熱した熱は底を通じて外部に損失さ
れ被保温物に伝わる効率が悪くなるおそれがあった。ま
た、底からの伝熱により外筒が熱せられるおそれがあっ
た。また、これら従来例に関しては、温度制御手段等、
効率よく蓄熱するシステムについては記載されていな
い。さらに、蓄熱材が蓄熱した後の感知及び報知システ
ムについても記載されていない。However, each of these conventional techniques has problems to be solved. The heat insulating box described in Japanese Utility Model Publication No. 59-38192 has a heat insulating structure using a heat insulating material and is inconvenient to carry. That is, in this heat insulating box, synthetic resin foam, wood, glass wool, asbestos board, particle board, etc. are mentioned as the material of the heat insulating material. To obtain a practically sufficient heat insulating effect with these heat insulating materials, The material must be thick, and the heat insulation box will be large and heavy. Furthermore, in the case of using these heat insulating materials, when the heat storage temperature of the heat storage material is set to a temperature in the vicinity of 80 to 100 ° C., the synthetic resin foam and the wood are easily deformed by heat, and the outside of the container may become hot. However, it was difficult to use in the above temperature range. Also, in this heat insulation box, the position of the surface heating element is either above or below the heat storage material, or both, but in such an arrangement, the latent heat storage material has a low thermal conductivity, so the heat storage is slow, and there is actually a temperature unevenness. It was difficult to control the temperature. Mitsuko Sho 62-2125
An electrically heated thermos disclosed in Japanese Patent No. 6 and Shokai 64-2
Considering the structure of the food storage device described in Japanese Patent No. 3933, the heat stored in the heat storage material may be lost to the outside through the bottom, and the efficiency of transmission to the heat-retained object may be deteriorated. In addition, the heat transfer from the bottom may heat the outer cylinder. Regarding these conventional examples, temperature control means, etc.
It does not describe a system that efficiently stores heat. Further, it does not describe a detection and notification system after the heat storage material has accumulated heat.
【０００４】本発明は前記事情に鑑みてなされたもの
で、以下の事項を達成することを課題としている。 電気供給のある場所から電気供給の無い場所に簡単に
携帯できるようにする。 断熱効果を高くするとともに、断熱容器を軽量、コン
パクト化する。 蓄熱材蓄熱時及び放熱時の熱効率を良くするととも
に、容器外面の温度が高くならず、安全に使用できるよ
うにする。 温度制御手段等を用い、効率よく蓄熱する。 蓄熱材の蓄熱完了を感知して報知または表示し、蓄熱
完了が容易に判るようにする。The present invention has been made in view of the above circumstances, and an object thereof is to achieve the following items. Make it easy to carry from a place with electricity supply to a place without electricity supply. In addition to increasing the heat insulation effect, the heat insulation container is made lighter and more compact. Heat storage material Improves thermal efficiency during heat storage and heat dissipation, and ensures safe use without increasing the temperature of the outer surface of the container. Efficiently stores heat using temperature control means. The completion of heat storage of the heat storage material is sensed and notified or displayed so that the completion of heat storage can be easily understood.
【０００５】[0005]
【課題を解決するための手段】本発明の請求項１記載の
発明は、金属製の有底筒状の内容器と外容器がそれらの
間に断熱層を形成して接合一体化されてなる金属製断熱
容器本体と、該断熱容器本体内に装着された蓄熱材と、
該蓄熱材を加熱する加熱手段とを備えた断熱容器におい
て、前記蓄熱材の温度が予め設定された温度となるよう
に前記加熱手段を制御する制御手段を前記断熱容器本体
内部または外部に設け、前記断熱容器本体の側面または
底面に前記内容器と外容器を貫通する貫通孔または貫通
管を設けて該加熱手段と制御手段の配線を断熱容器本体
外に導出してなり、前記制御手段により任意に設定した
温度で潜熱蓄熱材を固体から液体に溶融し蓄熱すること
を特徴とする携帯用断熱容器である。請求項２に係る発
明は、蓄熱材が蓄熱したことを感知または表示する手段
を設けたことを特徴とする請求項１記載の携帯用断熱容
器である。請求項３に係る発明は、前記加熱手段および
制御手段に電気を供給する配線コードが前記断熱容器ま
たはその底部に装着される底部材に収容可能であるか、
あるいは該底部材に着脱可能に配設されたことを特徴と
する請求項１または２記載の携帯用断熱容器である。請
求項４に係る発明は、前記断熱容器の断熱手段が真空断
熱あるいは空気より熱伝導率の小さい低熱伝導率ガスを
封入するガス断熱であることを特徴とする請求項１から
３のいずれか１項記載の携帯用断熱容器である。請求項
５に係る発明は、請求項１から４のいずれか１項記載の
携帯用断熱容器と、その断熱容器本体の上部開口に装着
された被保温物を出し入れする栓体とを備えた携帯用魔
法瓶である。請求項６に係る発明は、請求項１から４の
いずれか１項記載の携帯用断熱容器と、その断熱容器本
体内に複数段に出し入れ自在に設けられる収納容器とを
備えた携帯用ランチジャーである。請求項７に係る発明
は、請求項１から４のいずれか１項記載の携帯用断熱容
器と、その断熱容器本体内に出し入れ自在に挿入される
内鍋と、該内鍋に載置される内蓋と、この内鍋が収容さ
れた状態で前記携帯用断熱容器の上部開口を閉じる断熱
性の外蓋とを備えた携帯用断熱調理器である。請求項８
に係る発明は、金属製の有底筒状の内容器と外容器がそ
れらの間に断熱層を形成して接合一体化されてなる金属
製の断熱容器本体を作製し、潜熱蓄熱材と、該蓄熱材の
温度を感知して制御される加熱手段とを備えた蓄熱ユニ
ットを作製し、該蓄熱ユニットを前記断熱容器本体内に
挿入、固定し、かつ前記断熱容器本体の側面または底面
に設けた前記内容器と外容器を貫通する貫通孔または貫
通管を通して、前記蓄熱ユニットの加熱手段と制御手段
の配線を断熱容器本体外に導出することを特徴とする携
帯用断熱容器の製造方法である。請求項９に係る発明
は、前記蓄熱ユニットを前記断熱容器の内容器底部に挿
入、固定することを特徴とする請求項８記載の携帯用断
熱容器の製造方法である。請求項１０に係る発明は、潜
熱蓄熱材と、該蓄熱材の温度を感知して制御される加熱
手段とを有底筒状の金属製容器に密閉収容して蓄熱ユニ
ットを作製し、該蓄熱ユニットの金属製容器上端に内筒
を接合して内容器を形成し、該内容器と外容器とを接合
一体化し、次いで内容器と外容器の間に断熱層を形成し
て断熱容器本体を形成し、かつ前記断熱容器本体の側面
または底面に設けた前記内容器と外容器を貫通する貫通
孔または貫通管を通して、前記蓄熱ユニットの加熱手段
と制御手段の配線を断熱容器本体外に導出することを特
徴とする携帯用断熱容器の製造方法である。According to a first aspect of the present invention, a metal bottomed cylindrical inner container and an outer container are integrally joined by forming a heat insulating layer between them. A heat insulating container body made of metal, and a heat storage material mounted in the heat insulating container body;
In a heat insulating container provided with a heating means for heating the heat storage material, a control means for controlling the heating means so that the temperature of the heat storage material becomes a preset temperature is provided inside or outside the heat insulating container body, A through hole or a through pipe penetrating the inner container and the outer container is provided on the side surface or the bottom surface of the heat insulating container main body, and the wiring of the heating means and the control means is led out to the outside of the heat insulating container main body. A portable heat-insulating container, characterized in that the latent heat storage material is melted from a solid to a liquid and stored at a temperature set to. The invention according to claim 2 is the portable heat-insulating container according to claim 1, further comprising means for sensing or displaying that the heat storage material has accumulated heat. In the invention according to claim 3, the wiring cord for supplying electricity to the heating means and the control means can be accommodated in the heat insulating container or a bottom member attached to the bottom of the heat insulating container,
Alternatively, the portable heat-insulating container according to claim 1 or 2, which is detachably arranged on the bottom member. The invention according to claim 4 is characterized in that the heat insulating means of the heat insulating container is vacuum heat insulating or gas heat insulating for enclosing a low heat conductivity gas having a lower heat conductivity than air. The portable heat-insulating container according to the item. The invention according to claim 5 is a mobile phone comprising the portable heat-insulating container according to any one of claims 1 to 4, and a plug body for loading and unloading a heat-retaining object mounted in an upper opening of the heat-insulating container body. It is a thermos. The invention according to claim 6 is a portable lunch jar provided with the portable heat-insulating container according to any one of claims 1 to 4, and a storage container that is provided in the heat-insulating container body so as to be freely inserted and removed in a plurality of stages. Is. The invention according to claim 7 is the portable heat-insulating container according to any one of claims 1 to 4, an inner pan that is inserted into and removed from the heat-insulating container body, and is placed on the inner pan. A portable heat-insulating cooker having an inner lid and a heat-insulating outer lid that closes the upper opening of the portable heat-insulating container in a state where the inner pot is housed. Claim 8
The invention according to, the metal bottomed cylindrical inner container and outer container to form a heat insulating layer between them to form a heat insulating container body made of metal is integrally joined, latent heat storage material, A heat storage unit having a heating means that is controlled by sensing the temperature of the heat storage material is manufactured, the heat storage unit is inserted into and fixed in the heat insulating container body, and the heat storing unit is provided on a side surface or a bottom surface of the heat insulating container body. In addition, the wiring of the heating means and the control means of the heat storage unit is led out of the heat insulating container main body through a through hole or a through pipe penetrating the inner container and the outer container. . The invention according to claim 9 is the method for manufacturing a portable heat-insulating container according to claim 8, wherein the heat storage unit is inserted into and fixed to the inner container bottom of the heat-insulating container. According to a tenth aspect of the present invention, a latent heat storage material and a heating means that senses and controls the temperature of the heat storage material are hermetically housed in a cylindrical metal container having a bottom to produce a heat storage unit. The inner cylinder is joined to the upper end of the metal container of the unit to form an inner container, the inner container and the outer container are joined and integrated, and then a heat insulating layer is formed between the inner container and the outer container to form a heat insulating container body. The wiring of the heating means of the heat storage unit and the control means is led out of the heat insulating container main body through a through hole or a through pipe that is formed and provided on the side surface or the bottom surface of the heat insulating container main body and penetrates the inner container and the outer container. A method for manufacturing a portable heat-insulating container characterized by the above.
