200829289 -九、發明說明： ~【發明所屬之技術領域】 口部開閉的有 本發明係關於一種用來使容器主體之開 蓋之容器。 【先前技術】 產業用的滅菌裝置或食品機械係由壓力容器所構 作為壓力容器時，蓋體(亦稱為「門靡」)為可：受承力二 。因此，對於產業用的滅菌裝置或食品機械的： 作貝而言，希望能夠容易地進行被處理 ： 蓋體之開閉作業。 龜出日守的 八，祝便里的盍體開閉的機構而言，已知 獻！所記載之具有相對於容器主體的開口部可上下3 = 2 =容器。此專敎獻〗中係設置與滾輪或 f物“進行蓋體的滑動開閉，但是平衡重物不容易：: 平衡，還必須設置複雜的滑動 于 造進行蓋體之開閉。㈣’因而無法以簡單的構 哭。铁：I二種具有可朝左右方向滑動之蓋體的容 動\^、^/、#_式蓋體的容器在使蓋體朝左右方向滑 動訏疋由下側的引導軌道 身的重量，使蓋體的麻“」）承受k體本 捧阻力將合：：面與下側的導執之上面接觸時，摩 之上端的機構，但是 】，阻力，也有懸掛在蓋體 ¥栈構會變得複雜。 專利文獻如本特開2001_2629 【發明内容】 亂厶執 319546 5 200829289 (¾明所欲解決之課題） 解決之課題在於提供—難 谷易地進行開閉的有蓋之容器。 〕構以 (用以解決課題之手段） °° 哭幸栌· — ± 、肴在垂直面设有開口部的容 f 蓋體;以及引導此的開放位置之間轉動的 疏篮之刖述轉動的引導手段。 根據申請專利筋楚Ί 段的引導，由於是藉由引導手 放位置與閉鎖位置之;轉二構:左右方向’在蓋體的開 *易地進行藉由蓋體的容因此能以簡單的構造 項，專之發明係如申請專利範圍第1 C朝垂直方向移動的第一限制=對於“開口部之開口面 根據申請專利範圍第2 g 第1項的效果之外，i认H」又，除了申請專利範圍 相對於開σ部< σ “是藉由第—限制手段來限制蓋體 垂直方向打Γ開面朝垂方向移動’因此可防止蓋體朝 項，3項之發明係如申請專利範圍第2 ;:由手段兼作前述第-限制手段。 根據申請專利範圍第3項之發明 第1或第2項的效果卜 示了申明專利乾圍 果之夕卜’由於兼用引導手段及第一限制 319546 6 200829289 :=簡Γ不需另外設置第—限制手段’而可使容器構成 申請專利範圍第4項之發明係如中請專利範圍第2或 =Γ其中，具備：在前述閉鎖位置使前述蓋體與前述 ==密閉的密閉手段；以及使前述容器主體内形成 m手段，並藉由前述第—限制手段來限制加 之刖述盍體的移動。 了 (第2=nt利範圍第4項之發明，除了申請專利範圍 以吏_/杲之外’由於是在閉鎖位置藉由密閉手 =:二腾並且設置使其形成正壓(比大氣壓力高的堡 體的/動差手段’然後於加_藉由第""限制手段來限制蓋 體的私動，因而可實現能承受正遷的麼力容器。 2專利範圍第5項之發明係如申請專利範圍第* 位置艮制前述蓋體從前述閉鎖位置朝前述開放 置之方向轉動的第二限制手段。200829289 - IX. Description of the invention: ~ [Technical field to which the invention pertains] The present invention relates to a container for opening a container body. [Prior Art] When the industrial sterilizing device or the food machinery is constructed as a pressure vessel by a pressure vessel, the lid (also referred to as a "threshold") can be subjected to a bearing force. Therefore, it is desirable for the industrial sterilizing device or the food machine to be handled: the opening and closing operation of the lid body. The tortoise is out of the eight, and the organization that wishes to open and close the carcass in the stool is known to offer! It is described that the opening with respect to the container body can be up and down 3 = 2 = container. This special arrangement is set with the roller or f. "The sliding of the cover is opened and closed, but it is not easy to balance the weight:: Balance, you must also set up a complex slide to open and close the cover. (4)" Simple structure crying. Iron: I Two kinds of containers with a lid that can slide in the left-right direction, the container of the ^^, ^/, #_-type cover body slides the cover body in the left-right direction, and is guided by the lower side. The weight of the orbital body makes the cover body's hemp "") bear the k body. The resistance is combined: when the face is in contact with the upper side of the guide, the upper end of the mechanism, but the resistance is also suspended from the cover. The body structure will become complicated. Patent Document: Beneficial Publication 2001_2629 [Summary of the Invention] 厶 厶 319 319 519 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 〕Structure (to solve the problem) °°Cry fortune·±, the lid body with the opening in the vertical plane; and the rotation of the basket that guides the rotation between the open positions The means of guidance. According to the guidance of the application for the patented ribs, it is by guiding the position of the hand and the position of the lock; the second structure: the left and right direction 'in the opening of the cover is easy to carry out by the cover body, so it can be simple The structural item, the special invention is the first limitation of moving in the vertical direction as in the application of the patent range 1 C = for the "opening surface of the opening according to the effect of the second patent item 2 of the patent application range, i recognizes H" In addition to the patent application scope relative to the opening σ section < σ "is to limit the vertical direction of the lid body in the vertical direction by the first - limiting means", thus preventing the cover body toward the item, the invention of the three items is Patent application No. 2;: By means of the above-mentioned first-restrictive means. According to the effect of the first or second item of the invention of claim 3, the effect of the invention is as follows: The first limitation 319546 6 200829289 := Γ Γ Γ 另外 另外 容器 容器 容器 容器 容器 容器 容器 容器 容器 容器 容器 容器 容器 容器 容器 容器 容器 容器 容器 容器 容器 容器 容器 容器 容器 容器 容器 容器 容器 容器 容器 容器Position makes the aforementioned cover body Said == hermetic sealing means; and means for forming m in the container body, and restricting the movement of the corpus callosum by the first restriction means. (The invention of the fourth item of the second = nt range, In addition to the scope of the patent application to 吏 _ / 杲 'because it is in the locked position by the closed hand =: two entanglement and set it to form a positive pressure (higher than atmospheric pressure / the means of motion difference) and then add _ By restricting the private movement of the cover by the "" restriction means, it is possible to realize the force container that can withstand the forward movement. 2 The invention of the fifth item of the patent scope is the same as the position of the patent application. a second restricting means for rotating from the aforementioned latching position toward the aforementioned opening.
V 根據申請專利範圍第5項 第4項的效果之外，由 〜月除了申5月專利乾圍 砗之芸挪4 、 9由弟—限制手段來限制正壓 :=Γ位置方向轉動，即使想要強迫蓋體朝開放 全=方向轉動’蓋體也不會轉動。因此可確保處理上的安 申請專利範圍第6項之癸日 至第3項中任一項，”之：：係如：請專利範圍第1項 蓋體與前述開口部之間密閉二 =述閉鎖位置使前述 主體内形成負㈣㈣^山閉手段，以及使前述容器 319546 7 200829289 根據申請專利範圍第6項之發明 ^ 1 jf 5 ^ ς T5 ri, , J T 口月寻利乾圍 ^ 弟項中任―項的效果之外，由於是在閉鎖位置 猎由控閉手段使蓋體密閉，並且設置使 壓力低的壓力）的減壓手段，因、（b大軋 一 于奴u而了貝現旎承受負壓的壓力 申請專利範圍第7項之發明係如 至第6項中任-項，且中，且供㈣〜 J㈣弟1項 蔣一+一触 其中，具備針對則述蓋體的左右方向 將則述盍體的閉鎖位置加以定位的定位手段。 請專利範圍第7項之發明，除了申請專利範圍 止蓋體朝:=向中=項的效果之外，還可在閉鎖位置防 再者二申請專利範圍第8項之發明係如申請專利範圍 :項至第7項中任一項，其中，具備檢測前述蓋體 鎖位置的蓋體檢測手段。 根據:請專利範圍第8項之發明，除了中請專利範圍 ^至第7項中任_項的效果之外，由於是藉由蓋體檢 ^段檢測當蓋體位於閉鎖位置時，容器主體是否為閉鎖 狀恶，因此可正確地進行蓋體的閉鎖定位。 ' (發明之效果） 根據本發明，能以簡單的構造容易地進行容器的蓋體 之開閉。 【實施方式】 接下來，針對本發明之實施形態加以說明。本發明之 風之令裔可適用在可收容小容量的小型容器到可收容大 319546 8 200829289 *容量的大型容器。 ， 此實施形態之有蓋之容器的特 設有開口部的容器主體；在使前述開=:在垂直面 與設在此閉鎖位置之左右方向之使前述開::的閉鎖位置 位置之間轉動的蓋體；引導此蓋體之前述轅：放的開放 段；以及限制前述蓋體相對於前述：：動的引導手 方向移動的第一限制手段。 〈開口面朝垂直 部，然後一面夢由中前、十在^述谷器主體的垂直面設置開口 部之開口面朝:直:::動— 蓋體在前述開口部的閉立 f w 0導手段，使 間沿著前述垂直面及:=置與爾口部的開放位置之 爾述蓋體與前述引導手段的摩擦阻力合t:。猎 谷易地，行具有重量之蓋體的開閉。胃又…因而可 接著，針對此實施形態之各構 容器主體是在垂直面*"一成要素加〜明。前述 出入的區域（亦而具有可收容並使物品 間、#箄m」或空間」），可稱為室、空 的面，包含前述容器主體之=二水平面為垂直 念。亦_，#、f _月面及左右兩側面的概 且，f在=迷部的開口面是與前述垂直面重疊。而 個面^ ^僅設在—面，但村設在複數 前述容哭主體的材f可依用途適#變更。再者， ;、:！：的形狀亦可為多角形、圓形等任何形狀。 w盍體可將前述容器主體的開口部完全閉鎖，並且 319546 9 200829289 .會在前述閉鎖位置與I述開放位置之間轉動，可稱為門 -扉、門此所謂的「轉動」代表「藉由旋轉而左右移 =」或疋「藉由滾動而左右移動」。前述閉鎖位置係為藉由 丽述蓋體將前述開口部全面閉鎖的位置。又，前述開放位 置係為藉由前述蓋體使前述開口部全面開放的位置。此閉 .鎖位置與開放位置的位置關係為水平方向，也就是左右方 .:二二前述蓋體係以可藉由前述引導手段而在前述閉 '带狀#开=述開放位置之間轉動的方式構成。前述蓋體的 形狀絲成圓板狀。此圓板狀並非僅指全周圓，而是包含 =在前述_位置與前述開放位置之間轉動的圓弧狀之概 f述引導手段係使前述蓋體朝左右方向轉動，而在藉 由此盘體之前述開口部的前述 曰 間加㈣導二述開放位置之 ^ 5丨¥手奴較佳為形成可供前述蓋體 軲動„冓槽，並且上下設置一對而構成。 2 <第限制手段係限制前述蓋體相對於開口面垂 口面的前後方向移動，具體而言，係防止 下朝外側離開’也就是前述蓋體打開或倒 ，引導手段設為前述第一限制手段。更::而:= 由月il述蓋體從開口面朝外側 八、_ ° ’、曰 移動之限制。藉此，便不需要另开外1Λ引導構件來進行 而且，前述第-限制手段在二兼:、w述第—限制手段。 的情況下m2在亚非兼作賴引導手段而設置 貝6 又置成則述蓋體可以轉動，也就是不會妨 ]〇 319546 200829289 ，轉動’但是設置的位置並沒有特別的限定。例如，前成 罘一限制手段亦可設在前述蓋體而限制前述容器主體的= 口二與前述蓋體之間的移動，或是設在前述容器主體而： 制開口面與前述蓋體的移動。 