JPH0646419Y2 - Boiling-type electric hot water storage container - Google Patents

Boiling-type electric hot water storage container

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Publication number
JPH0646419Y2
JPH0646419Y2 JP1984064089U JP6408984U JPH0646419Y2 JP H0646419 Y2 JPH0646419 Y2 JP H0646419Y2 JP 1984064089 U JP1984064089 U JP 1984064089U JP 6408984 U JP6408984 U JP 6408984U JP H0646419 Y2 JPH0646419 Y2 JP H0646419Y2
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lid
steam
provided
inner container
outside
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JP1984064089U
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JPS60176725U (en
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寿長 楓
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タイガー魔法瓶株式会社
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Description

【考案の詳細な説明】 Description of the invention]

【0001】 [0001]

【産業上の利用分野】本考案は、内容液を適宜所定沸騰状態にすることができる沸騰型電気貯湯容器に関し、電気ポット等に適用される。 INVENTION The present invention relates to a relates to a boiling-type electric hot water storage containers that can be suitably predetermined boiling state liquid contents are applied to the electric kettle and the like.

【0002】 [0002]

【従来の技術】コーヒーや紅茶をたてる等、沸騰点にまで達した熱湯が要求されるにつれ、内容液を所定沸騰状態にまで加熱する沸騰型電気貯湯容器が用いられるようになってきた。 Etc. make a BACKGROUND ART coffee or tea, as the hot water has reached boiling point is required, boiled electric hot water storage vessel to heat the liquid contents to a predetermined boiling state has come to be used. この種の貯湯容器では、内容液沸騰によって多量の蒸気が発生し、各部から不特定に高温蒸気が噴き出す危険やそれによる各部の熱劣化と云った種々の問題が生じる。 In this type of hot water storage container, a large amount of steam is generated by the content liquid boils, various problems arise with say unspecified danger or spewing high temperature steam thereto by the respective portions of the thermal degradation from each part.

【0003】 [0003]

【考案が解決しようとする問題点】ところで内容液を蓋体に設けた押圧板の押圧操作で内容器内に加圧空気を送り込むベローズポンプにて注出する加圧注出式の電気貯湯容器でも、沸騰型のものが望まれている。 [Problems to be Solved invented the way also the liquid contents in the electric hot water storage container of pouring the pressure injection Deshiki in the bellows pump to feed pressurized air to the inner vessel by the pressing operation of the pressing plate provided on the lid those boiling type is desired. しかしベローズポンプは合成樹脂により形成され給気路によって器体内に通じているので、前記の如く多量に発生する蒸気がベローズポンプ内に侵入して熱劣化を生じ、また器体蓋内部にも蒸気が拡散して、この蒸気の拡散による器体蓋内での熱劣化も生じ好ましくない。 However, since the bellows pump is in communication with the vessel body by the formed air supply path by a synthetic resin, cause thermal degradation large amount of vapor generated as the intrudes into the bellows pump, also vessel lid inside the steam also There was diffuse, thermal degradation occurs is not preferable in the device body the lid due to the diffusion of the steam.

【0004】そこで、本考案は、内容液の注出時に押圧板の押圧操作が行われることに注目し、簡単な改良によって必要に応じ給気路と蒸気放出路とが択一的に開閉するようにし、特にベローズポンプ内への高温蒸気による熱劣化を防止し得るものを提供することを目的とするものである。 [0004] Therefore, the present invention is to noted that the pressing operation of the pressing plate is carried out during the pouring of contained liquid, air supply path as required by a simple improvement and the vapor discharge channel is selectively opened and closed and so, it is an object to provide a particularly those capable of preventing thermal deterioration due to high-temperature steam into the bellows pump.

【0005】 [0005]