【０００６】[0006]
【発明の実施の形態】以下、図面を参照して本発明の実
施形態を説明する。 （第１の実施形態：携帯用魔法瓶）図１は本発明に係る
携帯用断熱容器の第１の実施形態としての携帯用魔法瓶
を示すものである。この携帯用魔法瓶は、金属製の断熱
容器100と、該断熱容器100の肩部から上部開口に固定さ
れた合成樹脂製の肩部材101と、この肩部材101の上部を
覆うように設けられた着脱可能なコップ102と、断熱容
器100の上部開口に装着された合成樹脂製の中栓103と、
断熱容器100の底部に固定された合成樹脂製の底部材105
と、前記肩部材101と底部材105の間に設けられた折り畳
み式の取手104と、断熱容器100の内底部に配設された蓄
熱ユニットＡとを備えて構成されている。BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described below with reference to the drawings. (First Embodiment: Portable Thermos Bottle) FIG. 1 shows a portable thermos bottle as a first embodiment of a portable heat insulating container according to the present invention. This portable thermos bottle is provided so as to cover the heat insulating container 100 made of metal, the shoulder member 101 made of synthetic resin fixed to the upper opening from the shoulder portion of the heat insulating container 100, and the upper portion of the shoulder member 101. A detachable cup 102, a synthetic resin inner plug 103 attached to the upper opening of the heat insulating container 100,
A bottom member 105 made of synthetic resin fixed to the bottom of the heat insulating container 100.
And a foldable handle 104 provided between the shoulder member 101 and the bottom member 105, and a heat storage unit A provided at the inner bottom of the heat insulating container 100.
【０００７】前記断熱容器100は、金属製の外筒115の下
端にチップ管117を有する有底円筒状の金属底部材116を
溶接してなる外容器と、それよりも小径の金属製の内筒
113の下端に蓄熱ユニットＡの外装をなす有底円筒状の
金属製容器108の上端を溶接してなる内容器とをそれぞ
れの上端部で接合一体化し、かつこれら外容器と内容器
の間の空間を真空断熱層100aとしてなるものである。内
容器底部に接合された蓄熱ユニットＡは、金属製容器10
8に管状の電流導入端子107を接合し、所定温度に維持可
能とされた面状の自己温度制御ヒータ109と温度ヒュー
ズ110とを、容器内に浮いた状態となるように電流導入
端子107に固定するとともに、該ヒータ109の電源用配線
を該端子107を通して導出し、かつ該容器108内にパラフ
ィン等の潜熱型の蓄熱材106を充填し、その上に金属製
の蓋112を被せ、該蓋112の上端を金属製容器108の上端
と一緒に内筒113下端に溶接して構成されている。この
電流導入端子107の先端は、外筒115下端に接合された金
属製底板116を貫通し気密に接合され、該端子107内を通
して導出されたヒータ109の電源用配線は底部材105に設
けられたジャック118に接続されている。The heat insulating container 100 includes an outer container made by welding a bottomed cylindrical metal bottom member 116 having a tip tube 117 to a lower end of a metal outer cylinder 115, and a metal inner container having a smaller diameter than that. Cylinder
An inner container formed by welding the upper end of a bottomed cylindrical metal container 108 that forms the exterior of the heat storage unit A to the lower end of 113 is joined and integrated at the respective upper ends, and between the outer container and the inner container. The space serves as a vacuum heat insulating layer 100a. The heat storage unit A joined to the bottom of the inner container is a metal container 10
The tubular current introducing terminal 107 is joined to 8, and the sheet-like self-temperature control heater 109 and the temperature fuse 110, which are capable of being maintained at a predetermined temperature, are connected to the current introducing terminal 107 so as to float in the container. In addition to fixing, the power supply wiring of the heater 109 is led out through the terminal 107, and the container 108 is filled with a latent heat type heat storage material 106 such as paraffin, and a metal lid 112 is placed on the latent heat storage material 106. The upper end of the lid 112 is welded to the lower end of the inner cylinder 113 together with the upper end of the metal container 108. The tip of the current introducing terminal 107 penetrates the metal bottom plate 116 joined to the lower end of the outer cylinder 115 and is airtightly joined, and the power supply wiring of the heater 109 led out through the terminal 107 is provided on the bottom member 105. Connected to jack 118.
【０００８】肩部材101にはコップ102が螺着されるとと
もに、中栓103が螺着されている。ここで例示する中栓
は上部中央のボタンを押圧することにより、下端に垂設
された弁体を移動させて、内部の液体（被保温物）の注
出可能／停止を切換えるワンタッチ式中栓である。なお
この中栓103に代えて、注出口を回して切換える回転式
中栓を用いてもよい。また、底部材105には前記ジャッ
ク（雄）118が設けられている。このジャック118には、
電源に接続されたジャック（雌）119が着脱容易に接続
される。このジャック（雌）119には、通電状態を点灯
により表示するための放電管120が設けられている。A cup 102 is screwed onto the shoulder member 101, and an inner plug 103 is screwed onto the shoulder member 101. The inside plug illustrated here is a one-touch type inside plug that presses a button at the center of the upper part to move the valve element vertically installed at the lower end to switch the pouring / stopping of the liquid (heat-retained object) inside. Is. Instead of the inner plug 103, a rotary inner plug that turns and switches the spout may be used. Further, the bottom member 105 is provided with the jack (male) 118. This Jack 118 has
The jack (female) 119 connected to the power supply is easily connected. This jack (female) 119 is provided with a discharge tube 120 for displaying the energized state by lighting.
【０００９】この携帯用魔法瓶は、コップ102と中栓103
を外し、断熱容器100内に湯、茶などの被保温物を充填
し、電源のある場所では、電源に接続されたジャック
（雌）119を魔法瓶のジャック（雄）118に挿入してヒー
タ109に通電することで内部を一定温度に保持すること
ができる。蓄熱材106の蓄熱終了はジャック（雌）119に
配した放電管120の消灯により判断できる。そして、保
温状態にある該魔法瓶を持ち運ぶ際にはジャック（雌）
119を外せば携帯可能となる。携帯時には、真空断熱と
された断熱容器100によって保温されるとともに、蓄熱
材106が放熱して被保温物を高温に保ち得るので、被保
温物は冷めにくく、長時間携帯した後でも熱い湯や茶を
飲用することができる。なお、潜熱型蓄熱材106はパラ
フィンに限定されず、実使用温度域で液体−固体の相変
化を伴って熱エネルギーを蓄熱可能な材料であれば使用
可能である。This portable thermos comprises a cup 102 and an inner stopper 103.
And heat-insulated container 100 is filled with warmed material such as hot water or tea. At a place with a power source, insert jack (female) 119 connected to the power source into thermos jack (male) 118 and heater 109. The inside can be maintained at a constant temperature by energizing the inside. The end of heat storage of the heat storage material 106 can be determined by turning off the discharge tube 120 arranged in the jack (female) 119. And when carrying the thermos bottle that is in a warm state, Jack (female)
It can be carried by removing 119. When being carried, the heat-retaining material 106 can dissipate heat and keep the object to be kept at a high temperature while being kept warm by the heat-insulating container 100 that is vacuum-insulated. You can drink tea. The latent heat type heat storage material 106 is not limited to paraffin, and any material that can store heat energy with a liquid-solid phase change in an actual use temperature range can be used.
【００１０】次に、この携帯用魔法瓶の製造方法を説明
する。まず、電流導入端子107を溶接した金属製容器108
の内部に、面状の自己温度制御ヒータ109と、温度ヒュ
ーズ110を固定する。それらの固定は、導電性の針金等
を用い、自己温度制御ヒータ109と温度ヒューズ110が容
器108から浮くように電流導入端子107に半田付けする。
次いで、蓄熱材106を液体の状態で金属製容器108内に流
し込み、その後金属製容器108の蓋112を被せて蓄熱ユニ
ットＡとし、溶接位置114にて金属製容器108と蓋112の
上端を内筒113下端に溶接して内容器を形成する。次に
蓄熱ユニットＡを備える内容器と、外筒115を口元接合
する。さらに、金属底部材116を外筒115下端に溶接す
る。この時電流導入端子107と金属底部材116も溶接によ
って接合する。上記のように形成された内容器と外容器
の間隙を密閉空間とし、金属底部材116に設けたチップ
管117から真空排気し、その後該チップ管117を圧着封止
して蓄熱材入り断熱容器100を作製する。次いで、断熱
容器100内部からの配線コード121を底部材105に具備さ
れたジャック（雄）118と接続し、底部材105を断熱容器
100に固定する。その後、肩部材101、コップ102、中栓1
03及び取手104を取付け、蓄熱材入り携帯用魔法瓶とす
る。Next, a method of manufacturing this portable thermos bottle will be described. First, the metal container 108 in which the current introduction terminal 107 is welded
A sheet-shaped self-temperature control heater 109 and a thermal fuse 110 are fixed in the interior of the. To fix them, a conductive wire or the like is used, and the self-temperature control heater 109 and the temperature fuse 110 are soldered to the current introducing terminal 107 so that they float from the container 108.