「 —又，此實施形態較佳為，使前述蓋體從前述開放 朝前述_位㈣料，具備定位手段，藉此可在前 鎖位置正確地閉鎖。此定位手段係前述蓋體轉動後使呈二 前述閉鎖位置停止的手段’只要會在前述閉鎖位置停^， 則沒有特料限定。由於具備前述定位手段而使魏 :閉’便可更容易’並且更正確地進行前述蓋體的開；作 再者，此實施形態較佳為，具備使前述蓋體從前诚開 放位置朝前述_位置轉動，檢測前述蓋體位於前述閉鎖 位置的盍體檢測手段，因而可藉由前述蓋體使前述開口邙 確實地_。此频檢測手段最好使料接❹叫近接開 關）等，但只要可檢測前述蓋體，則沒有特另q的限定。又， 前述蓋體檢測手段的設置部位係只要可檢測出前位 於前述閉鎖位置，就沒有特別的㈣，例如，可在^閉 鎖位置之前述蓋體的上下左右任—個部位或複數個部位進 行檢測。 ^匕實施形態可適用在使前述容器主體内形成正壓的麗 力谷裔、以及形成負壓的屡力容器。 (正壓壓力容器） 前述蓋體、前述 正壓壓力容器具備：前述容器主體 319546 11 200829289 = 二則述第一限制手段、在前述閉鎖位置使前述蓋 、體内、开部之間密閉的密閉手段、以及使前述容器主 :έ的加壓手段，藉由利用前述第-限制手段來 限制加麼時之前述蓋體的移動，便可多樣性地適用。 述門=㈣力容器係利用前述密閉手段使前述蓋體與前 在^错此使前述容器主體内形成正愿。 π =的「正塵」係指比大氣愿力高的壓力。前述蓋體 在加麼時，差日击古, 曰朝垂直於刖述開口面的方向，尤1V In addition to the effect of item 5, item 4 of the scope of application for patents, except for the month of May, the application of the patent for the fifth week, the division of the 4th, 9th, by the brother-restriction means to limit the positive pressure: = Γ position direction rotation, even If you want to force the cover to turn in the open all = direction, the cover will not rotate. Therefore, it is possible to ensure that any one of the next day to the third item of the scope of application of the patent application scope is processed, ":: For example, please close the gap between the first cover of the patent scope and the aforementioned opening part. The blocking position causes a negative (four) (four) ^ mountain closing means in the body, and the container 319546 7 200829289 according to the invention of the scope of claim 6 ^ 1 jf 5 ^ ς T5 ri, , JT In addition to the effect of the middle-item, it is a decompression means that the cover body is sealed by the control and closing means and the pressure for lowering the pressure is set in the closed position, because (b is a large rolling one and the slave is u) Now the pressure of the negative pressure is applied to the invention of the seventh scope of the patent, as in the sixth item, and in the middle, and for the (four) ~ J (four) brother 1 Jiang Yi + one touch, which has the cover The left and right direction will be a positioning means for positioning the locking position of the body. Please refer to the invention of the seventh aspect of the patent, in addition to the effect of the patent scope to the body: = the effect of the medium = item, but also in the blocking position The invention of the eighth application patent scope is the patent application The invention provides the cover detecting means for detecting the position of the cover lock. According to the invention of claim 8 of the patent scope, except for the patent scope ^ to the seventh item In addition to the effect of the item, it is detected by the cover inspection section whether the container body is in a closed state when the lid body is in the closed position. Therefore, the lid lock can be correctly locked. '(Effect of the invention) According to the present invention, the lid of the container can be easily opened and closed with a simple structure. [Embodiment] Next, an embodiment of the present invention will be described. The wind of the present invention can be applied to a small-sized small container. The container is a large container capable of accommodating a large capacity of 319546 8 200829289. The container body of the lid container of the embodiment is provided with an opening portion; the opening is: in the vertical direction and in the left and right direction of the blocking position. a cover body that rotates between the positions of the latching positions of the opening; a front portion that guides the front cover of the cover body; and a direction of the guide hand that restricts the front cover from being movable The first restriction means of the movement. <The opening faces the vertical part, and then the opening of the opening is provided in the vertical plane of the main body of the stalker: straight::: moving - the cover is at the aforementioned opening The closed fw 0 guiding means of the part is such that the frictional resistance between the lid body and the guiding means is along the vertical plane and the position of the opening position of the mouth portion: The opening and closing of the lid of the weight. The stomach is further... Therefore, the container body of the embodiment is added to the vertical surface in the vertical plane. The above-mentioned access area (also has the space for housing and the article) Between, #箄m" or space"), can be called a room, an empty surface, including the container body = the second horizontal plane is vertical. Also, the _, #, f _ lunar surface and the left and right sides are substantially the same as f, and the opening surface of the fascia overlaps with the vertical surface. The face ^ ^ is only set in the face, but the village is set in the plural. The material f of the above-mentioned crying body can be changed according to the use. Again, ;, :! The shape of the : can also be any shape such as a polygon, a circle, or the like. The w盍 body can completely block the opening of the container body, and 319546 9 200829289 . will rotate between the aforementioned blocking position and the open position, which can be called a door-turn, the so-called "rotation" means "borrowing" Move left and right by rotation =" or 疋 "Move left and right by scrolling". The lock position is a position at which the opening portion is completely blocked by the cover body. Further, the open position is a position at which the opening is fully opened by the cover. The positional relationship between the closed position and the open position is a horizontal direction, that is, the left and right sides.: The second cover system is rotatable between the closed position and the open position by the aforementioned guiding means. Way composition. The shape of the cover body is a disk shape. The disk shape does not mean only the full circumference, but includes an arc-shaped guide that rotates between the aforementioned position and the open position. The guiding means rotates the cover in the left-right direction. Preferably, the opening portion of the opening portion of the disk body is formed by two (4) guiding positions, and the opening portion is preferably formed so that the cover body can be moved and a pair of upper and lower sides are provided. 2 < The limiting means restricts movement of the lid body in the front-rear direction with respect to the opening surface of the opening surface, specifically, prevents the lower side from leaving outwards, that is, the lid body is opened or inverted, and the guiding means is set as the first restricting means. More:: and:= From the month il, the cover body is bounded from the opening face to the outside, _ ° ', and the 曰 movement. Therefore, it is not necessary to open the outer guide member separately. The second and the second: the w-the first means of restriction. In the case of m2 in Asia and Africa, it is also used as a means of guiding and setting the shell 6 and setting it up to say that the cover can be rotated, that is, it does not matter. 