【問題点を解決するための手段】本考案は前記のような問題点を解決するために、広口の開口を有する内容器内の内容液を沸騰状態まで加熱する加熱手段と、内容液を外部に注出する注出路と、内容液を加圧して前記注出路を通じ注出する加圧ポンプと、内容器の開口を閉じる器体蓋とを備え、該器体蓋は、前記加圧ポンプを内蔵した蓋体と内容器の開口を閉じる金属製よりなる遮熱板を有して、前記加圧ポンプからの加圧空気を容器内に送り込む給気路と内容液から発生する蒸気を外部に逃がす蒸気放出路とをそれぞれ設け、該蒸気放出路は、前記蓋体と遮熱板との間で器体蓋中央部から器体蓋側部に至り外部に臨ませるように設けて、前記加圧ポンプは、蓋体に設けた押圧板の押圧操作で内容器内に加圧空気を送り込むベローズポンプに For the present invention In order to solve the problems] To solve the above problems, a heating means for heating the liquid contents of the inner container with a wide mouth opening to the boiling state, the content liquid external to the pouring outlet for dispensing, a pressure pump to dispense through the pouring outlet pressurize content liquid, and a vessel lid for closing the opening of the inner container, 該器 body lid, the pressure pump a built-in lid and inner container heat shield plate made of metal for closing the opening of the pressurized air from the pressure pump the vapor generated from the air supply path and the contents liquid fed into the container to the outside respectively and a steam discharge passage to escape, the vapor discharge channel is provided so as to face to the outside reaches the vessel lid central portion vessel lid side between the lid and the heat shield plate, the pressure pressure pump, a bellows pump to feed pressurized air into the inner container by a pressing operation of the pressing plate provided in the lid 構成し、前記器体蓋に、該押圧板の押圧操作に連動して前記給気路を開いて前記蒸気放出路を閉じ操作解除に連動し前記蒸気放出路を開いて前記給気路を閉じる弁を設けたことを特徴とするものである。 Configured, the device lid, closing the air supply passage open the air supply passage in conjunction conjunction with the operation cancel closing said vapor discharge channel opens the steam discharge passage to the pressing operation of pressing the pressing plate in which it characterized in that a valve.

【0006】 [0006]

【作用】本考案の上記構成では、内容液が注出されないとき、ベローズポンプの押圧板は操作されていないため、蒸気放出路を開いて給気路を閉じる状態にあるので、内容液が沸騰していて蒸気を発生しても、これが給気路を通じてベローズポンプ内に侵入するようなことを回避することができる。 [Action] In the above configuration of the present invention, when the content liquid is not dispensed, because the pressing plate of the bellows pump is not operated, because in a state of closing the air supply passage to open the vapor discharge channel, the content liquid boils be generated steam are, this can be avoided so as to penetrate into the bellows pump via the supply passageway.

【0007】特に、蒸気放出路は、蓋体と遮熱板との間に設けてあるため、ベローズポンプ内への蒸気の放散を防止して蒸気によるベローズポンプ内の熱劣化を防止することができ、それと共に蒸気放出路は、器体蓋中央部から器体蓋側部に至り外部に臨ませるように設けて、蒸気を放出する通路が長い経路形態であるため、沸騰状態で多量に発生する高温蒸気は高温のままかつ勢いよく外部に放出することが妨げられ、器体蓋内での蒸気放出路外への蒸気の拡散を防止して、この蒸気の拡散による器体蓋内での熱劣化を防止することができる。 [0007] In particular, the vapor discharge channel, since that is provided between the lid and the heat shield plate, is possible to prevent the dissipation of vapor into the bellows pump to prevent thermal degradation of the bellows pump with steam can, vapor emission path therewith, provided so as to face to the outside reaches the vessel lid side from the vessel lid central portion, for passage to release the steam is longer path forms a large amount generated at the boil to the high-temperature steam prevented be released to leave and vigorously outside of the high temperature, to prevent diffusion of steam into the steam discharge passage outside in the vessel lid, in the device body the lid due to the diffusion of the steam it is possible to prevent thermal degradation.

【0008】さらに、広口の内容器開口を金属製よりなる遮熱板にて閉じてあるため、蓋体内は沸騰による高温の蒸気に曝されることなく、例え合成樹脂で形成した蓋体であっても、前記蒸気放出路の構成と相俟って長期間に亙り熱劣化を防止することができる。 Furthermore, since the wide mouth of the inner container opening are closed by heat shield plate made of metal, without lid body is exposed to high-temperature steam by boiling, had a lid body formed in even synthetic resin also, it is possible to prevent a long period of time over thermal degradation I structure coupled with the vapor discharge channel.

【0009】 [0009]

【実施例】第1図に示される実施例について説明すれば、鋼板製外装ケース1にアルミニウム製の広口の開口を有する内容器2を収容して液体容器体3が形成され、 EXAMPLES be described embodiment shown in FIG. 1, the liquid container body 3 houses a container 2 that the steel case 1 having an aluminum wide-mouth opening is formed,
内容器2の開口を閉じる蓋体22を有している。 Close the opening of the inner container 2 has a lid 22. 外装ケース1は下端に合成樹脂製底環4が、上端に合成樹脂製肩環5がそれぞれ装着され、肩環5内周縁に内容器2の開口フランジを受け、内容器2底部と底環4に当てがった鋼板製底蓋6とを、内容器2底部下面にスポット溶接により取付けられた連結枠金具7を介してビス8で連結することにより、各部材を一体的に組付けている。 Outer casing 1 is made of synthetic resin bottom ring 4 in the lower end, are respectively mounted synthetic resin shoulder ring 5 at the upper end, receiving the opening flange of the container 2 to 5 in the peripheral Katawa, container 2 bottom and the bottom ring 4 It is assembled integrally by coupling with a screw 8 via the connecting frame fitting 7 attached by spot welding, each member of the steel plate bottom cover 6 which therefore applied to, the container 2 bottom lower surface . 内容器2の下部外周に沸騰し、保温各ヒーター9が巻着され、 Boiling lower periphery of container 2, kept the heater 9 is wound around,
底部下面に内容液温度に応じてヒーター9を通電制御したりする電気制御部10が設けられている。 Electric control unit 10 or to the energization control the heater 9 according to bottom content liquid temperature lower surface is provided. 外装ケース1 The outer casing 1
の下端外周には外部電源との電源接続口11が設けられている。 To the lower end outer peripheral power supply connection port 11 to an external power source is provided.