Next, the heat storage material 106 is poured in a liquid state into the metal container 108, and then the lid 112 of the metal container 108 is covered to form the heat storage unit A. At the welding position 114, the upper ends of the metal container 108 and the lid 112 are placed inside. An inner container is formed by welding the lower end of the cylinder 113. Next, the inner container including the heat storage unit A and the outer cylinder 115 are joined at the mouth. Further, the metal bottom member 116 is welded to the lower end of the outer cylinder 115. At this time, the current introducing terminal 107 and the metal bottom member 116 are also joined by welding. The gap between the inner container and the outer container formed as described above is used as a closed space, the chip tube 117 provided in the metal bottom member 116 is evacuated, and then the chip tube 117 is pressure-bonded and sealed to contain a heat storage material. Make 100. Next, the wiring cord 121 from the inside of the heat insulating container 100 is connected to the jack (male) 118 provided on the bottom member 105 to connect the bottom member 105 to the heat insulating container.
Fix at 100. After that, shoulder member 101, cup 102, inner stopper 1
03 and handle 104 are attached to make a thermos portable thermos container.
【００１１】本例の携帯用魔法瓶は、底面または側面の
ごく一部を貫通させて必要な配線を設け、他部は断熱さ
れている断熱容器100を用いることにより、熱損失を極
力抑えて、蓄熱材106の蓄熱時に電気効率よく蓄熱する
ことができ、電源供給が無い場所で使用する蓄熱材106
の放熱時は熱効率よく保温が行える。また任意に設定し
た温度で潜熱型の蓄熱材106を徐々に暖めるようにする
ことにより、急激に暖めるのと違い、昇華等による容器
の内部圧力上昇を抑制できる。また蓄熱材106を簡単に
その融点に応じた温度、例えば融点＋約２０℃程度で蓄
熱できる。また電源さえ供給すれば自動的に蓄熱できる
ことにより、経済的な夜間電力などを利用して蓄熱し、
手間を感じず使用できる。また、蓄熱材106が蓄熱した
ことを表示する放電管120を設けたことにより、蓄熱材1
06が蓄熱されたことを簡単に判断でき、蓄熱材106が蓄
熱されているかどうか危惧する必要がなくなる。また電
気の配線コードが携帯用魔法瓶と簡単に着脱できること
により、蓄熱作業が終った魔法瓶は、被保温物を入れ、
電源供給のコードを抜くだけで、難しい手続き無しで手
軽に携帯することができる。さらに、本例による製造方
法は、蓄熱材106と、この蓄熱材106の温度を感知して制
御される加熱手段とを備えた蓄熱ユニットＡを作製し、
この蓄熱ユニットＡと、内筒113とを接合して断熱容器1
00の内容器を作製することにより、製造工程が簡略化で
きる。The portable thermos bottle of this example uses a heat insulating container 100 in which necessary wiring is provided by penetrating only a part of the bottom surface or the side surface, and the other parts are heat-insulated, so that heat loss is suppressed as much as possible. The heat storage material 106 can store heat efficiently when the heat storage material 106 stores heat, and is used in a place where there is no power supply.
When radiating heat, heat can be kept efficiently. Further, by gradually warming the latent heat storage material 106 at an arbitrarily set temperature, it is possible to suppress an increase in the internal pressure of the container due to sublimation or the like, unlike the case of rapid heating. Further, the heat storage material 106 can easily store heat at a temperature corresponding to its melting point, for example, the melting point + about 20 ° C. In addition, since it can automatically store heat as long as power is supplied, it stores heat using economical night power, etc.
It can be used without any hassle. Further, by providing the discharge tube 120 that indicates that the heat storage material 106 has accumulated heat, the heat storage material 1
It can be easily determined that 06 has accumulated heat, and there is no need to worry whether the heat storage material 106 has accumulated heat. In addition, the electric wiring cord can be easily attached to and detached from the portable thermos bottle, so the thermos bottle after the heat storage work can be filled with heat
By simply unplugging the power supply cord, you can carry it easily without complicated procedures. Furthermore, the manufacturing method according to the present example produces the heat storage unit A including the heat storage material 106 and a heating unit that is controlled by sensing the temperature of the heat storage material 106,
The heat storage unit A and the inner cylinder 113 are joined to each other to form the heat insulating container 1
By manufacturing the inner container of 00, the manufacturing process can be simplified.
【００１２】（第２の実施形態：携帯用ランチジャー）
図２は本発明に係る携帯用断熱容器の第２の実施形態と
しての携帯用ランチジャーを示すものである。この携帯
用ランチジャーは、内容器39と外容器40がそれらの間に
断熱層32aを形成して接合一体化されてなる金属製の断
熱容器32と、この断熱容器32の上端部に固定された合成
樹脂製の肩部材33と、該肩部材33の上部に螺着された合
成樹脂製の外蓋部材34と、断熱容器32の底部に固定され
た合成樹脂製の底部材37と、断熱容器32の内底部に配設
された蓄熱ユニットＢと、底部材37内に配設された制御
ユニット10及び磁石式コンセント13と、断熱容器32の一
側面に取り付けられた箸ケース35と、断熱容器32に外蓋
部材34を装着した状態で形成される内部空間に積層収納
された３つの収納容器36,45,46とを備えて構成されてい
る。(Second Embodiment: Portable Lunch Jar)
FIG. 2 shows a portable lunch jar as a second embodiment of the portable heat insulating container according to the present invention. This portable lunch jar is fixed to a metal heat insulating container 32 in which an inner container 39 and an outer container 40 are integrally joined by forming a heat insulating layer 32a between them and an upper end portion of the heat insulating container 32. A synthetic resin shoulder member 33, a synthetic resin outer lid member 34 screwed onto the shoulder member 33, a synthetic resin bottom member 37 fixed to the bottom of the heat insulating container 32, and a heat insulating member. A heat storage unit B arranged at the inner bottom of the container 32, a control unit 10 and a magnetic outlet 13 arranged in the bottom member 37, a chopstick case 35 attached to one side of the heat insulating container 32, and heat insulation. The container 32 is provided with three storage containers 36, 45, 46 that are stacked and stored in an internal space formed with the outer lid member 34 attached to the container 32.
【００１３】前記断熱容器32は、有底筒状の内容器39と
外容器40とをそれぞれの間に隙間を持たせた状態で上端
部を接合一体化するとともに、内容器39と外容器40の底
部接触部20を圧接して接合し、さらに圧接された底部接
触部20の中央に貫通孔12を形成した構成になっている。
内容器39の外容器40との間には、空気よりも熱伝導率の
小さなガス、好ましくはキセノン、クリプトン、アルゴ
ンからなる群より選択される少なくとも１種の低熱伝導
率ガスが充填封入されている。In the heat insulating container 32, the inner container 39 and the outer container 40, which are cylindrical with a bottom, are joined and integrated at their upper ends with a gap between them. The bottom contact portion 20 is pressure-bonded to the bottom contact portion 20, and the through-hole 12 is formed in the center of the bottom contact portion 20 pressed.
A gas having a lower thermal conductivity than air, preferably at least one low thermal conductivity gas selected from the group consisting of xenon, krypton, and argon, is filled and sealed between the inner container 39 and the outer container 40. There is.
【００１４】前記蓄熱ユニットＢは、内容器39底部に収
納可能な大きさで、その下部にヒータ49を取り付ける面
を形成するために縮径された金属製容器43と、該金属製
容器43の縮径部上面側に固定されたシリコンラバーヒー
タ49と、該金属製容器43内に固定された蓄熱材温度セン
サとしてのサーミスタ素子16と、該金属製容器43内に充
填された潜熱型の蓄熱材38と、該蓄熱材38の上面を覆う
金属製の蓋51とを備えている。該蓋51はその周縁部が金
属製容器43上端部に巻き締めによって気密に接合されて
いる。また、金属製容器43の縮径部には温度ヒューズ52
が設けられ、ヒータ49の下側にはヒータ温度制御用サー
ミスタ素子50が設けられている。また、金属製容器43の
底部には、サーミスタ素子16の配線を導出するための導
入端子15が固定されている。この端子15を通して金属製
容器43から導出されたサーミスタ素子16の配線と、温度
ヒューズ52及びヒータ温度制御用サーミスタ素子50を介
してヒータ49に接続された配線は、金属製容器43の底部
を通り、断熱容器32底部に形成した貫通孔12を通して、
断熱容器32から導出され、底部材37内に配設した制御ユ
ニット10に接続されている。The heat storage unit B is of a size that can be stored in the bottom of the inner container 39, and has a diameter reduced to form a surface for mounting the heater 49 on the lower part thereof, and the metal container 43. Silicon rubber heater 49 fixed to the upper surface side of the reduced diameter portion, thermistor element 16 as a heat storage material temperature sensor fixed in the metal container 43, and latent heat type heat storage filled in the metal container 43 The material 38 and a lid 51 made of metal for covering the upper surface of the heat storage material 38 are provided. The lid 51 has its peripheral portion airtightly joined to the upper end of the metal container 43 by winding. In addition, a thermal fuse 52 is attached to the reduced diameter portion of the metal container 43.
The heater temperature control thermistor element 50 is provided below the heater 49. Further, an introduction terminal 15 for leading out the wiring of the thermistor element 16 is fixed to the bottom of the metal container 43. The wiring of the thermistor element 16 led out from the metal container 43 through this terminal 15 and the wiring connected to the heater 49 via the temperature fuse 52 and the heater temperature control thermistor element 50 pass through the bottom of the metal container 43. , Through the through hole 12 formed in the bottom of the heat insulating container 32,
It is led out from the heat insulating container 32 and is connected to the control unit 10 arranged in the bottom member 37.