〇319546 200829289, turn 'but set The location is not particularly limited. For example, the front forming means may be provided on the cover body to restrict the movement between the container body 2 and the cover body, or may be provided in the container body: the opening surface and the cover body Further, in this embodiment, it is preferable that the cover body is provided with a positioning means from the opening to the _ position (four) material, whereby the front cover position can be correctly locked. The positioning means is the rotation of the cover body. Then, the means for stopping the two blocking positions is stopped as long as it is stopped at the above-mentioned blocking position. It is possible to make the above-mentioned cover more accurately by providing the above-mentioned positioning means. Further, in this embodiment, it is preferable that the cover body has a body detecting means for detecting that the cover body is rotated from the front open position to the position of the front cover, and the cover body is located at the locked position. The opening is positively _. The frequency detecting means preferably connects the material to the proximity switch, etc., but as long as the cover can be detected, there is no special limitation. Further, the cover detection The installation location of the means is not particularly (4) as long as it can be detected before the lock position. For example, it can be detected at any one or more of the upper and lower sides of the cover body at the lock position. The utility model relates to a Liligu, which forms a positive pressure in the container main body, and a relay container which forms a negative pressure. (Positive pressure vessel) The lid body and the positive pressure vessel are provided with the container body 319546 11 200829289 = two The first restriction means, the sealing means for sealing the lid, the body, and the opening portion at the blocking position, and the pressing means for causing the container main: to restrict the addition by the first restriction means In the meantime, the movement of the cover body can be applied in a variety of ways. The door=(4) force container is formed by the above-mentioned sealing means to cause the inside of the container body to be formed. The "positive dust" of π = refers to the pressure higher than the willingness of the atmosphere. When the cover body is added, it will hit the ancient times in a short time, and the 曰 垂直 is perpendicular to the direction of the open surface, especially 1
月外側離開的方向移動，因此可藉由前述第::限制I =移動。此第一限制手段係以可阻 ‘ π述第-限制手段的情況下，亦可形成使丄= 的-部分形成厚壁而於前述加塵時可承受的構成。 全屬=麵力容器之前述容器主體及前述蓋體係最好為 屬製(不鏽鋼等)，以便可對應正壓的屢力變化。尤：為 =述容器主體内收容被處理物而加 、 理物之調理機能的食品機械:有破處 菌或殺菌裝置。飞疋-有杈囷或滅滅機能的滅 口部=ΓΓ在前述閉鎖位置將前述蓋體與前述開 此密“段好^^容器主體内形成㈣狀態的手段。 槽·安h = 彡^前述容11主體的塾圈溝The outer side of the moon moves away, so the first:: limit I = move can be used. In the case where the first restricting means can prevent the θ-described first-restricting means, the portion where the 丄 = is formed can be formed to have a thick wall and can be withstood during the dusting. It is preferable that the above-mentioned container main body and the above-mentioned cover system of the entire genus-like force container are of a type (stainless steel or the like) so as to be able to change in accordance with the repeated force of the positive pressure. In particular, it is a food machine that contains a treatment function for accommodating the object to be treated in the container main body: a broken bacteria or a sterilizing device.疋 疋 杈囷 杈囷 灭 灭 灭 ΓΓ ΓΓ ΓΓ ΓΓ ΓΓ ΓΓ ΓΓ ΓΓ ΓΓ ΓΓ ΓΓ ΓΓ 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述1111 main body
女裝在此塾圈溝槽的塾圈構件；以及朝向前述蓋J 319546 12 200829289 -屋此塾圈構件的推壓手段。 前„段係將前述容器主體内 正 二’卿體有蒸氣等。前述正魔壓力容器在使用心: =媒體時’可適用在以蒸氣對被處 或者 = =嶋調理裝置、或是以高壓蒸氣= 物進订加熱滅國的滅菌裳置等的蒸氣加熱處理裝置。 此正壓壓力容器可為設置前述容器主體内之加壓時， 前述蓋體從前述閉鎖位置朝前述開放位置 二限制手段之構成。此第二限制手段最好設在前 =引¥手段（兼作前述引導手段及前述第一限制手段時，為 =限制手段但是沒有特別的限定。前述第二限制手段 述容器主體内加屢時，欲強迫前述蓋體朝前述開放 位置轉動時限制前述蓋體的轉動。藉此，此正觀力容哭 ㈣作員就不會因為加_體的喷出而受傷’而可確保 全性。 (負壓壓力容器） ^負[置力谷裔由於具備··前述容器主體、前述蓋體、 則^引導手段、前述第—限制手段、在前述閉鎖位置使前 ，蓋體與前述開Π部之間密閉的密閉手段、以及使前述容 态主體内形成負壓的減壓手段，因此可多樣性地適用。 此負C壓力谷裔係利用前述密閉手段使前述蓋體與前 ，開口部之間的間隙密目，並利用前述減塵手段使前述容 裔主體内的區域減壓，藉此使前述容器主體内形成負壓。 在此所明的「負壓」係指比大氣壓力低的壓力。又，前述 13 319546 200829289 因此不 ' :一限制手段由於不需要如正屋時阻止前述蓋體 •而要與正壓壓力容器相同的構成。 此負屋愿力容哭夕+、+ 述正壓厂堅力容器同:;：=:二主:及前述蓋體最好與前 』铋马孟屬製（不銹鋼等），以 變化。藉此，便可適用在具有於前述容器主體、内 :被處理物，然後在密閉狀態下減璧，藉此 減^化而冷卻的真空冷卻機能的食品機械。 如述密閉手段可為盘前诚i厭 '樣的構成。 U核㈣力容器之密閉手段同 至外：述:輪述容器主體内的空氣吸引並排出 =:或是取代該真空栗或除此之外，又具備蒸氣嗔： 二前述減屡手段亦可具備經由排氣管路連接 ;主體，亚且在此排氣管路的中途，使從 器主體内出^的蒸氣與空氣之混合流體凝縮的熱交換= 受從形態可形成具有可使前述容器主體内能承 攸負[到正壓之蓋體的容器、藉此，便可適用在更 :料由例如亦可適用在利用蒸氣以正愿加熱被： 後’猎由使其_並形成諸而加以 類的食品機械。 …，、、、〜σρ機之 根據以上所說明之實施形態的有蓋之容器 由前述引導手段的引導，使前述蓋體轉動而進行前述;^ ^的開放或閉鎖，因此能以簡單的構造容易地進行^ 業，而且具備前述第一限制手段，前述蓋體不會倒向使前 319546 14 200829289 '述蓋體開閉的操作員側，因而亦可安全地進行前述蓋體的 .開閉作業。 ' 實施例1 以下，根據圖面來詳細說明將本發明適用於調理裝置 的具體貫施例。第1圖至第13圖係本發明之調理裝置之實 施例1的例示圖，第1圖及第2圖係實施例丨的概略斜^ 圖，第3圖及第4圖係實施例i的概略構成圖。又，第$ 圖及第6圖係實施例1之主要部位的概略正面圖。第7圖 及第8圖係實施例1之主要部位的概略平面圖。第9圖至 第11圖係實施例1之主要部位剖面的右侧面圖。第12圖 及第係實施例！之主要部位之變形例的概略正面圖。 本只鞑例1之凋理裝置係使用飽和蒸氣（以下簡稱為 :蒸氣」）對被處理物（以下㈣「食材」）進行加熱調理的 条亂调理裝置’也就是蒸煮裝置。 如第1圖或第2圖所示，蒸煮裝置1的主體是使周面 由面板2、2...覆蓋而構成。又，在其正面右上部設有具備 觸控面板（省略符號)及各種操作按紐（省略符號）等的操作 部3。再者，在右側面的前述面板2具備在進行此面板2 内之各構成之維護時會打開的門4。 此蒸煮裝置1係如第3圖或第4圖所示，主要具備： 在^面’也就是前面（正面）具有開口部5,並作為收容處 =對之食材6的容器主體的調理槽7 ;作為朝向此調理 向轉動而_的蓋體的門扉8;引導此門虞8 之私動的引導手段9、9，；作為對儲存在前述調理槽7内 319546 200829289 的水ίο—加熱並使其蒸氣化，而加熱食材6的加熱（加壓 * ，段的蒸氣產生手段11 ;吸引並排出前述調理槽7内之空 氣的減壓手段12;將外部氣體導入經過減壓的前述調理二 7内的^部氣體導人手段13 ;以及排出前述調理槽7内^ 水、蒸氣或排水的排出手段14。 、 前述調理槽7係如第j圖或第2圖所 蒸煮裝置！内的左側，而且為了提高作業性，配 的=大致相同的位置。前述調理槽7係構成= ®问形中工狀之金屬製的罐體。前述調理 大氣厂堅力低的壓力(以下稱為「負壓」)到比大 峰下稱為「正璧」)的蒸氣加 形= 的壓力容器。例如，如㈣成耐壓性 材6出入的正面設有圓料L:、：’在前述調理槽7於食 的周圍係當作前述門扉8 Μρ^± 剧述開口部5 15。 門靡8關閉時之此門靡8的Η接觸面 U 前述門扉8係如第i圖或 金屬製板體。此門Λ 8是以：：:：所不’形成圓板狀的 變化的厚度形成。如此，前：:則述調理槽7内之壓力 藉由此門本身的轉動，：前二;係構成圓板狀，而可 述門，"係安裝成可藉由前述“；：：:開閉。又’前 與開放位置之間轉動，並且 又、9在閉鎖位置 面”接觸。再者，在前述門扉：：：=置與前述門接觸 圓形握把16。此蒸煮裝置i的；:’？動輔助手段的 朝左右方向旋轉而使前述門扉8:貝可藉由使此握把16 不身轉動。 319546 16 200829289 '前述引導手段9、9,係例如如第… 、門靡8引導前述開口部5的開門弟4圖，，猎由前述 17、”，之縱剖面形狀為 :：：疋具有引導溝槽 9,是以在前述調理槽7之上:：：的構件。此引導手段9、 溝槽17、17，相對 '成料的方式，使其引導 導溝槽17、17,轉動“4。：：，前述門靡8會在此引 手段9、9，的針太彳丨、° 别述門扉8係設在前述引導 部5之間。 部18、18’與前述調理槽7的前述閧口 門靡8^^1卩18、18,的功能是作為用來限制（規範）前述 :相，述開口部5的開口面朝垂直方向 _又’在前述引導溝槽17、17,係如第5圖或第6圖所 不’以焊接方式設有：使前述開口部$定位在^全閉鎖之 位置的：鎖定位構件19、19，；以及朝向此閉鎖位置的右 L ^，使料開口部5定位於完全開放之位置的開放定位構 件=〇、20’。前述門扉8是在此閉鎖定位構件19、19，與開 放疋位構件20、20,之間朝左右方向轉動而構成。 前述調理槽7内係如第3圖或第4圖所示，在比上下 =向中心部的稍微下部設有大致矩形狀的隔壁21，將内部 空間分隔成上下。此隔壁21是由金屬製板體所構成，相對 於W述調理槽7可裝脫地支持成水平狀態。藉此，在前述 调理槽7内可於前述隔壁21的上部形成第一區域22，於 則述隔壁21的下部形成第二區域23。 319546 17 200829289 ' 在前述隔壁21係你丨12闰々a j朝前後形成有細長的大致矩二 =4圖所示，在左右分 由此左右的連通孔24、24矩;^連通孔24、24·..。經 二區域”彼此得以連通。…區域22與前述第 用爽：：ΪΓ一區域22係例如第3圖或第4圖所示，設有 用末收各&材6的棚举彳 f 棚㈣收容食材6。（“例1為兩段）25’而可在此 如述弟-區域23得1 蒸氣產生手段η。