【0010】内容器2の開口を密閉し、蓋体22の底板34 [0010] sealing the opening of the container 2, the bottom plate 34 of the lid 22
に設けて、内容器2内の熱湯から保護する遮熱板14が設けられて前記蓋体22と共に器体の蓋を構成している。 To be provided, are provided with a heating plate 14 shield protects the hot water in the container 2 constitute a cover of the device body together with the cover 22.

【0011】器体蓋の内部をなす蓋体22の底板34と遮熱板14との間で器体蓋中央部に、内容器2内に加圧空気を送り込むための給気路12が設けられている。 [0011] vessel lid central portion between the bottom plate 34 and the heat shield plate 14 of the lid 22 forming the inside of the vessel lid, provided with supply passageway 12 for feeding pressurized air into the container 2 It is.

【0012】遮熱板14は外周に装着されたシールパッキング15部で内容器2の開口部に着座するステンレススチール板よりなる金属製のものとされ、前記給気路12の一部を形成する給気管部材16が中央上面に装着されている。 [0012] The heat shield plate 14 is a made of metal made of stainless steel plate seated in the opening of the container 2 by the sealing packing 15 parts mounted on the outer, forming part of the air supply passage 12 supply pipe member 16 is attached to the center top. また、給気管部材16には、内容液を外部に注出する注出路13が設けられ、この注出路13は、内容器2内に垂下する部分はステンレススチール管、蓋内部をなす遮熱板14と蓋体22の底板34との間に設けられる部分は合成樹脂管とされ、それらが蓋内の連通路17により連通させられると共に、連通路17途中に転倒時止水弁18が設けられて一連の注出路を形成している。 Also, feeding the trachea member 16, the content liquid pouring outlet 13 for pouring is provided outside and the pouring outlet 13 is part of stainless steel tube hanging down into the container 2, the heat shield plate forms an inside cover portion provided between the bottom plate 34 of the 14 and the lid 22 is a synthetic resin tube, the they are communicated by the communication passage 17 in the lid, the fall waterproofing valve 18 is provided halfway the communication passage 17 to form a series of pouring outlet Te.

【0013】容器体3の前面上部に、パイプカバー19がその座板20を肩環5および外装ケース1間に挟持して設けられている。 [0013] the front upper portion of the container body 3, are provided pipe cover 19 is sandwiched the seat plate 20 between Katawa 5 and case 1. パイプカバー19内に、注出路13からの注出内容液を受け入れて下方へ案内する注出路をなす下向き案内路21が固定管21aおよび上下動管21bの組み合わせ構造で縦通形成され、上下動管21bの上下動を案内して下端注出口21cを高さ調節可能としている。 The pipe cover 19, pouring outlet down guideway 21 having a pouring outlet which accepts pouring the content liquid guiding downward from 13 stringers are formed by the combination structure of the fixed tube 21a and vertically movable pipe 21b, vertical movement thereby enabling height adjustment of the lower spout 21c to guide the vertical movement of the tube 21b. 21dは上下動管21aの外部操作部でパイプカバー19から突出されている。 21d is protruded from the pipe cover 19 by external operation of the vertical movement tube 21a.

【0014】容器体3の上端には、パイプカバー19の出っ張り部を含む部分を覆うべく前記蓋体22が被せられ、 [0014] At the upper end of the container body 3, the lid 22 to cover a portion including a ledge portion of the pipe cover 19 is put,
肩環5の後部へ軸23により開閉自在なよう枢支されている。 It is pivotally supported so as be freely opened and closed by a shaft 23 to the rear of Katawa 5. 蓋体22には、加圧ポンプをなす手動ベローズポンプ The lid 22, manual bellows pump constituting a pressurization pump
25が内蔵され、天面に露出する押圧板26による押圧操作でシールパッキングマウス24を介し前記給気路12から内容器2内に加圧空気を送り込めるようにしている。 25 is built, so that Okurikomeru pressurized air into the container 2 from the air supply passage 12 via the seal packing mouse 24 by a pressing operation by the pressing plate 26 which is exposed to the top surface.