【００１５】前記底部材３７には、断熱容器32底部に形
成した貫通孔12を通して断熱容器32から導出されたサー
ミスタ素子16の配線と、温度ヒューズ52及びヒータ温度
制御用サーミスタ素子50を介してヒータ49に接続された
配線が接続された制御ユニット10と、該制御ユニット10
に接続された電源供給用の磁石式コンセント13と、同じ
く制御ユニット10に接続され、通電の停止によって点灯
するＬＥＤ14とが設けられている。In the bottom member 37, the wiring of the thermistor element 16 led out from the heat insulating container 32 through the through hole 12 formed in the bottom of the heat insulating container 32, the temperature fuse 52, and the heater temperature controlling thermistor element 50 The control unit 10 to which the wiring connected to 49 is connected, and the control unit 10
A magnetic outlet 13 for power supply, which is connected to the control unit 10, and an LED 14, which is also connected to the control unit 10 and is turned on when power supply is stopped.
【００１６】この携帯用ランチジャーは、それぞれの収
納容器36,45,46にそれぞれ調理済み食品を入れ、これら
をランチジャー内に積み重ねて収納し、外蓋部材34を螺
着して密封し、磁石式コンセント13を電源に接続してヒ
ータ49に通電することで内部を一定温度に保持すること
ができる。蓄熱材38の蓄熱終了はＬＥＤ14の点灯により
容易に判断できる。そして電源を外せば携帯可能とな
る。携帯時には、断熱容器32によって保温されるととも
に、蓄熱材38が放熱して内部を高温に保ち得るので、収
納容器36,45,46内の被保温物は冷めにくく、長時間携帯
した後でも熱い調理食品を食することができる。In this portable lunch jar, cooked foods are placed in the respective storage containers 36, 45, 46, these are stacked and stored in the lunch jar, and the outer lid member 34 is screwed and sealed, By connecting the magnet type outlet 13 to a power source and energizing the heater 49, the inside can be maintained at a constant temperature. The end of heat storage of the heat storage material 38 can be easily determined by turning on the LED 14. Then, it can be carried by removing the power supply. While being carried, the heat-insulating container 32 keeps it warm, and the heat storage material 38 radiates heat to keep the inside at a high temperature, so the objects to be kept warm in the storage containers 36, 45, 46 are hard to cool and are hot even after being carried for a long time. You can eat cooked food.
【００１７】次に、この携帯用ランチジャーの製造方法
を説明する。導入端子15を具備した金属製容器43の内部
に、面状のシリコンラバーヒータ49を固定し、また、容
器43内部側面にサーミスタ素子16を取り付ける。さらに
温度ヒューズ52とヒータ温度制御用サーミスタ素子50を
容器43外側に隙間なく固定する。次いで、パラフィン等
の潜熱型の蓄熱材38を液体の状態で金属製容器43内に流
し込み、液体の状態のまま前記容器43の蓋51を被せて、
巻き締めにより気密に封止する。次いで電気部品に配線
を施し、蓄熱ユニットＢを作製する。また、断熱容器32
は以下の方法で作製する。内容器39と外容器40を低熱伝
導率のガス雰囲気中で口元接合するとともに、内容器39
と外容器40の底部接触部20を圧接する。その後、圧接し
た底部20に圧接面よりも小さな貫通孔12をボール盤によ
り形成する。蓄熱ユニット53の配線コード17を断熱容器
32に形成した貫通孔管12から通し、蓄熱ユニット53を断
熱容器32に挿入し、その後、保護金属板44を挿入して、
部分的にろう付けにより接合する。断熱容器32からの配
線コード17は制御ユニット10に接続し、接続ユニットか
らは蓄熱完了を点灯にて知らせるＬＥＤ14と電源供給の
磁石式コンセント13に配線する。上記の制御ユニット1
0、ＬＥＤ14及びコンセント13は底部材37に固定し、そ
の底部材37は断熱容器32に固定する。その後、肩部材3
3、外蓋部材34、箸ケース35を取り付け、収納容器36,4
6,45を入れて携帯用ランチジャーを作製する。Next, a method for manufacturing this portable lunch jar will be described. A planar silicon rubber heater 49 is fixed inside the metal container 43 having the introduction terminal 15, and the thermistor element 16 is attached to the inner side surface of the container 43. Further, the temperature fuse 52 and the heater temperature control thermistor element 50 are fixed to the outside of the container 43 without any gap. Next, a latent heat type heat storage material 38 such as paraffin is poured into a metal container 43 in a liquid state, and a lid 51 of the container 43 is covered in a liquid state,
Airtightly sealed by tightening. Next, the electric components are wired to produce the heat storage unit B. Insulation container 32
Is produced by the following method. The inner container 39 and the outer container 40 are jointed at the mouth in a gas atmosphere of low thermal conductivity, and the inner container 39
And the bottom contact portion 20 of the outer container 40 are pressed together. Then, a through hole 12 smaller than the pressure contact surface is formed in the pressure-contacted bottom portion 20 by a drilling machine. Insulate the wiring cord 17 of the heat storage unit 53
Pass through the through-hole tube 12 formed in 32, insert the heat storage unit 53 into the heat insulating container 32, then insert the protective metal plate 44,
Partially joined by brazing. The wiring cord 17 from the heat insulation container 32 is connected to the control unit 10, and from the connection unit, it is wired to the LED 14 for notifying the completion of heat storage by lighting and the magnet type outlet 13 for power supply. Control unit 1 above
The 0, the LED 14 and the outlet 13 are fixed to the bottom member 37, and the bottom member 37 is fixed to the heat insulating container 32. After that, shoulder member 3
3, attach the outer lid member 34, chopstick case 35, storage container 36,4
Put 6,45 into a portable lunch jar.
【００１８】（第３の実施形態：携帯用断熱調理器）図
３は本発明に係る携帯用断熱容器の第３の実施形態とし
ての携帯用断熱調理器を示すものである。この携帯用断
熱調理器は、内容器54aと外容器54bがそれらの間に断熱
層54cを形成して接合一体化されてなる金属製の断熱容
器54と、この断熱容器54の上端部に固定された合成樹脂
製の肩取手部材58と、該断熱容器54の上部開口に装着さ
れた合成樹脂製の外蓋部材63と、断熱容器54の底部に固
定された合成樹脂製の底部材59と、断熱容器54内に収納
された内鍋ユニット55と、断熱容器54の内容器内底部に
配設された蓄熱ユニットＣと、底部材59内に配設された
制御ユニット57とを備えて構成されている。(Third Embodiment: Portable Insulation Cooker) FIG. 3 shows a portable insulation cooker as a third embodiment of the portable insulation container according to the present invention. This portable heat-insulating cooker is a metal heat-insulating container 54 in which an inner container 54a and an outer container 54b are joined and integrated by forming a heat-insulating layer 54c between them and fixed to the upper end of the heat-insulating container 54. A synthetic resin shoulder handle member 58, a synthetic resin outer lid member 63 attached to the upper opening of the heat insulating container 54, and a synthetic resin bottom member 59 fixed to the bottom of the heat insulating container 54. An inner pot unit 55 housed in the heat insulating container 54, a heat storage unit C arranged in the inner container inner bottom portion of the heat insulating container 54, and a control unit 57 arranged in the bottom member 59. Has been done.
【００１９】前記断熱容器54は、有底円筒状の内容器54
aと、底部に排気孔を有する有底円筒状の外容器54bとを
それぞれの上端部で接合一体化し、該排気孔を通して内
外容器間を真空排気し、その排気孔の周囲を金属製の封
止板をろう付けして封止することによって形成される。
この断熱容器54の底部には、内外容器を貫通する配線導
出用の貫通管71が設けられている。前記肩取手部材58
は、断熱容器54の上端部に固定された基部に揺動可能な
取手を取り付けたものである。前記蓄熱ユニットＣは、
金属容器下部材21と、該下部材21にヒータ支持部材22を
介して固定されたシーズヒータ65と、同じく該下部材21
にセンサ支持部材23を介して固定された蓄熱材温度セン
サとしてのサーミスタ素子90と、シーズヒータ65に固定
されたヒータ温度センサとしてのサーミスタ素子66と、
この金属容器下部材21と接合されて蓄熱材充填用の密閉
空間を形成する金属容器上部材64と、該密閉空間内に充
填されたパラフィン等の潜熱型の蓄熱材68とを備えて構
成されている。ヒータ65および各素子90,66の配線は、
金属容器下部材21に形成された穴に設けられたパッキン
70を介して導出され、さらに断熱容器54に設けられた貫
通管71を通して断熱容器54底部に導出され、温度ヒュー
ズ67を介して制御ユニット57に接続されている。The heat insulating container 54 is a cylindrical inner container 54 with a bottom.
a and a bottomed cylindrical outer container 54b having an exhaust hole at the bottom are joined and integrated at their upper ends, the inner and outer containers are evacuated through the exhaust hole, and the periphery of the exhaust hole is sealed with metal. It is formed by brazing and sealing the stop plate.
At the bottom of the heat insulating container 54, there is provided a through pipe 71 for leading out wiring that penetrates the inner and outer containers. The shoulder handle member 58
Is a swingable handle attached to a base fixed to the upper end of the heat insulating container 54. The heat storage unit C is
The metal container lower member 21, the sheath heater 65 fixed to the lower member 21 via the heater supporting member 22, and the lower member 21 similarly.