此基Λ Λ 4圖所示’設有前述 至前述第二區域2U、、、孔 手奴11係由：將水10供應 一&或23的加熱用水供應手段26 ; 加熱的加敎哭2 7、2 7私城 及對水10The female member is in the loop member of the loop groove; and the pressing means toward the aforementioned cover J 319546 12 200829289 - the present ring member. The former section will have steam in the positive body of the container body. The above-mentioned positive pressure pressure vessel can be applied to the steam or the ==嶋 conditioning device or high pressure steam when using the heart: = media. = a steam heat treatment device for sterilizing the clothes and the like, etc. The positive pressure pressure container may be a restriction means for the cover body from the lock position to the open position when the pressurization in the container body is provided. Preferably, the second restricting means is provided in the front-receiving means (when the guiding means and the first restricting means are also used as the means for restricting, but is not particularly limited. The second restricting means is described in the main body of the container. At this time, when the cover body is to be forced to rotate toward the open position, the rotation of the cover body is restricted. Therefore, the foreman is forced to cry (4) the player will not be injured by the injection of the body _ body to ensure the integrity (negative pressure pressure vessel) ^Negative [the force of the genus is provided by the container body, the cover body, the guide means, the first restriction means, and the front cover, the cover body and The sealing means for sealing between the opening portions and the pressure reducing means for forming a negative pressure in the volume body can be applied in a variety of ways. The negative C pressure is made by the sealing means to make the cover body and the front portion The gap between the openings is densely closed, and the region inside the host body is depressurized by the dust reduction means, thereby forming a negative pressure in the container body. The "negative pressure" is a ratio The pressure of low atmospheric pressure. In addition, the aforementioned 13 319546 200829289 is therefore not a restriction means that it does not need to be the same as the positive pressure vessel because it does not need to block the cover as in the case of the main house. +, + The positive pressure factory is the same as the container:::=: Two mains: and the above-mentioned cover is best with the front 铋Mameng (stainless steel, etc.), to change. The container body and the inside of the container and the object to be treated are then reduced in a sealed state, thereby reducing the cooling and cooling of the food machine. The sealing means can be a pre-disc composition. The sealing means of the nuclear (four) force container is the same as the outer: The air in the container body is sucked and discharged =: or in place of the vacuum pump or in addition to the steam sputum: the aforementioned reducing means may also be connected via an exhaust line; the main body, and the row In the middle of the gas line, the heat exchange of the mixed fluid of the vapor and the air which is discharged from the main body of the main body can be formed into a container which can form a cover body capable of supporting the inside of the main body of the container. In this way, it can be applied to: more, for example, it can also be applied to the use of steam to be heated to be used: after the 'hunting by the _ and forming the food machinery. ...,,,, ~ σρ machine According to the above-described embodiment, the container having the lid is guided by the guiding means, and the lid body is rotated to open or lock the lid. Therefore, the container can be easily and easily constructed with a simple structure. According to the first restriction means, the lid body does not fall backward so that the front side 319546 14 200829289 "the operator side of the lid body is opened and closed, so that the lid body can be safely opened and closed. [Embodiment 1] Hereinafter, a specific embodiment in which the present invention is applied to a conditioning apparatus will be described in detail based on the drawings. 1 to 13 are illustrations of the first embodiment of the conditioning apparatus of the present invention, and Figs. 1 and 2 are schematic oblique views of the embodiment ,, and Figs. 3 and 4 are diagrams of the embodiment i A schematic diagram. Further, Fig. 6 and Fig. 6 are schematic front views of main parts of the first embodiment. Fig. 7 and Fig. 8 are schematic plan views of main parts of the first embodiment. 9 to 11 are right side views of a cross section of a main part of the embodiment 1. Figure 12 and the first embodiment! A schematic front view of a modification of the main part. In the same manner as in the first embodiment, the processing device (hereinafter referred to as "steam") uses a saturated vapor (hereinafter referred to as "steam") to heat-treat the object to be treated (hereinafter, "fourth" "food material"), that is, a cooking device. As shown in Fig. 1 or Fig. 2, the main body of the cooking apparatus 1 is constituted by covering the circumferential surface with the panels 2, 2, .... Further, an operation unit 3 including a touch panel (omitted symbol), various operation buttons (omitted symbols), and the like is provided on the upper right side of the front surface. Further, the panel 2 on the right side is provided with a door 4 that is opened when maintenance of each of the components in the panel 2 is performed. As shown in Fig. 3 or Fig. 4, the cooking apparatus 1 mainly includes an opening portion 5 having a front portion (front surface), that is, a front side (front side), and serving as a storage tank for the container main body of the food material 6 a sill 8 as a cover that rotates toward the conditioning; a guiding means 9, 9 for guiding the private movement of the sill 8; as a water 储存 储存 319 546 2008 29 29 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 319 The vaporization is performed to heat the food material 6 (pressurization*, the vapor generation means 11 of the stage; the decompression means 12 for sucking and discharging the air in the conditioning tank 7; and introducing the external air into the aforementioned conditioning 2 by decompression. The inside of the gas guiding means 13; and the discharging means 14 for discharging water, steam or drainage in the conditioning tank 7. The conditioning tank 7 is on the left side of the cooking apparatus of Fig. j or Fig. 2, In addition, in order to improve the workability, the position of the treatment is substantially the same. The conditioning tank 7 is a metal can body that is a shape of a shape in the shape of the shape of the product. The pressure of the atmosphere is low (hereinafter referred to as "negative pressure". ") to the vapor addition of the "big 下" under the big peak = Pressure Vessels. For example, the front surface of the pressure-resistant material 6 is provided with a round material L:,: 'The opening of the conditioning tank 7 around the food is used as the threshold 8 Μρ^± the opening portion 5 15 . The Η contact surface of the sill 8 when the sill 8 is closed U The aforementioned sill 8 is as shown in Fig. i or a metal plate. This threshold 8 is formed by the thickness of the ":::" which does not form a disk shape. Thus, the front:: the pressure in the conditioning tank 7 by the rotation of the door itself: the first two; the structure of the disc, and the door can be described, "installed by the aforementioned ";::: Open and close. Also 'rotate between the front and the open position, and again, 9 in the blocking position" contact. Further, the aforementioned threshold ::::= is placed in contact with the aforementioned door to the circular grip 16. This cooking device i;:’? The swaying means rotates in the left-right direction so that the aforementioned sill 8: Becker can rotate the grip 16 by itself. 