【0015】蓋体22の自由端部に肩環5の係止部27に係合して器体蓋の閉じ状態を保つ係止スライダー28がばね The locking slider 28 engaged with the engaging portion 27 of the Katawa 5 the free end of the lid body 22 by maintaining the closed condition of the vessel lid spring
29によって係止位置を保つように設けられている。 It is provided so as to keep the locking position by 29.

【0016】給気路12を形成して内容器2内に連通する遮熱板14側の給気管部材16を蒸気放出路32に併用し、この蒸気放出路32は、合成樹脂製の管状部材で形成され、 [0016] The air supply pipe member 16 of the heating plate 14 side shield communicates combination to the steam discharge passage 32 to form the air supply passage 12 into the container 2, the steam discharge passage 32 is made of a synthetic resin tubular member in is formed,
手動ポンプ25を避けて器体蓋中央部から器体蓋の側部に至り器体外部に臨まされるように設けられて、一端が器体蓋の中央部をなす給気管部材16の開口より内容器2内に臨ませ、他端が器体蓋の側部に至る放出口32aより外部に臨ませてある。 Provided from vessel lid central portion to avoid the manual pump 25 to be face the lead instrument body outside the sides of the vessel lid, the opening of the supply pipe member 16 having one end forming the central portion of the vessel lid to face the inner container 2, it is made to face outside from the outlet 32a of the other end reaches the side of the vessel lid.

【0017】器体外部に臨まされる蒸気放出路32の蒸気放出口32aに、肩環5後部に突出する蓋体枢支台5aに形成されている蒸気放出路を兼ねたカバー部材33と通じている。 The instrument body face is the vapor discharge port 32a of the steam discharge passage 32 to the outside, through a cover member 33 which also serves as a vapor discharge passage formed in the lid pivot abutment 5a projecting Katawa 5 rear ing. このカバー部材33は蒸気放出路32からの放出蒸気をさらに容器体3の外面に沿って下向きに案内し、下端の放出口33aから外部へ下向きに放出させる。 The cover member 33 is guided downward along the further outer surface of the container body 3 to release steam from the steam discharge passage 32, it is discharged downward from the discharge port 33a at the lower end to the outside.

【0018】容器体3における外装ケース1後部の蓋体 [0018] The outer casing 1 the rear portion of the lid in the container body 3
22の枢支部下に前記蒸気センサー30を設け、その検出端を外装ケース1外に突出させて蒸気放出路32からの蒸気をカバーするカバー部材33内に臨ませてある。 22 the vapor sensor 30 under pivot portion provided in, are to project the detected edge to the outer case 1 to face into the cover member 33 that covers the steam from the steam discharge channel 32. これによりセンサー30は外気にまだ触れない、発生時の熱を余り失っていない蒸気の温度を、自身も外部温度の影響を余り受けずに検出することができ、蒸気の温度による沸騰状態の検出を応答性よく正確に行うことができる。 Thus the sensor 30 is not yet touching the outside air, the temperature of the steam is not lost too much the occurrence of heat itself can be detected without being much the influence of the external temperature, the detection of the boiling state by the temperature of the steam can be performed with good response accurately.

【0019】電気制御部10は、内容液の温度を検知して内容液を設定温度に保つべくヒーター9を通電制御する制御要素のほか、沸騰スイッチ釦31の押動操作によって内容液を沸騰させるようヒーター9を通電制御し、また容器体3側に設けられた蒸気センサー30が内容液から発生する蒸気温度によって所定沸騰状態を検出したとき、 The electric control unit 10, in addition to the control element is energized the heater 9 to maintain the temperature of the liquid contents in the detected set the contents liquid temperature, boil the liquid content by pressing operation of the boiling switch button 31 Yo energized controlling heater 9, and when the vapor sensor 30 provided on the container body 3 side detects a predetermined boiling state by the steam temperature generated from the content liquid,
ヒーター9の通電を停止しまた通常の保温通電状態に戻すリレーが設けられる。 Stop the energization of the heater 9 also relays back to the normal insulation energized is provided. また必要に応じて、通電開始時間を設定するタイマー等も備えられる。 If necessary, a timer for setting the energization start time is also provided.