A thermistor element 90 as a heat storage material temperature sensor fixed via the sensor support member 23, a thermistor element 66 as a heater temperature sensor fixed to the sheath heater 65,
A metal container upper member 64 joined to the metal container lower member 21 to form a closed space for filling the heat storage material, and a latent heat type heat storage material 68 such as paraffin filled in the closed space are configured. ing. Wiring of the heater 65 and each element 90, 66,
Packing provided in the hole formed in the lower member 21 of the metal container
It is led out via 70, further led out to the bottom of the heat insulating container 54 through the through pipe 71 provided in the heat insulating container 54, and connected to the control unit 57 via the temperature fuse 67.
【００２０】底部材59には、前記制御ユニット57の他、
電源に接続されたコンセント（雌）75が接続される磁石
式コンセント（雄）74が取り付けられ、また制御ユニッ
ト57に接続されて蓄熱完了時に点灯するＬＣＤ73が設け
られている。前記内鍋ユニット55は、金属製の内鍋60
と、該内鍋60の上部開口を塞ぐ蓋61と、該蓋61に固定さ
れたツマミ62と、該内鍋60の上端部に揺動可能に取り付
けられた図示略の取手とを備えている。The bottom member 59 includes, in addition to the control unit 57,
A magnetic socket (male) 74 to which an outlet (female) 75 connected to a power source is connected is attached, and an LCD 73 which is connected to the control unit 57 and lights up when heat storage is completed is provided. The inner pot unit 55 is a metal inner pot 60.
A lid 61 for closing the upper opening of the inner pot 60; a knob 62 fixed to the lid 61; and a handle (not shown) swingably attached to the upper end of the inner pot 60. .
【００２１】この断熱調理器は、内鍋60に食品素材等を
入れて調理し、半調理品が入った内鍋ユニット55を断熱
容器54内に収納し、外蓋部材63を被せるとともに、磁石
式コンセント74に電源を接続してヒータ65に通電するこ
とで内部を一定温度に保持し、内鍋ユニット55内の半調
理品を断熱調理し、さらに完成品を保温することができ
る。蓄熱材68の蓄熱終了はＬＣＤ73の点灯により容易に
判断できる。そして電源を外せば携帯可能となる。携帯
時には、断熱容器54によって保温されるとともに、蓄熱
材68が放熱して内部を高温に保ち得るので、内鍋60内の
調理食品は冷めにくく、長時間携帯した後でも熱い調理
食品を食することができる。In this adiabatic cooker, a food material or the like is put in an inner pot 60 for cooking, an inner pot unit 55 containing a semi-cooked product is placed in an insulating container 54, an outer lid member 63 is covered, and a magnet is used. By connecting a power source to the power outlet 74 and energizing the heater 65, the inside can be maintained at a constant temperature, the semi-cooked product in the inner pan unit 55 can be heat-insulated, and the finished product can be kept warm. The end of heat storage of the heat storage material 68 can be easily determined by turning on the LCD 73. Then, it can be carried by removing the power supply. While being carried, the heat-insulating container 54 keeps it warm, and the heat storage material 68 radiates heat to keep the inside temperature high, so the cooked food in the inner pot 60 is hard to cool and eats hot cooked food even after being carried for a long time. be able to.
【００２２】次に、この携帯用断熱調理器の製造方法を
説明する。まず、以下の手順によって蓄熱ユニットＣを
作製する。ヒータ支持部材22とセンサ支持部材23を固定
した金属容器下部材21内部に、シーズヒータ65を該ヒー
タ支持部材22に取り付け、該シーズヒータ65にサーミス
タ素子66を隙間無く固定しさらにサーミスタ素子90をネ
ジ止めにより該センサ支持部材23に取り付ける。シーズ
ヒータ65、サーミスタ素子66,90の配線を導入端子69に
配線する。次に、シーズヒータ65、サーミスタ素子66,9
0を具備した容器下部材21に容器上部材64をろう付け等
により接合し、導入端子69を取り付けるための小孔より
液化したパラフィン68を注入する。注入後、電流導入端
子69を容器下部材21に溶接し、封止する。また、断熱容
器54は、内容器54aと外容器54bとをそれぞれの上端部で
接合一体化し、次いで底部を上向きにして真空加熱炉内
に置き、外容器54bの底部に形成した排気孔の周囲にろ
う材を配し、その上に封止板を置き、真空雰囲気中で加
熱し、排気孔を通して内外容器間の空気を排気した後、
排気孔を封止板で封止して作製される。作製された断熱
容器54の底部に形成した貫通管71に前記蓄熱ユニットＣ
の配線コード72を通し、パッキン70により水密構造とし
た状態で蓄熱ユニット56を断熱容器54に挿入し、無理嵌
めにより固定する。断熱容器54からの配線コード72を温
度ヒューズ67を経由して底部材59に固定した制御ユニッ
ト57に接続し、制御ユニット57からは蓄熱完了を表示報
知させるＬＣＤ73と、電源供給の磁石式コンセント74に
配線する。上記のＬＣＤ73とコンセント74も底部材59に
固定し、底部材59を断熱容器54に無理嵌めにより嵌合す
る。その後、肩取手部材58、外蓋部材63を取り付け、内
鍋ユニット55を入れて携帯用断熱調理器とする。Next, a method for manufacturing this portable heat insulating cooker will be described. First, the heat storage unit C is manufactured by the following procedure. Inside the metal container lower member 21 in which the heater support member 22 and the sensor support member 23 are fixed, the sheath heater 65 is attached to the heater support member 22, the thermistor element 66 is fixed to the sheath heater 65 without a gap, and the thermistor element 90 is further attached. It is attached to the sensor support member 23 by screwing. The sheath heater 65 and the thermistor elements 66 and 90 are wired to the introduction terminal 69. Next, the sheath heater 65 and the thermistor elements 66, 9
The container upper member 64 is joined to the container lower member 21 provided with 0 by brazing or the like, and liquefied paraffin 68 is injected from a small hole for attaching the introduction terminal 69. After the injection, the current introducing terminal 69 is welded to the container lower member 21 and sealed. In addition, the heat insulating container 54 is formed by joining and integrating the inner container 54a and the outer container 54b at their upper ends, and then placing the bottom in a vacuum heating furnace with the bottom facing upward, around the exhaust hole formed in the bottom of the outer container 54b. After placing a brazing material on it, placing a sealing plate on it, heating in a vacuum atmosphere, and exhausting the air between the inner and outer containers through an exhaust hole,
It is manufactured by sealing the exhaust hole with a sealing plate. The heat storage unit C is attached to the through pipe 71 formed at the bottom of the manufactured heat insulating container 54.
The heat storage unit 56 is inserted into the heat insulating container 54 in a watertight structure by the packing 70 through the wiring cord 72 and fixed by force fitting. A wiring cord 72 from the heat insulating container 54 is connected to a control unit 57 fixed to a bottom member 59 via a thermal fuse 67, and an LCD 73 for indicating the completion of heat storage is displayed from the control unit 57 and a magnetic outlet 74 for power supply. Wire to. The LCD 73 and the outlet 74 are also fixed to the bottom member 59, and the bottom member 59 is fitted into the heat insulating container 54 by force fitting. After that, the shoulder handle member 58 and the outer lid member 63 are attached, and the inner pot unit 55 is put into the portable heat insulating cooker.
【００２３】[0023]
実施例１：携帯用魔法瓶 図１に示す携帯用魔法瓶を作製した。まず、電流導入端
子107を溶接したステンレス鋼からなる金属製容器108の
内部に、１００℃に維持することができる面状の自己温
度制御ヒータ109と、温度ヒューズ110を固定した。それ
らの固定は、導電性の針金111を用い、自己温度制御ヒ
ータ109と温度ヒューズ110が容器108から浮くように導
入端子107に半田付けで行った。次いで、蓄熱材とし
て、融点が約８０℃のパラフィン106を液体の状態で金
属製容器108内に流し込み、金属製容器108の蓋112を被
せて、内容器113とともに溶接位置にて溶接した。次に
蓄熱材入りの内容器113と外容器115を口元接合した。さ
らに、金属底部材116を外容器115に溶接した。この時、
導入端子107と金属底部材116も溶接によって接合した。
上記のように形成された内容器113と外容器115の間隙を
密閉空間とし、金属底部材116の設けたチップ管117から
真空排気し、圧着封止して蓄熱材入り断熱容器100を作
製した。断熱容器100内部からの配線コード121をポリプ
ロピレン製底部材105に具備されたジャック（雄）118と
接続し、底部材105を断熱容器100に無理嵌めにより嵌合
した。その後、肩部材101、コップ102、中栓103及び取
手104を取付け、蓄熱材入り携帯用魔法瓶とした。ジャ
ック（雌）119と放電管120を配線し、自己温度制御ヒー
タ109に電気を供給した。その後、自己温度制御性によ
り約１００℃に維持された面状の自己温度制御ヒータ10
9により、パラフィン106は危険なく溶解し、蓄熱を行う
ことができた。この時、パラフィン106は自己温度制御
ヒータ109と密着し、さらに断熱容器100に入っているこ
とから非常に効率よく蓄熱できた。また、蓄熱作業を夜
間に行ったので、格安な電気料金を利用できた。また、
パラフィン106の蓄熱完了は、放電管120が消灯したこと
により、容易に判断できた。ジャック118をジャック119
から外し、携帯可能となった。パラフィンが１５０ｇ入
った断熱容器内に被保温物として、（★ ）℃の湯１
０００ｍｌを入れ、６時間蓋を開けずに携帯したとこ
ろ、蓄熱材を用いない従来品より５℃高い温度で保温で
きた。また、携帯時にも外面が熱くならず安全であっ
た。Example 1: Portable Thermos The portable thermos shown in FIG. 1 was produced. First, a sheet-shaped self-temperature control heater 109 that can be maintained at 100 ° C. and a temperature fuse 110 were fixed inside a metallic container 108 made of stainless steel, to which the current introducing terminal 107 was welded. These were fixed by using a conductive wire 111 and soldering them to the introduction terminal 107 so that the self-temperature control heater 109 and the temperature fuse 110 floated from the container 108. Next, as a heat storage material, paraffin 106 having a melting point of about 80 ° C. was poured in a liquid state into the metal container 108, covered with the lid 112 of the metal container 108, and welded together with the inner container 113 at the welding position. Next, the inner container 113 containing the heat storage material and the outer container 115 were mouth-joined. Further, the metal bottom member 116 was welded to the outer container 115. This time,
The introduction terminal 107 and the metal bottom member 116 were also joined by welding.