319546 16 200829289 'The above-mentioned guiding means 9, 9 are, for example, the door sill 8 which guides the opening door 4 of the opening 5, and the longitudinal section of the stalk is: ":" The groove 9 is a member above the conditioning tank 7. The guiding means 9, the grooves 17, 17 are relatively 'materialized, so that they guide the guiding grooves 17, 17 and rotate "4" . ::, the aforementioned threshold 8 will be provided with the needles 9 and 9, and the sill 8 will be disposed between the guide portions 5. The functions of the portions 18, 18' and the aforementioned port sills 8, 18, 18, 18 of the conditioning tank 7 serve to limit (specify) the aforementioned phase: the opening face of the opening 5 is oriented in the vertical direction _ Further, 'the aforementioned guiding grooves 17, 17 are provided in a welding manner as shown in Fig. 5 or Fig. 6: the opening portion $ is positioned at the position of the fully latched position: the locking member 19, 19, And the right L^ toward this latched position, the open positioning member = 〇, 20' that positions the material opening 5 in a fully open position. The door sill 8 is configured such that the lock position members 19 and 19 are rotated in the left-right direction with the open clamp members 20 and 20. As shown in Fig. 3 or Fig. 4, the inside of the conditioning tank 7 is provided with a substantially rectangular partition wall 21 at a slightly lower portion than the upper and lower portions, and the internal space is partitioned vertically. The partition wall 21 is made of a metal plate body, and is detachably supported in a horizontal state with respect to the conditioning tank 7. Thereby, the first region 22 can be formed in the upper portion of the partition wall 21 in the conditioning tank 7, and the second region 23 can be formed in the lower portion of the partition wall 21. 319546 17 200829289 ' In the above-mentioned partition 21, you 丨12闰々aj is formed with a slender approximate moment 2=4, and the right and left communication holes 24, 24 are left and right; ^Connecting holes 24, 24 ·.. The two areas are connected to each other. The area 22 and the aforementioned first use area: the first area 22 is, for example, shown in Fig. 3 or Fig. 4, and is provided with a shed for each of the & The food material 6 is accommodated ("Example 1 is two segments" 25'), and the steam generating means η can be obtained as described herein. The base Λ 4 is shown as 'providing the aforementioned second region 2U, and the hole hand slave 11 is provided by supplying the water 10 with a heating water supply means 26 of the & or 23; 7, 2 7 private city and water 10
θ^ u 7···所構成。前述加熱用水供M :將給水配管28的-端連接於前述調理槽7，將 接於給水槽（省略圖示）， 寻另為連 置給水間29及給水果)(/略/一:述給水配管28的中途設 27·..是對來自前i回不）而構成。前述加熱器27、 或純:等)=加::= …水(例如自來水 且朝前述調理槽7的内部方向：1=條所構成’並 外，史日刀笙d囬丄 门求十地次泡在水1〇中。 “式圖’在前述第二區域23的入 入之側）設有用來防场開前述 _材6出 從前述入口側汽漏的隔板30。 T作存的水】〇 此實施例1係如第4圖所示 十、 鎖位置使前述調理槽7與前^^ 8 門靡j的閉 手段31。此密閉手段31係如第9 二」设有密閉 由形成在前述門接觸面15 Y 圖詳細所示， 的%、狀塾圈溝槽32，·在此墊圈 319546 18 200829289 .溝槽32内收容成可自由出沒（自由進退 狀的墊圈構件Α以及連接於前述墊圈溝槽32的== 段34所構成。此塾圈構件％會因為前述推料段: 作，使前述墊圈溝槽32内受到加屢，而朝向前 動 =推H可將前述調理槽7與前述門扉8之間的間隙密 封，使別述调理槽7内形成氣密狀態。 / Γ'; 且如段12是使前述調理槽7内減壓成負壓，而 =35=4圖所示，其構造包含：真空吸引用的減 :4制減壓度的減壓控制閥36;以及將設在 配管、—35的噴射器、熱交換器、真空泵(皆省略圖示） 、固或複數個加以組合而構成的減壓器37 (省”示)可為蒸氣嘴射器或是水喷射器。n 述外七乳體導入手段13是使被減塵成負壓的前述 / θ 7内回復至大氣壓力，而且如第3圖或第4圖所示， :構造包含：使—端與前述調理槽7連接的外部氣體導入 己官38 ’設在此配管38中的外部氣體導入控制閥39;空 虱清淨用過濾器40及止回閥41。 一。刖述排出手段14是如第3圖或第4圖所示，將前述第 、，區域23的水1〇、蒸氣或排水排出至前述調理槽7外， :且使亡壓的前述調理槽7内復壓，而且其構造包含：使 ^端與前述調^槽7的下部連接，並將來自前述第二區域 的水1〇、瘵氣或排水排出至槽外的排出配管42 ;控制 2的排出控制閥43。此實施例1的排出手段Η是兼作 水W、瘵氣或排水的配管，但是亦可個別設置。 319546 19 200829289 ，力感測器（省略圖亍）曰並二、㈣來檢測其内部㈣㈣ 溫度的溫度感測器、。又、:二：=備依需要檢測食材 述調理槽7内之^來控制前 制器(省略圖二的控制器(省略圖示）。此控 ^ &輪人來自前㈣力感測器（省略圖示）的 栗(省略圖示)、前述加熱器27'前述各二控3=水 =Γ3Γ4334及前編器37等而構成。前述各闕 控制閥。可為可調整開度的電磁間、電動閥或比例 二述第二區域23 挪出則述凋理槽7内之空氣的空 空氣排除步驟之後將蒸氣供應至前述第—區域 二驟面之壓力’ 一面進行加熱調理的加熱調 :::屮”在加熱調理步驟之後’將前述調理槽7内的 ㈣排出’並回復成大氣壓力的復壓步驟等。 此療煮裝置1的一連串動作。 [調理前食材的放入] 在放人調理前食材之前，前述門扉8是位於閉位 (弟1圖、第5圖及第7圖所示的前述門屏8的位置 迷推壓手段34並未動作。此時是藉由前述前方8、 1,，著前述門靡8之垂直方向的移動(第9圖的叫 百先’前述蒸煮裝置i的操作員從前述門扉8的前述閉鎖 位置握住前述握把16使其朝順時針方向旋轉時，前述門扉 319546 20 200829289 < 8、會轉動。接下來，前述Η靡8持續前述轉動時，會在前 ，处開放々定位構4牛20、20，處停止，並且停在前述開放位置（第 ^圖第6圖及第8圖所示的前述門扉8的位置）。此時， 則述開口部5會因為使前述握把16本身旋轉120度而完全 開放、。'接下來，前述操作員將食材6收容在前述調理槽7 1^且攸則述門扉8的前述開放位置，再度握住前述握 :朝逆時針方向旋轉120度。然後，前述門靡8會在前 .—八 午9 19處分止，亚且停在使前述開口部5 ' 鎖之狀態的前述閉鎖位置(第1圖、第5圖及第7h 所示的前述門靡8的位置）。 《及弟7圖 [給水步驟] 後，所希望的運轉條件之 n t牛運轉開關（省略符號），開始前述給水步驟。 如述、水步驟當φ，f止 、, 田中 I先’刖述控制器（省略圖示）合#1 述給水泵（省略圖示）動作，並且 （^ 丁）θ使别 水10合從前、f ~ u 且打開則述給水閥29。藉此， 給水槽（省略圖示）經由前述 段（省略円干彳扒 j、控制盗（省略圖示）是藉由檢測手 (圖不)禚测出已儲存-定水量或經過一定睥門 使前述給水泵（省略圖示）的動 、' 疋$間，而 閥29。 ^止，並且關閉前述給水 [空氣排除步驟] _是使t二I:空段I =驟當中」_制器(省略 塾圈溝槽3，，使其純於^ 墊圈構件3 3從 、門扉8的背面。接下來， 319546 21 200829289 剛述控制器(省略圖示)是在使前述調理槽7内密閉的狀能 下二使前述減壓器37動作，並打開前述減壓控制閥36: :前述調理槽7内的空氣吸引並排出至外部，使前述調理 ::内：壓(第1〇胃的狀態)。此時，前述控制器(省略圖 不）是使前述給水閥29、前述外部氣體導入控制閥39、前 述排出控制閥43關閉著。藉此，前述調理槽7内的空氣會 通過前述減壓配管35被排出至槽外。又’在此空氣排除； 驟當2 ’前述控制器（省略圖示）是使前述加熱器27動作， 並以W述調理槽7内的水1G作為蒸氣，因此可提高前述調 理^ 7内之空氣的排除速度。而且，前述控制器（省略圖示） 在前述調理槽7内之前述壓力感測器（省略圖示）所檢測的 檢測麗力達到設定值時，會使前述加熱器27或/及前述減 壓益37停止，並且關閉前述減壓控制閥％，使此空氣排 除步驟結束，並進行前述加熱調理步驟。 [加熱調理步驟] 接下來，在此加熱調理步驟當中，前述控制器（省略圖 不)是在前述空氣排除步驟之後使前述推壓手段％持續動 作，俾使前述墊圈構件33抵接於前述門靡8的背面而形成 密閉狀態。在此加熱調理步驟當中，要進行使前述調理槽 7内形成正壓而騎的正麼加熱調理的情況下，前述控制 器(省略圖示)是在前述各闕29、36、39、43關隊 使前述加熱器27動作，藉此從前述第二區域23通過連通 孔24、24...連續地供應蒸氣到前述第—區域22，並且加壓 至設定值（例如2_hPa)，使前述調理槽7㈣成正壓狀 319546 22 200829289 ‘悲此日守，則述門扉8是由前述前方側部18、18，限φΙ盆 ,朝前方方向打開或倒下（第u目的狀態）。而且 制 器（省略圖示）在檢^達到設定值之後會持續調 熱器27,並將蒸氣供應至前述第一區域22内 ：： 並梅材6的蒸煮。經過設定的加熱調】: 轉守間之後，刚述控制器（省略圖示）會使前述加熱器 =作停止，結束前述加熱調理步驟，並且進行前述復壓步 f [復壓步驟] 一此復麈步驟是從前述加熱調理步驟結束時的麗力 月J龙j理才曰7内回復至大氣壓力。前述復壓步驟開始時， 如果前述調理槽7内為正壓狀態，則前述控制器(省略圖 =面調整前述排出控制閥43的開度，—面排出前述調理 ":的排水，並且使前述調理槽7内復壓（減壓）。又， 如果月ί述D周理槽7内為負壓狀態，則前述控制器（省略圖示 。會一面調整前述外部氣體導入控㈣39的開度，一面打; 外，氣體而復壓。接下來，前述控制器(省略圖示〜 产 内口设至大亂壓力之後，關閉前述外部 乳體¥入控制閥39,結束前述復壓步驟。而且，前述 器（省义略圖示）會在前述調理槽7内回復至大謎力之後， 關閉月0述排出控制閥43，結束前述復遷步驟。接下來 述抆制益（省略圖示）會使前述推壓手段34的動作停止， 前述塾圈構件33被拉入墊圈溝才曹32内的狀態，而解 示則述調理槽7内的密閉（第9圖的狀態）。 319546 23 200829289 •[調理後食材的搬出] 装j里後5材的搬出與將食材6放人前述調理槽7時一 前述操作員是從前述門扉8的閉鎖位置 示的前述門屏8的位置)，握住前述握把16 旋轉120度。接下來，…門扉8持 續刖述轉動時，會在箭 r 前述操作員亦可從前述^=7_;7㈣食材6、然後’ 及笫8同所-从、，1靡8的開放位置（第2圖、第6圖 及弟8圖所不的雨述門扉8的 峨，時針方向旋轉12。度而關閉 使十1 1的動作是在食材6的搬出放入時’藉由 :=^_槽一間的摩二:= :二作大的力量，也可容易地使前述 段形: = 之把手（例如三個部位）的握把4 5。 或疋弟13圖所示 再者，此實施例1的前述蒸者 由在前述門靡8的前述開放位置當；，如第2圖，藉 門靡8之間’也就是在前述門靡8的後==門4與前述 在前述門扉8的開放位置進行前述:成空間S，可 可經常保持前述調理槽7内的衛生。 月面的洗淨，而 319546 24 200829289 - 實施例2 ， 接下來’根據第14圖至第 說明。第14圖至箓！（门 訂訂貝知例2加以 弟16圖是實施例2之主要邱 面圖。又，以下會針對實 」==位的概略正 前述實施例1所說明之楚7 θ 加以说明，但是對與 之弟1圖至第13圖相同的摇士、一 Μ 附上相同的符號，並省略其戈明 冓成7G件是 二實:例2是例如如第。14圖所 r 鎖位置，為了防止前 k門扉8的閉 #、隹止 展8朝左右方向偏離而打間 更進一步没置閉鎖定位 打開可 46是以焊接方式配置^構件仏。此閉鎖定位輔助構件 T 口文々八配置在與設於 的前述閉鎖定位構件19 ^ ¥溝槽P上 。設置此閉較位辅助構件46時，必須 紅 的上端與上側的前述引導溝槽17,之間設置在Γ、处門靡8 轉動時用來越過前述閉 則述門扉8 耵述操作員從前述門扉8 的間隙。而且， ί 門扉8的位置），握# _ +、汗 （弟14圖所示的前述 置）握住雨述握把16朝逆時針方向η主 當丽述門虛S鞋#Α二k 4 T乃句疑轉時， 】屝8軺動而越過前述閉 位 (第b圖所示的前述門靡8的位置)，可使輔 述閉鎖定位構件19、19，處，也就是前述吏^在前 16圖所示的前述門靡8的位置）。藉此:_ —止（弟 閉鎖位置當中，就不會朝左右方向，尤其t =門4 8的 :可加以定位使前述開口部5閉鎖。X月右方移動， 接下來，根據第17圖及第18圖，針 τ對貫施例3加以 319546 25 200829289 -說明。第】7圖及苐以岡3 — +面圖。 