【0020】蓋体22の底板34に、前記ポンプ25の吐出口 [0020] the bottom plate 34 of the lid 22, the discharge port of the pump 25
36からの空気を吐出するマウス24を持った吐出路35が形成されており、この吐出路35は、マウス24を介して前記給気路12に連通されている。 Discharge passage 35 having a mouse 24 for discharging air is formed from 36, the discharge passage 35 is communicated with the air supply passage 12 via the mouse 24. この吐出路35に、吐出路35 This discharge passage 35, discharge passage 35
内に上向きに開口した連通口37を有した蒸気放出連通路 Vapor discharge communication passage having a communication port 37 which is opened upward within
39が設けられている。 39 is provided.

【0021】蒸気放出連通路39は、シールパッキングマウス38を介して前記給気管部材16に設けた蒸気放出路32 The vapor discharge communication passage 39, the steam discharge passage 32 via the seal packing mouse 38 provided in the supply pipe member 16
開口に接続されるようにしてある。 It is to be connected to the opening.

【0022】蓋体22には、吐出口36と連通口37との間に上下動して両口36,37を択一的に閉じる切換弁40が、吐出口36を常時閉じるようばね41で付勢して設けられている。 [0022] The lid body 22 is selectively closed switching valve 40 moves up and down both the mouth 37 between the discharge port 36 and the communication port 37, a spring 41 to close the discharge port 36 at all times It is provided in urging.

【0023】これにより、給気路12は、通常、ポンプ25 [0023] As a result, the air supply passage 12 is, usually, pump 25
との連通を断たれ、蒸気放出連通路39を介し蒸気放出路 Cut off the communication between the vapor discharge channel via a vapor discharge communication passage 39
32に連通しており、内容液からの発生蒸気が外部に放出され容器体3の異常圧発生が回避される。 32 communicates with, the steam generated from the liquid content abnormal pressure generation of emitted container body 3 is avoided to the outside.

【0024】ポンプ25の上板41に装着された吸気口弁42 [0024] mounted on the upper plate 41 of the pump 25 air inlet valve 42
に、ばね43により下動位置を保つようにした弁切換杆44 , The valve was to keep the downward position by a spring 43 off 換杆 44
が上下動可能に保持され、押圧板26によるポンプ25に対する押圧操作の初期に押動されて吸気口45を閉じる弁42 There is held vertically movably, closing the intake port 45 is initially pushed in the pressing operation with respect to the pump 25 by the pressing plate 26 valve 42
の動作で、切換弁40を押し下げ、吐出口36の閉じ状態から連通口37を閉じる状態に切換える。 In operation, depressing the switch valve 40 is switched to a state of closing the communication port 37 from the closed state of the discharge port 36. これによって、ポンプ25を操作して内容液を注出するときは、給気路12は蒸気放出路32との連通を断たれ、ポンプ25とのみ連通するから、ポンプ25による内容液の加圧注出が、空気漏れ等なく達成させる。 Thus, when pouring the content liquid by operating the pump 25, supply passageway 12 is cut off the communication between the vapor discharge passage 32, since to look communication with the pump 25, pressurized in the liquid content by the pump 25 douche out, to be achieved without air leakage and the like.

【0025】第2図に示される第2の実施例は、下端部を外装ケース1に止着51し、上端部を肩環5後部下縁に係止52した保持具53と、肩環5の蓋体枢支台5aとによって、露受け容器54が着脱自在なよう弾性的に装着されている。 The second embodiment shown in FIG. 2, the lower end fastened to 51 in case 1, a holder 53 that lock 52 the upper ends Katawa 5 rear lower edge, Katawa 5 by a lid pivotal abutment 5a of dew receiving container 54 is attachable as elastically detachable. 蓋体枢支台5aには、露受容器54内へ蒸気センサー The lid pivotal abutment 5a, vapor sensor to the dew receiving 54
30の突出部に対向する部分まで垂下した仕切壁55を形成し、仕切壁55によって蒸気放出路32からの放出蒸気を蒸気センサー30設置部から蒸気放出口32aを容器体外部の露受容器54内に臨ませ、露受容器54から蓋体枢支台5aに後向きに開口している今一つの容器体外部に臨ませた第2の蒸気放出口56へと逃がすU字状の第2の蒸気放出路 The partition wall 55 hanging down to the portion opposed to the projecting portion 30 is formed, the partition walls 55 by the vapor discharge passage 32 container body outside the dew receiving 54 a vapor outlet 32a from the steam sensor 30 installed part release vapors from to face the inside, dew receiving 54 from the lid pivot abutment 5a in a U-shaped second steam to escape into the second steam outlet 56 to face the container body outside of one more that opens rearwardly discharge path
57を形成して一連の蒸気放出路となし、結露水を露受容器54に受け易くしかも第2の蒸気放出路57の途中に臨む蒸気センサー30による温度検出後の蒸気の外部への放出勢力を弱めるとともに温度を下げて蒸気放出の危険を緩和するようにしている。 A series of steam discharge passage and without forming a 57, release force of the dew condensation water to the dew receiving 54 receives easy addition of course to the steam after the temperature detected by the vapor sensor 30 which faces the second steam discharge passage 57 outside and so as to mitigate the risk of vapor emission by lowering the temperature with weakening.