The gap between the inner container 113 and the outer container 115 formed as described above is used as a closed space, and the chip tube 117 provided with the metal bottom member 116 is evacuated to vacuum and sealed by pressure to produce the heat storage material-containing heat insulating container 100. . A wiring cord 121 from the inside of the heat insulating container 100 was connected to a jack (male) 118 provided on the polypropylene bottom member 105, and the bottom member 105 was fitted into the heat insulating container 100 by force fitting. After that, the shoulder member 101, the cup 102, the inner plug 103 and the handle 104 were attached to form a portable thermos containing a heat storage material. The jack (female) 119 and the discharge tube 120 were wired to supply electricity to the self-temperature control heater 109. After that, the planar self-temperature control heater 10 maintained at about 100 ° C. by the self-temperature controllability.
With 9, paraffin 106 was melted without danger and heat could be stored. At this time, since the paraffin 106 was in close contact with the self-temperature control heater 109 and was contained in the heat insulating container 100, heat could be stored very efficiently. Also, because the heat storage work was done at night, cheap electricity charges were available. Also,
Completion of heat storage of the paraffin 106 could be easily determined by turning off the discharge tube 120. Jack 118 Jack 119
Removed from the, it is now portable. As an object to be kept in a heat-insulated container containing 150 g of paraffin, hot water at (★) ° C 1
When 000 ml was put in and carried for 6 hours without opening the lid, the temperature could be kept at 5 ° C higher than that of the conventional product which did not use the heat storage material. In addition, it was safe because the outer surface did not get hot when carried.
【００２４】実施例２：携帯用ランチジャー 図２に示す構成の携帯用ランチジャーを作製した。電流
導入端子15を具備したアルミニウムからなる金属製容器
43の内部に面状のシリコンラバーヒータ49をネジ止めし
た。また、容器43内部側面に蓄熱材温度センサとしてサ
ーミスタ素子16を取り付けた。次に温度ヒューズ52とヒ
ータ温度制御用サーミスタ素子50を容器43外側に隙間な
く確実に固定した。次いで、融点が８０℃のパラフィン
38を液体の状態で金属製容器43内に流し込み、液体の状
態のまま前記容器43の蓋51を被せて、巻き締めにより気
密に封止した。次いで電気部品に配線を施し、蓄熱ユニ
ットＢを完成させた。また、断熱容器32は以下の方法で
作製した。内容器39と外容器40を低熱伝導率のガス雰囲
気中で口元接合するとともに、内容器39と外容器40の底
部接触部20を圧接する。その後、圧接した底部20に圧接
面よりも小さな貫通孔12をボール盤により形成した。蓄
熱ユニット53の配線コード17を断熱容器32につくられた
貫通孔管12から通し、蓄熱ユニット53を断熱容器32に挿
入し、その後、保護金属板44を挿入して、部分的にろう
付けにより接合した。断熱容器32からの配線コード17は
制御ユニット10に接続し、接続ユニットからは蓄熱完了
を点灯にて知らせるＬＥＤ14と電源供給の磁石式コンセ
ント13に配線した。上記の制御ユニット10、ＬＥＤ14及
びコンセント13はポリプロピレン製の底部材37に固定
し、その底部材37は断熱容器32に無理嵌めにより嵌合し
た。その後、肩部材33、外蓋部材34、箸ケース35を取り
付け、収納容器36,46,45を入れて携帯用ランチジャーを
作製した。磁石式コンセント13から電源を供給し、シリ
コンラバーヒータ49に電気を供給した。その後、制御ユ
ニット10により約１００℃に維持された面状のシリコン
ラバーヒータ49により、パラフィン38は危険なく溶融
し、蓄熱を行うことができた。このとき、パラフィン38
はシリコンラバーヒータ49と密着し、さらに断熱容器32
に入っていることから非常に効率よく蓄熱できた。サー
ミスタ素子16が蓄熱材の温度を検知し、その温度が蓄熱
材の融点かそれより数度高くなった時点で、シリコンラ
バーヒータ49の通電を止めると同時に蓄熱完了のＬＥＤ
14を点灯させた。これにより、蓄熱完了と判断し、コン
セント13を外し、携帯可能となった。パラフィンが２０
０ｇ入った断熱容器内に、被保温物を入れた収納容器3
6,46,45を入れ、持ち運び、６時間経過後、内部の被保
温物の品温を測定した結果、蓄熱材を用いない従来品よ
り約７℃高かった。また、携帯時に外面が熱くならず安
全であった。Example 2: Portable lunch jar A portable lunch jar having the structure shown in FIG. 2 was produced. A metal container made of aluminum with a current introducing terminal 15
A planar silicon rubber heater 49 was screwed into the inside of 43. Further, the thermistor element 16 was attached to the inner side surface of the container 43 as a heat storage material temperature sensor. Next, the temperature fuse 52 and the heater temperature control thermistor element 50 were securely fixed to the outside of the container 43 without a gap. Then paraffin with a melting point of 80 ° C
38 was poured in a liquid state into the metallic container 43, and the lid 51 of the container 43 was covered in the liquid state and tightly sealed by winding. Next, wiring was applied to the electric components to complete the heat storage unit B. The heat insulating container 32 was manufactured by the following method. The inner container 39 and the outer container 40 are mouth-joined in a gas atmosphere having a low thermal conductivity, and the bottom contact portions 20 of the inner container 39 and the outer container 40 are pressure-welded. After that, a through hole 12 smaller than the press-contact surface was formed in the press-contacted bottom portion 20 by a drilling machine. Pass the wiring cord 17 of the heat storage unit 53 through the through-hole tube 12 formed in the heat insulating container 32, insert the heat storage unit 53 into the heat insulating container 32, and then insert the protective metal plate 44 and partially braze it. Joined. The wiring cord 17 from the heat insulation container 32 was connected to the control unit 10, and was wired from the connection unit to the LED 14 for notifying the completion of heat storage by lighting and the magnet type outlet 13 for power supply. The control unit 10, the LED 14 and the outlet 13 are fixed to a polypropylene bottom member 37, and the bottom member 37 is fitted into the heat insulating container 32 by force fitting. After that, the shoulder member 33, the outer lid member 34, and the chopstick case 35 were attached, and the storage containers 36, 46, and 45 were put into the portable lunch jar. Power was supplied from the magnetic outlet 13 and electricity was supplied to the silicon rubber heater 49. After that, the paraffin 38 was melted without danger by the planar silicon rubber heater 49 maintained at about 100 ° C. by the control unit 10, and heat could be stored. At this time, paraffin 38
Is in close contact with the silicon rubber heater 49, and the heat insulation container 32
Since it was in the tank, it could store heat very efficiently. The thermistor element 16 detects the temperature of the heat storage material, and when the temperature rises to the melting point of the heat storage material or several degrees higher than that, the energization of the silicon rubber heater 49 is stopped and the LED of heat storage completion
I turned on 14. As a result, it was judged that the heat storage was completed, the outlet 13 was removed, and it became portable. 20 paraffin
Storage container 3 containing 0 g of heat-insulated container
After putting 6,46,45 and carrying it for 6 hours, the product temperature inside was measured, and it was about 7 ℃ higher than the conventional product without heat storage material. Also, it was safe because the outer surface did not get hot when carried.