8圖疋貫施例3之主要部位的概略正 此實施例3是例如 鎖定位構件19、】9，β__+、π 口斤不亦可不設置前述閉 如如第17圖所示=開放定位構件2〇、20,，而是例 位置與形成前述閉鎖位置之广 槽17的前述開放 放位置圓弧溝槽47、Η禮〆炎Γ剧处門靡8所嵌入的開 作員從前述門扉8的_ 、， 猎此，則述操 的前述開放位置（第_位置圓弧溝槽47θ^ u 7··· is composed. The heating water supply M: the end of the water supply pipe 28 is connected to the conditioning tank 7, and is connected to a water supply tank (not shown), and is found to be connected to the water supply room 29 and to the fruit) (/slightly/one: In the middle of the water supply pipe 28, 27·. is configured to be from the front. The heater 27, or pure: etc.) = plus:: = ... water (for example, tap water and toward the inner direction of the aforementioned conditioning tank 7: 1 = strips formed) and the history of the knife 笙 d back to the door to seek ten The secondary bubble is in the water. The "pattern" on the side of the entrance of the second region 23 is provided with a partition 30 for preventing the field from leaking from the inlet side. Water 〇 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 实施 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 The %, the shape of the ring groove 32, which is formed in the door contact surface 15Y in detail, is accommodated in the groove 319546 18 200829289. The groove 32 is accommodated in a freely movable (freely retractable gasket member Α and connected) The ring member 30 is formed by the == segment 34 of the gasket groove 32. The ring member is subjected to the above-mentioned pusher segment 32, and the aforementioned gasket groove 32 is subjected to the addition, and the forward movement = push H can be used for the aforementioned conditioning. The gap between the groove 7 and the aforementioned sill 8 is sealed, so that the inside of the conditioning tank 7 is formed in an airtight state. / Γ '; and as in the section 12, the aforementioned conditioning tank 7 is reduced. In the negative pressure, and =35=4, the structure includes: a vacuum suction reduction: a pressure reduction control valve 36 having a reduced pressure of 4; and an injector, a heat exchanger to be provided in the piping, -35 The vacuum pump (not shown), the solid or a plurality of pressure reducers 37 (shown) can be a steam nozzle or a water jet. The outer seven milk introduction means 13 is The aforementioned / θ 7 reduced to a negative pressure is returned to atmospheric pressure, and as shown in Fig. 3 or Fig. 4, the structure includes: the external gas connected to the conditioning tank 7 is introduced into the main 38' The external air introduction control valve 39 provided in the pipe 38; the air cleaning filter 40 and the check valve 41. The above-described discharge means 14 is as shown in Fig. 3 or Fig. 4, and the foregoing The water, the vapor or the drainage of the area 23 is discharged to the outside of the conditioning tank 7, and the pressure in the conditioning tank 7 of the dead pressure is recompressed, and the structure thereof comprises: connecting the end of the tube to the lower portion of the adjusting tank 7 And discharging the water from the second region, helium or drainage to the discharge pipe 42 outside the tank; the discharge control valve 43 of the control 2 The discharge means 此 of the first embodiment is a pipe which also serves as water W, helium or drainage, but may be separately provided. 319546 19 200829289 , force sensor (omitted from the figure) 曰 and second, (d) to detect the inside (four) (four) temperature The temperature sensor, and again: two: = according to the need to detect the food in the conditioning tank 7 to control the front controller (omit the controller of Figure 2 (omitted). This control ^ & wheel people The chest (not shown) from the front (four) force sensor (not shown), the heater 27', the second control 3 = water = Γ 3 Γ 4334, and the front editor 37 are configured. Each of the aforementioned control valves. The electromagnetic chamber, the electric valve, or the second-stage second region 23 of the adjustable opening can be supplied to the pressure of the first-stage second surface after the air-exhausting step of the air in the tank 7 is removed. 'The heating adjustment of the heating conditioning:::屮" After the heating conditioning step 'receives the (4) in the conditioning tank 7 and returns to the atmospheric pressure recompression step, etc. A series of actions of the therapeutic device 1. Putting the ingredients before conditioning] Before the conditioning of the ingredients, the threshold 8 is in the closed position (the position of the door screen 8 shown in the first, fifth, and seventh figures is not At this time, the movement of the sill 8 in the vertical direction is carried out by the front side 8, 1, (the operator of the simmering device i in Fig. 9 holds the occlusion device i from the aforementioned locked position of the sill 8 When the handle 16 is rotated in the clockwise direction, the threshold 319546 20 200829289 < 8 will rotate. Next, when the cymbal 8 continues the aforementioned rotation, the Η靡 8 is opened in front, and the positioning mechanism is 4; 20, stop, and stop at the aforementioned open position ( The position of the sill 8 shown in Fig. 6 and Fig. 8 is at this time. In this case, the opening 5 is completely opened by rotating the grip 16 itself by 120 degrees. The worker holds the food material 6 in the conditioning tank 7 1^ and the aforementioned open position of the threshold 8, and then holds the grip: 120 degrees counterclockwise. Then, the threshold 8 will be in front. 9 is divided into 19, and the above-mentioned blocking position (the position of the threshold 8 shown in Figs. 1, 5, and 7h) in which the opening 5' is locked is stopped. After the water supply step], the nt cattle operation switch (omitted symbol) of the desired operating condition starts the water supply step. As described, the water step is φ, f, and the Tanaka I first 'details the controller (not shown) In the case of the water pump (not shown), the water supply valve (not shown) is operated, and the water supply valve 10 is opened by the water supply 10, and the water supply valve 29 is opened. (Omitted 円 、 j, control thief (omitted illustration) is detected by the detection hand (not shown) 已 stored - The amount of water or the movement of the aforementioned water pump (not shown), the valve 29$, and the valve 29. ^, and close the aforementioned water supply [air removal step] _ is to make t two I: empty segment I = In the middle of the process, the yoke is omitted (the yoke groove 3 is omitted, so that the washer member 3 3 is from the back of the sill 8). Next, 319546 21 200829289 just described the controller (not shown) is in the foregoing The pressure regulating device 37 is operated in the conditioning tank 7, and the pressure reducing device 37 is operated to open the pressure reducing control valve 36: the air in the conditioning tank 7 is sucked and discharged to the outside, and the conditioning is performed: inner: pressure ( The first sputum state). At this time, the controller (not shown) closes the water supply valve 29, the outside air introduction control valve 39, and the discharge control valve 43 described above. Thereby, the air in the conditioning tank 7 is discharged to the outside of the tank through the pressure