【0026】第3図から第5図に示される第3の実施例は肩環5の蓋体枢支台5aに開設される蒸気放出口32aのカバー部材33を下向きの大きな開口33aを持ち今一つの器体外部に臨ませた第2の蒸気放出口56を横向きに開口したものとし、開口33a部外周に露受容器54を弾性嵌合6 The third third embodiment shown in FIG. 5 from Fig has a large opening 33a of the cover member 33 downward steam outlet 32a which is opened in the lid pivot abutment 5a of Katawa 5 one more of the second steam outlet 56 and those opened sideways which device body to face the outside, the resilient and dew receiving 54 to the opening 33a portion outer rim fitting 6
1することにより着脱自在に装着している。 It is detachably mounted by 1. また、蒸気放出路32に連通して一連の蒸気放出路となす蒸気放出通路面積を大きくした第2の蒸気放出路57をカバー部材33 The second steam discharge passage 57 of the cover member 33 with an increased vapor discharge passage area formed by the series of steam discharge passage communicates with the vapor discharge passage 32
内に形成し、このカバー部材内には、蒸気放出路32からの放出蒸気を受け入れてカバー部材33内で横向きに案内する蒸気受口62が上方より無理嵌め63して装着され、受口62の前部壁62aがカバー部材33に嵌り合い、両者の嵌り合いを側部間に上下に相対向するよう形成された段縁 Was formed on the inner, this cover member, the steam socket 62 for guiding sideways in the cover member 33 receives the discharge steam from the steam discharge channel 32 is mounted by forcibly fitted from above 63, receptacle 62 Dan'en the front wall 62a is mutually fit into the cover member 33, the interdigitated therebetween are formed so as to face each other vertically between the sides of the
62b、33c間でカバー部材33の途中に臨ませて設ける蒸気センサー30の結線部を挟着保持するようにしている。 62b, so that holding clamping the connection portion of the vapor sensor 30 is provided so as to face in the middle of the cover member 33 between 33c. 蒸気センサー30はカバー部材33の途中で受口62の横向き蒸気放出部近くに位置するように保持されるが、それに被っている防湿シート64と共に絞り込むよう挟着保持され、蒸気センサー30を蒸気放出路をなすカバー部材33の途中へ臨ませている貫通部のシールを防湿シート64が兼ねている。 Vapor sensor 30 is held so as to be positioned sideways vapor emission unit near the socket 62 in the middle of the cover member 33 is held sandwiching to refine with moistureproof sheet 64 suffering thereto, the vapor sensor 30 vapor discharge the sealing of the penetrating part, which is faced to the middle of the cover member 33 that forms a road moistureproof sheet 64 also serves.

【0027】第6図に示される第4の実施例は、蒸気放出路32からの放出蒸気を蒸気放出口32aを覆うカバー部材33内に放出し、このカバー部材33を今一つの第2の蒸気放出路57として一連の蒸気放出通路となし、カバー部材33に設けた容器本体外部に臨ませた第2の蒸気放出口 The fourth embodiment shown in FIG. 6 is a release steam from the steam discharge passage 32 and discharged into the cover member 33 that covers the vapor discharge port 32a, the second vapor one more the cover member 33 a series of steam discharge passage and without a discharge passage 57, the second steam outlet which is faced to the container body externally provided on the cover member 33
56から蒸気を外部に放出するようにしている。 So that release vapors into the outside from 56. 蒸気放出路32と一連の蒸気放出路をなす第2の蒸気放出路57を形成するカバー部材33の下方に露受容器54を設け、カバー部材33内の蒸気放出路32の開口32a部近くに形状記憶合金よりなるセンサー64を設けて、センサー64が蒸気に触れて所定温度に達したときの形状変化で、肩環5の内側に設けられているシールカバー66を介しスイッチ65を押動操作するようにしている。 A second dew receiving 54 below the cover member 33 to form a vapor discharge passage 57 which forms a steam discharge passage 32 and a series of steam discharge passage provided in the opening 32a portion near the vapor release path 32 in the cover member 33 It provided a sensor 64 composed of a shape memory alloy, a shape change when reaching a predetermined temperature sensor 64 is touching the steam pressing operation the switch 65 through the seal cover 66 provided on the inner side of Katawa 5 It is way.