【００２５】実施例３：携帯用断熱調理器 図３に示す携帯用断熱調理器を作製した。まず、以下の
手順によって蓄熱ユニット56を作製した。ヒータ支持部
材22とセンサ支持部材23を具備したアルミニウム製の金
属容器下部材21内部に、シーズヒータ65をネジ止めによ
り該ヒータ支持部材22に取り付け、該シーズヒータ65に
ヒータ温度センサとしてサーミスタ素子66を隙間無く金
属バンドで取り付け、さらに蓄熱材温度センサとしてサ
ーミスタ素子90をネジ止めにより該センサ支持部材23に
取り付けた。シーズヒータ65、サーミスタ素子66,90の
配線を導入端子69に配線した。次に、シーズヒータ65、
サーミスタ素子66,90を具備した容器下部材21に容器上
部材64をろう付けにより接合し、電流導入端子69を取り
付けるための小孔より液化したパラフィン68を注入す
る。注入後、電流導入端子69を容器下部材21に溶接し、
封止して蓄熱ユニットＣを形成した。前記蓄熱ユニット
Ｃの配線コード72を、別途作製した断熱容器54の底部に
つくられた貫通管71に通し、パッキン70により水密構造
とした状態で蓄熱ユニットＣを断熱容器54に挿入した。
断熱容器54からの配線コード72を温度ヒューズ67を経由
してフェノール樹脂製底部材59に固定した制御ユニット
57に接続し、制御ユニット57からは蓄熱完了を表示報知
させるＬＣＤ73と、電源供給の磁石式コンセント74
（雄）に配線した。上記のＬＣＤ73とコンセント74も底
部材59に固定した。その底部材59は断熱容器54に無理嵌
めにより嵌合した。その後、肩取手部材58、外蓋部材63
を取り付け、内鍋ユニット55を入れて携帯用断熱調理器
とした。磁石式コンセント74から電源を供給し、シーズ
ヒータ65に電気を供給した。その後、制御ユニット57に
より約１００℃に維持されたシーズヒータ65により、パ
ラフィン68は危険無く溶融し、蓄熱を行うことができ
た。このとき、パラフィン６８はシーズヒータ65と密着
し、さらに断熱容器54に入っていることから非常に効率
よく蓄熱できた。サーミスタ素子90が蓄熱材の温度を検
知し、パラフィン68の温度が該蓄熱材の融点かそれより
数度高くなった時点で、シーズヒータ65の通電を止め、
蓄熱完了をＬＣＤ73により表示した。これにより、蓄熱
完了と判断し、コンセント75をコンセント74から外し、
携帯可能とした。パラフィンが２５０ｇ入った断熱容器
54内に被調理物２５００ｇを入れ、蓋61をした内鍋ユニ
ット55を入れ、断熱調理を継続しながら持ち運びをした
ところ、６時間後には蓄熱材を用いない従来品よりも１
０℃高い温度で断熱調理が完成していた。また、携帯時
にも外面が熱くならず安全であった。Example 3: Portable Insulation Cooker A portable insulation cooker shown in FIG. 3 was produced. First, the heat storage unit 56 was manufactured by the following procedure. A sheathed heater 65 is attached to the heater support member 22 by screwing inside a lower member 21 of an aluminum metal container having a heater support member 22 and a sensor support member 23, and the thermistor element 66 as a heater temperature sensor is attached to the sheathed heater 65 as a heater temperature sensor. Was attached with a metal band without any gap, and a thermistor element 90 as a heat storage material temperature sensor was attached to the sensor support member 23 by screwing. The wires of the sheathed heater 65 and the thermistor elements 66 and 90 were wired to the introduction terminal 69. Next, the sheath heater 65,
The container upper member 64 is joined to the container lower member 21 provided with the thermistor elements 66 and 90 by brazing, and liquefied paraffin 68 is injected from a small hole for attaching the current introducing terminal 69. After the injection, the current introduction terminal 69 is welded to the container lower member 21,
The heat storage unit C was formed by sealing. The wiring cord 72 of the heat storage unit C was passed through a through pipe 71 formed at the bottom of a separately manufactured heat insulation container 54, and the heat storage unit C was inserted into the heat insulation container 54 in a watertight structure with a packing 70.
A control unit in which the wiring cord 72 from the heat insulating container 54 is fixed to the phenol resin bottom member 59 via the thermal fuse 67.
An LCD 73 connected to the control unit 57 for indicating the completion of heat storage from the control unit 57, and a magnet type outlet 74 for power supply.
Wired to (male). The LCD 73 and the outlet 74 are also fixed to the bottom member 59. The bottom member 59 was fitted into the heat insulating container 54 by force fitting. After that, the shoulder handle member 58 and the outer lid member 63
Was attached, and the inner pot unit 55 was put in to make a portable heat insulation cooker. Power was supplied from the magnet type outlet 74, and electricity was supplied to the sheathed heater 65. After that, the seed heater 65 maintained at about 100 ° C. by the control unit 57 melted the paraffin 68 without danger and was able to store heat. At this time, the paraffin 68 was in close contact with the sheathed heater 65, and since it was contained in the heat insulating container 54, heat could be stored very efficiently. The thermistor element 90 detects the temperature of the heat storage material, and when the temperature of the paraffin 68 rises to the melting point of the heat storage material or several degrees higher than that, the energization of the sheath heater 65 is stopped,
The completion of heat storage is displayed on the LCD 73. With this, it is determined that the heat storage is completed, the outlet 75 is removed from the outlet 74,
Made portable. Insulated container containing 250g of paraffin
I put 2500 g of food in 54, put the inner pot unit 55 with the lid 61, and carried it while continuing the adiabatic cooking. After 6 hours, it was 1 more than the conventional product without heat storage material.
Adiabatic cooking was completed at a temperature as high as 0 ° C. In addition, it was safe because the outer surface did not get hot when carried.
【００２６】[0026]
【発明の効果】以上説明したように、本発明に係る携帯
用断熱容器は、断熱性のある金属製二重壁容器の底面ま
たは側面のごく一部を貫通させて必要な配線を設け、他
部は断熱されている金属製二重壁容器を用いることによ
り、熱損失を極力抑えて、蓄熱材の蓄熱時に電気効率よ
く蓄熱することができ、電源供給が無い場所で使用する
蓄熱材の放熱時は熱効率よく保温または調理が行える。
また、温度制御手段により任意に設定した温度で潜熱蓄
熱材を徐々に暖めるようにすることにより、急激に暖め
るのと違い、昇華等による容器の内部圧力上昇を抑制で
きる。また、潜熱蓄熱材を簡単に、その融点に応じた温
度、例えば融点＋約２０℃程度で蓄熱できる。また、電
源さえ供給すれば自動的に蓄熱できることにより、経済
的な夜間電力などを利用して蓄熱し、手間を感じず使用
できる。また、蓄熱材が蓄熱したことを感知及び報知ま
たは表示する手段を設けたことにより、蓄熱材が蓄熱さ
れたことを該手段により簡単に判断でき、蓄熱材が蓄熱
されているかどうか危惧する必要がなくなる。また、加
熱手段や制御手段に供給する電気の配線コードが携帯用
断熱容器と簡単に着脱でき、或いは断熱容器または底部
材内に簡単に収納できるようにしたことにより、蓄熱作
業が終った断熱容器は、被保温物を入れ、電源供給のコ
ードを抜くだけで、難しい手続き無しで手軽に携帯する
ことができる。As described above, the portable heat insulating container according to the present invention is provided with necessary wiring by penetrating only a part of the bottom surface or the side surface of the metal double-walled container having heat insulating property. By using a heat-insulated metal double-walled container, the heat loss can be suppressed as much as possible, and the heat can be stored efficiently in the heat storage of the heat storage material. At times, it is possible to retain heat or cook with good heat efficiency.
Further, by gradually warming the latent heat storage material at a temperature arbitrarily set by the temperature control means, it is possible to suppress an increase in the internal pressure of the container due to sublimation or the like, unlike the case of abrupt warming. Further, the latent heat storage material can easily store heat at a temperature corresponding to its melting point, for example, melting point + about 20 ° C. In addition, since heat can be automatically stored as long as power is supplied, it can be used without any hassle by storing heat using economical night power. Further, by providing a means for sensing and notifying or displaying that the heat storage material has accumulated heat, it is possible to easily judge that the heat storage material has accumulated heat, and it is necessary to worry whether or not the heat storage material has accumulated heat. Disappear. In addition, the wiring cord of electricity supplied to the heating means and the control means can be easily attached to and detached from the portable heat insulation container, or can be easily stored in the heat insulation container or the bottom member, so that the heat storage work is completed. Can be carried easily without any complicated procedure by simply inserting the item to be kept warm and unplugging the power supply cord.
【図１】図１は本発明に係る携帯用魔法瓶を例示する断
面図である。FIG. 1 is a sectional view illustrating a portable thermos bottle according to the present invention.
【図２】図２は本発明に係る携帯用ランチジャーを例示
する断面図である。FIG. 2 is a sectional view illustrating a portable lunch jar according to the present invention.
【図３】図３は本発明に係る携帯用断熱調理器を例示す
る断面図である。FIG. 3 is a cross-sectional view illustrating a portable heat insulating cooker according to the present invention.
１００，３２，５４……断熱容器 Ａ，Ｂ，Ｃ……蓄熱ユニット １０６，３８，６８……蓄熱材 １０９，４９，６５……ヒータ（加熱手段） １０７，７１……貫通管 １２……貫通孔 100, 32, 54 ... Insulation container A, B, C ... Heat storage unit 106, 38, 68 ... Heat storage material 109, 49, 65 ... Heater (heating means) 107, 71 ... Penetration pipe 12 ... Penetration Hole
───────────────────────────────────────────────────── フロントページの続き (51)Int.Cl.6 識別記号 庁内整理番号 ＦＩ 技術表示箇所 Ａ４７Ｊ 27/21 １０１ Ａ４７Ｊ 27/21 １０１Ａ 36/24 36/24 Ｂ６５Ｄ 81/18 Ｂ６５Ｄ 81/18 Ｆ 81/38 81/38 Ｆ (72)発明者 小宮 泰彦 新潟県西蒲原郡吉田町大字下中野1435 日 本酸素株式会社内 (72)発明者 重田 賢二 新潟県西蒲原郡吉田町大字下中野1435 日 本酸素株式会社内─────────────────────────────────────────────────── ─── Continuation of the front page (51) Int.Cl. 6 Identification code Internal reference number FI Technical display location A47J 27/21 101 A47J 27/21 101A 36/24 36/24 B65D 81/18 B65D 81/18 F 81/38 81/38 F (72) Inventor Yasuhiko Komiya 1435 Shimonakano, Yoshida-cho, Nishikanbara-gun, Niigata Prefecture Nihon Oxygen Co., Ltd. (72) Kenji Shigeta 1435 Shimonakano, Yoshida-cho, Nishikanbara-gun, Niigata Nihon Oxygen Within the corporation
Claims (10)
れらの間に断熱層を形成して接合一体化されてなる金属
製断熱容器本体と、該断熱容器本体内に装着された蓄熱
材と、該蓄熱材を加熱する加熱手段とを備えた断熱容器
において、 前記蓄熱材の温度が予め設定された温度となるように前
記加熱手段を制御する制御手段を前記断熱容器本体内部
または外部に設け、前記断熱容器本体の側面または底面
に前記内容器と外容器を貫通する貫通孔または貫通管を
設けて該加熱手段と制御手段の配線を断熱容器本体外に
導出してなり、前記制御手段により任意に設定した温度
で潜熱蓄熱材を固体から液体に溶融し蓄熱することを特
徴とする携帯用断熱容器。1. A metal heat-insulating container body in which a metal bottomed cylindrical inner container and an outer container are joined and integrated by forming a heat-insulating layer between them, and the metal heat-insulating container body is mounted in the heat-insulating container body. In a heat insulating container provided with a heat storage material and a heating means for heating the heat storage material, a control means for controlling the heating means such that the temperature of the heat storage material becomes a preset temperature is provided inside the heat insulating container body. Alternatively, it is provided outside, and a through hole or a through pipe penetrating the inner container and the outer container is provided on the side surface or the bottom surface of the heat insulating container body, and the wiring of the heating means and the control means is led out of the heat insulating container body, A portable heat-insulating container, characterized in that the latent heat storage material is melted from solid to liquid at a temperature arbitrarily set by the control means to store heat.