reducing pipe 35. Further, the air is removed. The controller 2 (not shown) operates the heater 27, and the water 1G in the conditioning tank 7 is used as the vapor. Therefore, the conditioning can be improved. Air removal speed. Further, the controller (not shown) causes the heater 27 or the aforementioned decompression when the detected power detected by the pressure sensor (not shown) in the conditioning tank 7 reaches a set value. The benefit 37 is stopped, and the aforementioned pressure reducing control valve % is closed, the air removal step is ended, and the aforementioned heating conditioning step is performed. [Heating conditioning step] Next, in the heating conditioning step, the controller (not shown) continues to operate the pressing means % after the air removing step, and the washer member 33 abuts against the door The back surface of the crucible 8 is sealed. In the heating and conditioning step, in the case where the positive pressure is formed in the conditioning tank 7, and the heating is performed, the controller (not shown) is in the above-mentioned respective squats 29, 36, 39, and 43. The team operates the aforementioned heater 27, thereby continuously supplying steam from the second region 23 through the communication holes 24, 24, ... to the aforementioned first region 22, and pressurizing to a set value (for example, 2_hPa) to cause the aforementioned conditioning The groove 7 (four) is in a positive pressure state 319546 22 200829289 'When the weather is obedient, the door sill 8 is opened or fallen in the forward direction by the front side portions 18 and 18, and is limited to the front side (the state of the u-th purpose). Further, the controller (not shown) continues the heat exchanger 27 after the detection reaches the set value, and supplies the steam to the cooking in the aforementioned first region 22 :: and the plum 6 . After the set heating adjustment: Immediately after the turn-off, the controller (not shown) causes the heater to stop, ends the heating conditioning step, and performs the above-mentioned double-pressure step f [recompression step] The retanning step is to return to atmospheric pressure from the end of the aforementioned heating conditioning step. At the start of the recompressing step, if the inside of the conditioning tank 7 is in a positive pressure state, the controller (the figure = the surface is adjusted to adjust the opening degree of the discharge control valve 43, and the surface is discharged to the conditioning ": The inside of the conditioning tank 7 is recompressed (depressurized). Further, if the inside of the processing tank 7 is in a negative pressure state, the controller (not shown) adjusts the opening degree of the external air introduction control (4) 39. Then, the gas is recompressed, and the controller (closed to the inside of the production port is set to a large pressure, the external emulsion purchasing control valve 39 is closed, and the recompression step is completed. After the device (represented in the schematic diagram) returns to the big mystery in the conditioning tank 7, the discharge control valve 43 is closed, and the above-mentioned relocation step is terminated. The operation of the pressing means 34 is stopped, and the ring member 33 is pulled into the state of the gasket groove 32, and the sealing in the conditioning tank 7 is explained (the state of Fig. 9). 319546 23 200829289 • [Removing the ingredients after conditioning] After loading j, 5 When the unloading and placing of the food material 6 in the conditioning tank 7 is the position of the door panel 8 indicated by the locked position of the door sill 8, the grip 16 is rotated by 120 degrees. Next, the threshold is 8 When the rotation is continued, the operator may also be in the open position of the above-mentioned ^=7_;7(4) ingredients 6, then 'and 笫8--, and 1靡8 (Fig. 2, 6) The squat of the sill 8 is not shown in the figure, and the squat of the sill 8 is rotated in the clockwise direction by 12 degrees. The operation of the 1-1 is when the food material 6 is carried out and put in. By: =^_ Two: = : Two large forces, can also easily make the aforementioned segment: = handle (for example, three parts) of the grip 4 5 or the younger brother 13 shown in the figure, the foregoing embodiment 1 The steamer is in the aforementioned open position of the aforementioned threshold 8; as in Fig. 2, between the thresholds 8, that is, after the front door 8 == the door 4 and the aforementioned open position in the aforementioned threshold 8 The foregoing: into the space S, the cocoa often maintains the hygiene in the conditioning tank 7. The washing of the lunar surface, and 319546 24 200829289 - Example 2, then 'according to the 14th To the above description, Fig. 14 to 箓! (The door is stipulated in the second example, and the second figure is the main form of the second embodiment. In addition, the following will be true. Explain that the description of Chu 7 θ is the same as that of the Shakespeare and the 图 of the brothers 1 to 13 of the same figure, and omitting the Ge Ming 冓 into 7G pieces is two real: Example 2 is for example In the figure 14 of the r lock position, in order to prevent the front k door 扉 8 closed #, 隹 stop 8 in the left and right direction, and the other is not closed, the lock position is opened 46 can be welded by the ^ component 仏. This lock The positioning auxiliary member T is disposed on the groove P of the above-mentioned closed locking member 19 provided. When the closed position auxiliary member 46 is provided, the upper end of the red and the upper guide groove 17 are disposed between the upper door and the upper side of the door sill 8 to pass over the closed door sill 8 to describe the operator from the foregoing The gap of the threshold 8. Moreover, ί 扉 8 position), grip # _ +, Khan (the aforementioned set shown in the brother 14) hold the rain cap 16 counterclockwise η main when Li Sui door virtual S shoes #Α二k 4 When T is suspicious, 屝8 轺 而 而 越 越 越 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( 辅 辅 辅 辅 辅 辅 辅The position of the aforementioned threshold 8 shown in the previous figure 16). By this: _ - stop (in the middle of the lock position, it will not be in the left and right direction, especially t = door 4 8: can be positioned to lock the opening 5. X month to the right, then, according to Figure 17 And Fig. 18, the needle τ is applied to the third embodiment of 319546 25 200829289 - the description of the 7th and the 苐 3 3 - + surface diagram. 8 The outline of the main part of the example 3 is just this embodiment 3 For example, the lock position member 19, 9 may not be provided with the above-mentioned closed position as shown in Fig. 17 = open positioning members 2, 20, but the position and the width of the above-mentioned blocking position are formed. The open position of the groove 17 and the opening member embedded in the threshold 8 of the Η 〆 〆 Γ 从 从 从 从 从 从 从 从 从 从 从 从 从 从 从 从 从 从 ( ( ( Position arc groove 47