【0028】 [0028]

【考案の効果】本考案の上記構成では、内容液が注出されないとき、ベローズポンプの押圧板は操作されていないため、蒸気放出路を開いて給気路を閉じる状態にあるので、内容液が沸騰していて蒸気を発生しても、これが給気路を通じてベローズポンプ内に侵入するようなことを回避することができる。 In the above configuration of the effect of the invention The present invention, when the content liquid is not dispensed, because the pressing plate of the bellows pump is not operated, because in a state of closing the air supply passage to open the vapor discharge channel, the content liquid There also have been boiling generate steam, which can be avoided so as to penetrate into the bellows pump via the supply passageway.

【0029】特に、蒸気放出路は、蓋体と遮熱板との間に設けてあるため、ベローズポンプ内への蒸気の放散を防止して蒸気によるベローズポンプ内の熱劣化を防止することができ、それと共に蒸気放出路は、器体蓋の中央部から器体蓋側部に至り外部に臨ませるように設けて、 [0029] In particular, the vapor discharge channel, since that is provided between the lid and the heat shield plate, is possible to prevent the dissipation of vapor into the bellows pump to prevent thermal degradation of the bellows pump with steam can, vapor emission path therewith, leading to vessel lid side from the center of the vessel lid provided so as to face to the outside,
蒸気を放出する通路が長い経路形態であるため、沸騰状態で多量に発生する高温蒸気は高温のままかつ勢いよく外部に放出することが妨げられ、器体蓋内での蒸気放出路外への蒸気の拡散を防止して、この蒸気の拡散による器体蓋内での熱劣化を防止することができる。 For passage to release the steam is longer path form, high-temperature steam in a large amount generated at the boil is prevented be released to leave and vigorously outside of the high temperature, to the steam discharge passage outside in the vessel lid to prevent the diffusion of vapor, it is possible to prevent thermal degradation in the device body the lid due to the diffusion of the steam.

【0030】さらに、広口の内容器開口を金属製よりなる遮熱板にて閉じてあるため、蓋体内は沸騰による高温の蒸気に曝されることなく、例え合成樹脂で形成した蓋体であっても、前記蒸気放出路の構成と相俟って長期間に亙り熱劣化を防止することができる。 Furthermore, since the wide mouth of the inner container opening are closed by heat shield plate made of metal, without lid body is exposed to high-temperature steam by boiling, had a lid body formed in even synthetic resin also, it is possible to prevent a long period of time over thermal degradation I structure coupled with the vapor discharge channel.

【図面の簡単な説明】 BRIEF DESCRIPTION OF THE DRAWINGS

【第1図】第1実施例を示す一部を残して断面した側面図である。 [Figure 1] is a side view cross-section leaving a part of a first embodiment.

【第2図】第2実施例の一部断面図である。 [Figure 2] is a partial sectional view of a second embodiment.

【第3図】第3実施例の一部断面図である。 [Figure 3] is a partial sectional view of the third embodiment.

【第4図】断面位置を変えた同一部断面図である。 [Figure 4] is the same sectional view with different cross-sectional position.

【第5図】角度を変えた同一部断面図である。 [Figure 5] is identical cross-sectional view of different angles.

【第6図】第4実施例の一部断面図である。 [Figure 6] is a partial sectional view of a fourth embodiment.

【符号の説明】 DESCRIPTION OF SYMBOLS

1……外装ケース(3……容器体) 2……内容器(3……容器体) 9……ヒーター 12……給気路 14……遮熱板(器体蓋) 22……蓋体(器体蓋) 25……ベローズポンプ 26……押圧板 32……蒸気放出路 57……第2の蒸気放出路 1 ...... outer case (3 ...... container body) 2 ...... inner vessel (3 ...... container body) 9 ...... heater 12 ...... supply passageway 14 ...... heat shield plate (vessel lid) 22 ...... lid (vessel lid) 25 ...... bellows pump 26 ...... pressing plate 32 ...... vapor discharge path 57 ...... second steam discharge passage

───────────────────────────────────────────────────── フロントページの続き (56)参考文献 特開 昭55−72756(JP,A) 特開 昭58−27531(JP,A) 特開 昭60−163619(JP,A) 実開 昭56−76948(JP,U) 実開 昭58−106034(JP,U) 実開 昭60−129235(JP,U) 実開 昭57−191227(JP,U) ────────────────────────────────────────────────── ─── of the front page continued (56) reference Patent Sho 55-72756 (JP, a) JP Akira 58-27531 (JP, a) JP Akira 60-163619 (JP, a) JitsuHiraku Akira 56 - 76948 (JP, U) JitsuHiraku Akira 58-106034 (JP, U) JitsuHiraku Akira 60-129235 (JP, U) JitsuHiraku Akira 57-191227 (JP, U)