する手段を設けたことを特徴とする請求項１記載の携帯
用断熱容器。2. The portable heat insulating container according to claim 1, further comprising means for sensing or displaying that the heat storage material has accumulated heat.
給する配線コードが前記断熱容器またはその底部に装着
される底部材に収容可能であるか、あるいは該底部材に
着脱可能に配設されたことを特徴とする請求項１または
２記載の携帯用断熱容器。3. A wiring cord for supplying electricity to the heating means and the control means can be housed in the heat insulating container or a bottom member attached to the bottom of the heat insulating container, or detachably arranged in the bottom member. The portable heat-insulating container according to claim 1 or 2, characterized in that.
いは空気より熱伝導率の小さい低熱伝導率ガスを封入す
るガス断熱であることを特徴とする請求項１から３のい
ずれか１項記載の携帯用断熱容器。4. The heat insulating means of the heat insulating container is vacuum heat insulating or gas heat insulating for enclosing a low heat conductivity gas having a heat conductivity smaller than that of air, according to any one of claims 1 to 3. Portable insulation container.
帯用断熱容器と、その断熱容器本体の上部開口に装着さ
れた被保温物を出し入れする栓体とを備えた携帯用魔法
瓶。5. A portable thermos bottle provided with the portable heat-insulating container according to claim 1, and a stopper body attached to an upper opening of the heat-insulating container body for inserting and removing a heat-retained object.
帯用断熱容器と、その断熱容器本体内に複数段に出し入
れ自在に設けられる収納容器とを備えた携帯用ランチジ
ャー。6. A portable lunch jar provided with the portable heat-insulating container according to claim 1, and a storage container that is provided in the heat-insulating container body so as to be freely inserted and removed in a plurality of stages.
帯用断熱容器と、その断熱容器本体内に出し入れ自在に
挿入される内鍋と、該内鍋に載置される内蓋と、この内
鍋が収容された状態で前記携帯用断熱容器の上部開口を
閉じる断熱性の外蓋とを備えた携帯用断熱調理器。7. The portable heat-insulating container according to claim 1, an inner pan that is inserted into and removed from the heat-insulating container body, and an inner lid that is placed on the inner pan. A portable heat-insulating cooker comprising: a heat-insulating outer lid that closes an upper opening of the portable heat-insulating container in a state where the inner pot is housed.
れらの間に断熱層を形成して接合一体化されてなる金属
製の断熱容器本体を作製するとともに、 潜熱蓄熱材と、該蓄熱材の温度を感知して制御される加
熱手段とを備えた蓄熱ユニットを作製し、 該蓄熱ユニットを前記断熱容器本体内に挿入、固定し、
かつ前記断熱容器本体の側面または底面に設けた前記内
容器と外容器を貫通する貫通孔または貫通管を通して、
前記蓄熱ユニットの加熱手段と制御手段の配線を断熱容
器本体外に導出することを特徴とする携帯用断熱容器の
製造方法。8. A metal heat-insulating container body, which is formed by joining a metal bottomed cylindrical inner container and an outer container with a heat-insulating layer formed between them to form an integral body, and a latent heat storage material. A heat storage unit provided with a heating unit which is controlled by sensing the temperature of the heat storage material, and the heat storage unit is inserted and fixed in the heat insulating container body;
And through a through hole or a through pipe penetrating the inner container and the outer container provided on the side surface or the bottom surface of the heat insulating container body,
A method of manufacturing a portable heat-insulating container, characterized in that the wiring of the heating means of the heat storage unit and the wiring of the control means are led out to the outside of the heat-insulating container body.
記断熱容器の内容器底部に挿入、固定することを特徴と
する請求項８記載の携帯用断熱容器の製造方法。9. The method for manufacturing a portable heat-insulating container according to claim 8, wherein the heat storage unit has a closed structure and is inserted into and fixed to the bottom of the inner container of the heat-insulating container.
して制御される加熱手段とを有底筒状の金属製容器に密
閉収容して蓄熱ユニットを作製し、 該蓄熱ユニットの金属製容器上端に内筒を接合して内容
器を形成し、 該内容器と外容器とを接合一体化し、次いで内容器と外
容器の間に断熱層を形成して断熱容器本体を形成し、か
つ前記断熱容器本体の側面または底面に設けた前記内容
器と外容器を貫通する貫通孔または貫通管を通して、前
記蓄熱ユニットの加熱手段と制御手段の配線を断熱容器
本体外に導出することを特徴とする携帯用断熱容器の製
造方法。10. A heat storage unit is produced by hermetically housing a latent heat storage material and a heating means that is controlled by sensing the temperature of the heat storage material in a cylindrical metal container having a bottom, and the metal of the heat storage unit is manufactured. An inner cylinder is joined to the upper end of the container to form an inner container, the inner container and the outer container are joined and integrated, and then a heat insulating layer is formed between the inner container and the outer container to form a heat insulating container body, Further, the wiring of the heating means and the control means of the heat storage unit is led out of the heat insulating container body through a through hole or a through pipe penetrating the inner container and the outer container provided on the side surface or the bottom surface of the heat insulating container body. And a method for manufacturing a portable heat insulating container.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP01897096A JP3653712B2 (en) | 1996-02-05 | 1996-02-05 | Method for manufacturing portable insulated container |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP01897096A JP3653712B2 (en) | 1996-02-05 | 1996-02-05 | Method for manufacturing portable insulated container |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH09206226A true JPH09206226A (en) | 1997-08-12 |
| JP3653712B2 JP3653712B2 (en) | 2005-06-02 |
Family
ID=11986509
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP01897096A Expired - Fee Related JP3653712B2 (en) | 1996-02-05 | 1996-02-05 | Method for manufacturing portable insulated container |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP3653712B2 (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102860764A (en) * | 2012-09-27 | 2013-01-09 | 李珊珊 | Bottom reinforced thermos bottle |
| JP2013529940A (en) * | 2010-04-20 | 2013-07-25 | ネステク ソシエテ アノニム | Container with thermal management |
| CN103735116A (en) * | 2013-12-12 | 2014-04-23 | 谢雨珂 | Multifunctional cup |
| JP2015205697A (en) * | 2014-04-17 | 2015-11-19 | 昭和電工パッケージング株式会社 | Constant temperature container |
| CN105996742A (en) * | 2016-08-11 | 2016-10-12 | 施阳 | Vacuum bottle porridge cooking method |
| WO2017141861A1 (en) * | 2016-02-17 | 2017-08-24 | セルラー・ダイナミクス・インターナショナル・ジャパン株式会社 | Delivery container and temperature controller |
| CN107226284A (en) * | 2017-06-23 | 2017-10-03 | 苏州卡睿知光电科技有限公司 | A kind of portable medical storage tank |
| JP2019531857A (en) * | 2016-10-17 | 2019-11-07 | ペルツァー，フランク | Portable handheld device for containing and transporting food or beverages and method for controlling temperature |
| CN111012189A (en) * | 2019-11-08 | 2020-04-17 | 珠海优特智厨科技有限公司 | Equipment, method and device for detecting state of articles in pot and storage medium |
-
1996
- 1996-02-05 JP JP01897096A patent/JP3653712B2/en not_active Expired - Fee Related
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2013529940A (en) * | 2010-04-20 | 2013-07-25 | ネステク ソシエテ アノニム | Container with thermal management |
| CN102860764A (en) * | 2012-09-27 | 2013-01-09 | 李珊珊 | Bottom reinforced thermos bottle |
| CN103735116A (en) * | 2013-12-12 | 2014-04-23 | 谢雨珂 | Multifunctional cup |
| JP2015205697A (en) * | 2014-04-17 | 2015-11-19 | 昭和電工パッケージング株式会社 | Constant temperature container |
| WO2017141861A1 (en) * | 2016-02-17 | 2017-08-24 | セルラー・ダイナミクス・インターナショナル・ジャパン株式会社 | Delivery container and temperature controller |
| JPWO2017141861A1 (en) * | 2016-02-17 | 2018-12-27 | セルラー・ダイナミクス・インターナショナル・ジャパン株式会社 | Transport container and temperature control device |
| CN105996742A (en) * | 2016-08-11 | 2016-10-12 | 施阳 | Vacuum bottle porridge cooking method |
| JP2019531857A (en) * | 2016-10-17 | 2019-11-07 | ペルツァー，フランク | Portable handheld device for containing and transporting food or beverages and method for controlling temperature |
| CN107226284A (en) * | 2017-06-23 | 2017-10-03 | 苏州卡睿知光电科技有限公司 | A kind of portable medical storage tank |
| CN111012189A (en) * | 2019-11-08 | 2020-04-17 | 珠海优特智厨科技有限公司 | Equipment, method and device for detecting state of articles in pot and storage medium |
Also Published As
| Publication number | Publication date |
|---|---|
| JP3653712B2 (en) | 2005-06-02 |
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