Claims (1)

    【実用新案登録請求の範囲】 [Range of utility model registration request]
  1. 【請求項1】広口の開口を有する内容器内の内容液を沸騰状態まで加熱する加熱手段と、内容液を外部に注出する注出路と、内容液を加圧して前記注出路を通じ注出する加圧ポンプと、内容器の開口を閉じる器体蓋とを備え、該器体蓋は、前記加圧ポンプを内蔵した蓋体と内容器の開口を閉じる金属製よりなる遮熱板を有して、前記加圧ポンプからの加圧空気を内容器内に送り込む給気路と内容液から発生する蒸気を外部に逃がす蒸気放出路とをそれぞれ設け、該蒸気放出路は、前記蓋体と遮熱板との間で器体蓋中央部から器体蓋側部に至り外部に臨ませるように設けて、前記加圧ポンプは、蓋体に設けた押圧板の押圧操作で内容器内に加圧空気を送り込むベローズポンプにて構成し、前記器体蓋に、該押圧板の押圧操作に連動して前記給気 1. A pouring through a heating means for heating the liquid contents of the inner container to the boiling state, and pouring outlet for pouring the content liquid to the outside, said pouring outlet to pressurize the liquid contents having a wide-mouth opening Yes a pressure pump, and a vessel lid for closing the opening of the inner container, 該器 body lid, the pressurized lid a pressure pump incorporating the inner container heat shield plate made of metal for closing the opening of the and, provided the pressure from pressure pump pressurized air supply air passage for feeding into the inner container and the escape of steam generated from the content liquid to the outside and a vapor discharge channel, respectively, the vapor discharge channel is provided with the lid provided the vessel lid central portion between the heat shield plate so as to face to the outside reaches the vessel lid side, the pressure pump is in the inner container by a pressing operation of the pressing plate provided in the lid constituted by a bellows pump for feeding pressurized air to said apparatus body cover, the air supply in conjunction with the pressing operation of the pressing plate を開いて前記蒸気放出路を閉じ操作解除に連動して前記蒸気放出路を開いて前記給気路を閉じる弁を設けたことを特徴とする沸騰型電気貯湯容器。 Boiling electric hot water storage vessel, characterized in that a closing valve of the air supply passage is opened the steam discharge channel in conjunction with the operation cancel closing said vapor discharge passage open.
JP1984064089U 1984-04-28 1984-04-28 Boiling-type electric hot water storage container Active JPH0646419Y2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP1984064089U JPH0646419Y2 (en) 1984-04-28 1984-04-28 Boiling-type electric hot water storage container

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP1984064089U JPH0646419Y2 (en) 1984-04-28 1984-04-28 Boiling-type electric hot water storage container

Publications (2)

Publication Number Publication Date
JPS60176725U JPS60176725U (en) 1985-11-22
JPH0646419Y2 true JPH0646419Y2 (en) 1994-11-30

Family

ID=30594840

Family Applications (1)

Application Number Title Priority Date Filing Date
JP1984064089U Active JPH0646419Y2 (en) 1984-04-28 1984-04-28 Boiling-type electric hot water storage container

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2013255684A (en) * 2012-06-13 2013-12-26 Tiger Vacuum Bottle Co Ltd Liquid heating container
US9245260B2 (en) 1994-10-27 2016-01-26 Xylon Llc Data copyright management

Families Citing this family (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH041853Y2 (en) * 1985-04-20 1992-01-22

Family Cites Families (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS6143611B2 (en) * 1978-11-28 1986-09-29 Matsushita Electric Ind Co Ltd
JPS5936186Y2 (en) * 1979-04-07 1984-10-05
JPS5676948U (en) * 1979-11-20 1981-06-23
JPS57191227A (en) * 1981-05-19 1982-11-25 Kasei Optonix Co Ltd Production of lanthanoid aluminate
JPS6227810B2 (en) * 1981-08-11 1987-06-17 Matsushita Electric Ind Co Ltd
JPS624261Y2 (en) * 1982-01-16 1987-01-30
JPS6325768B2 (en) * 1984-02-02 1988-05-26 Sharp Kk
JPS6327635Y2 (en) * 1984-02-10 1988-07-26

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US9245260B2 (en) 1994-10-27 2016-01-26 Xylon Llc Data copyright management
JP2013255684A (en) * 2012-06-13 2013-12-26 Tiger Vacuum Bottle Co Ltd Liquid heating container

Also Published As

Publication number Publication date
JPS60176725U (en) 1985-11-22

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