Ii 7圖所不的前述門扁 前述握把16朝逆時針方向旋轉 、:握住 放位置圓弧溝槽47偏離，m8會從前述開 而絲叙社τ + 〜傻由刖述引導手段9、9,引導 、十 〜當刚述門扉8持續前述轉動時會嵌入前 述閉鎖位置圓弧溝槽48， 丁㈢甘入入刖 •1 S同私-ΛΑ 乂 也就疋在刚述閉鎖位置停止（第 18圖所不的則述門扉8的位 （弟 述閉鎖定位構件19、19,及前、f H此便不需要設置前 ^ 及别述開放疋位構件20、20,，而 置或前述開放位置時朝左右方向移動。 ”接:來’根據第19圖至第21圖’針對實施例〇口以 说日# 19圖及第20圖是實施例4之主要部位的概略正 面圖’弟土1圖是實施例4之主要部位的概略平面圖。 从j此貝知例4之剛述門靡8的前述閉鎖位置當中，係 藉由則返引導手段9、9,（具體而言為前述前方側部18、18，） 的上下兩個部位，限制著前述Η扉8相對於前述開口部5 319546 26 200829289 ◊開口面朝垂直方向移動，但是如第ι _ •亦可在前述門屝8沾图至弟21圖所示， 右方向U 閉鎖位置當_的前述門扉S之左 B 個部位或兩個部位，丘二 、 部位加以限制。前述 /、 /、二個邛位或四個 ^% 19 Η ^ -- 非 則述閉鎖位置的左側是例如 ::圖所不，藉由在前述引導手段 述前方側部1S、〗8,)的上 （一體而5為别 可在前。 〇下間权置左方側限制構件49,而 動。1处’之耵述閉鎖位置的左端限制垂直方向的移 又’前：門’二8之前述閉鎖位置的右侧是例如如第刀 圖斤不’糟由在前述門扉8設置一部份谭接或螺 狀的右方側限制構件5〇，以 ’、 子 詈蕻Α —十、士士 V 更在月j述門扉8的前述閉鎖位 置精=述右方側限制構件5〇央住前述調理 伤，可在耵述門扉8之前诚閉 (則述閉鎖位置的右端限制垂直方向 又，在下側的前述引導手段9以前述門靡8可轉 式’形成有用來收容前述右方側限制構件5〇的收容 因此’藉由設置前述左方側限制構件49彰及前 述右方側限制構件50,便可對應前述加熱調理步驟的高麗 (正壓）調理。 實施例5 接下來，根據第22圖至第24圖，針對實施例5加以 5兄明。？2圖是實施例5之主要部位的概略平面圖，第 23圖是實施例5之主要部位的概略正面圖，第μ圖是實 施例5之主要部位剖面的左侧面圖。 、 此實施例5並非設置前述實施例4所說明之第19圖至 319546 27 200829289 -第21圖所示的左方側限制構件49， ‘圖所示在前述門接觸面】5 口如第22圖及第23 固的凹字狀的左方側限制構件工52方侧設置—部分痒接或螺 在前述門扉8位於前述閉鎖位 此左方」則限制構件52 方部央入凹字狀的凹部。、 r a將刖述門扉8的左 述μ手段9、9,的上下間Γ垂亩！述門4 8的左方部在前 又’前述左方惻限制構件52可::移:會*到限制。 r.. 端夹入凹字狀的凹部，、， 、别处門扉8的左 要”例如…--二:: 又，此左方側限制構件52 開口，在該處螺入有作為 側面屯成有螺絲孔的 此近接感測器53是如第1=測手㈣近接感測器53。 的側周面而檢測前述門靡 ：’错由檢測前述門扉8 扉8之側周面54接近時=，’檢測出前述Η 且前、十、„加 刖述門扉8位於前述閉鎖位置， 且則述開口部5為閉鎖的狀態。又 貞位置 侧周面54未接近時，前、f 、別义門扉8的 位於前述開放位置、，：前述開放位置轉動中或 — 刚述開口部5為並未閉鎖的壯能 猎此，可容易且確實地檢測前述門扉8。 、心 广此實施例5的前述門扉8在進行使前述調理栌7 微工正ί加熱調理或⑽^ ^疋處於由刖述前方側部18、18 立 方方向打開或倒下的狀態（第24圖的狀態）。接下 319546 28 200829289 ‘述操作員在此正壓狀態時 (第23 FI & - 1 W 4門扉8的前述# a (弟23圖所不的前述門扉 、閉鎖位置 時針方向強迫旋轉時，# 住别述握把16朝順 另又％之虞。為了防止此情況 …、虱， 17、17’設有轉動限制構件55、55二棘剛述引導溝槽 -是從可限制前述閉鎖位置之前述門件55、 :向前亀位置沿著前述前方側部二位置 此，丽述門屋S立今、〇阳叹置。藉 一' 1门屝8在别述調理槽7内為正 猎 ::門扉8從前述閉鎖位置朝前述開放位置：二：使使 也會與前述轉動限制構件55、55,的左端部56 ^疋轉’ 停止，並且無法使其 ％接觸而 性。 疋‘因此可確保前述操作員的安全 前述轉動限制構件55、55,在使前述門 置的方向旋轉時，可兼作用來防止前述門扉：J開：位 18、18接觸的緩衝材。又，前述 二，别方 是如第22圖及第23圖所示，在前述引導S'55、55, 左右方向設成長條形狀，但只要是可限制前^二、17,的 前述門扉8的轉動，則不限於此形狀。例如，:鎖位置之 形狀或插銷形狀。 亦可為短的 再者，此實施例5的開放定位構件2〇、 例如實施例1之第5圖至第7圖所示的並不限於 圖至第24圖的圓柱狀。 ’、可為第22 【圖式簡單說明】 第1圖是實施例1之調理裝置的概略斜视固 319546 29 200829289 第2圖是實施例1之調理裝置的概略斜視圖。 第3圖是實施例1之調理裝置從正面方向觀看的概略 構成圖。 第4圖是實施例1之調理裝置從右側面方向觀看的概 略構成圖。 第5圖是實施例1之主要部位的概略正面圖。 第6圖是實施例1之主要部位的概略正面圖。 弟7圖是貫施例1之主要部位的概略平面圖。 弟8圖是貫施例1之主要部位的概略平面圖。 弟9圖是貫施例1之主要部位剖面的右側面圖。 苐10圖是貫施例1之主要部位剖面的右侧面圖。 弟11圖是貫施例1之主要部位剖面的右側面圖。 第12圖是表示實施例1之主要部位之變形例的概略正 面圖。 第13圖是表示實施例1之主要部位之變形例的概略正 面圖。 第14圖是實施例2之主要部位的概略正面圖。 第15圖是實施例2之主要部位的概略正面圖。 第16圖是實施例2之主要部位的概略正面圖。 弟17圖是實施例3之主要部位的概略正面圖。 第18圖是實施例3之主要部位的概略正面圖。 第19圖是實施例4之主要部位的概略正面圖。 第20圖是實施例4之主要部位的概略正面圖。 第21圖是實施例4之主要部位的概略平面圖。 319546 30 200829289 第22圖是實施例5 之主要部位的概略平面圖 第23圖是實施例5 之主要部位的概略正面圖 第24圖是實施例5 之主要部位剖面的左側面e [ 主要元件符號說明】 1 蒸煮裝置 2 面板 3 操作部 4 門 5 開口部 6 食材 7 調理槽（容器主體）8 門扉（蓋體） i 9、 > 9’引導手段 1〇 水 11 蒸氣產生手段（加壓手段） 12 減壓手段 13 外部氣體導入手段 14 排出手段 15 門接觸面 16 握把 17、17，引導溝槽 18 、工8’前方側部(第一 限制手段） 19 19閉鎖定位構件（定位手段） / 20 k , '20’開放定位構件 21 隔壁 22 第一區域 23 第二區域 24 連通孔 25 棚架 26 加熱用水供應手段 27 29 31 33 加熱器 給水閥 密閉手段 墊圈構件 減壓配管 28 給水配管 隔板 32 塾圈溝槽 34 推壓手段 36 減壓控制閥 319546 31 35 200829289 37 39 40 41 43 46 排出配管 ' 45握把 助構件（定位手段） 減壓器 3纟 外部氣體導入控制閥 空氣清淨用過濾器 止回閥 排出控制閥 閉鎖定位辅 開放位置圓弧溝槽 外部氣體導入配管 48 Π 49 50 51 閉鎖位置圓弧溝槽（定位手段） 左方側限制構件（第一限制手段） 右方側限制構件（第一限制手段） 收容凹槽 52左方側限制構件（第-限制手段、定位手段) 53 近接感測器（蓋體檢測手段） 54 側周面 55、 55轉動限制構件（第二限制手段) 56、 56’ 左端部 319546 32The above-mentioned door flat of the Ii 7 is not rotated in the counterclockwise direction: the holding position of the arc groove 47 is deviated, and the m8 will be opened from the aforementioned τ + 〜 傻 傻 刖 引导 引导 引导 9 , 9, guide, ten ~ when the threshold 8 is continued, the above-mentioned locking position arc groove 48 will be embedded in the above-mentioned locking position, D (three) will enter the 刖 • 1 S with the private - ΛΑ 乂 疋 停止 just stop at the lock position (What is not shown in Fig. 18 is the position of the threshold 8 (the younger lock-locking members 19, 19, and the front, f H do not need to be provided before and after the open-clamping members 20, 20, etc.) In the above-mentioned open position, it moves in the left-right direction. "Continue: Come 'from the 19th to 21st'. For the embodiment, the mouth is said to be #19 and FIG. 20 is a schematic front view of the main part of the embodiment 4. The map 1 is a schematic plan view of the main part of the fourth embodiment. From the above-mentioned closed position of the threshold 8 of the example 4, the return means 9 and 9 are used, specifically The upper and lower portions of the front side portions 18, 18,) restrict the aforementioned cymbal 8 relative to the opening portion 5 319546 26 200829 289 ◊ The opening surface moves in the vertical direction, but as shown in the first ι _ • can also be shown in the above-mentioned threshold 至8 to the 2121, the right direction U occlusion position is _ the left side B of the threshold S or two The part, the mound, and the part are restricted. The above /, /, two positions or four ^% 19 Η ^ -- the left side of the non-relating position is, for example, the figure is not, by the above-mentioned guidance means The upper side of the front side 1S, 8th, and 8) is integrated (the other is the front side. The left side side restricting member 49 is placed under the armpit. The left end of the blocking position is limited to the vertical direction. The right side of the aforementioned blocking position of the shifting 'front: door' 2-8 is, for example, a knives are not provided by the right side of the sill 8 and a part of the right side restricting member 5 设置', 詈蕻Α 詈蕻Α 十 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 The right end of the latching position limits the vertical direction. Further, the aforementioned guiding means 9 on the lower side are formed by the aforementioned threshold 8 being rotatably formed. The accommodation of the right side restriction member 5A is accommodated. Therefore, by providing the left side restriction member 49 to the right side restriction member 50, the heating (positive pressure) conditioning of the heating conditioning step can be performed. 5 Next, according to Fig. 22 to Fig. 24, the fifth embodiment is given to the fifth embodiment. Fig. 2 is a schematic plan view of the main part of the fifth embodiment, and Fig. 23 is a schematic front view of the main part of the fifth embodiment. Fig. 5 is a left side view showing a cross section of a main part of the fifth embodiment. This embodiment 5 is not provided with the left side limitation shown in Fig. 19 to 319546 27 200829289 - Fig. 21 described in the foregoing embodiment 4. The member 49, 'shown in the aforementioned door contact surface】 5 ports as shown in Fig. 22 and the 23rd solid concave left side restriction member 52 side - partial itch or screw in the aforementioned threshold 8 is located in the foregoing The left side of the latching position limits the concave portion of the concave portion of the member 52. , r a will narrate the left side of the threshold 8 means 9, 9 , the upper and lower Γ 亩 亩 !! The left side of the door 48 is in front and the left side of the door restricting member 52 can be moved to: *. r.. The end is sandwiched into the concave portion of the concave shape, and the left side of the door sill 8 is "for example" - two:: Further, the left side restriction member 52 is opened, and the side is screwed into the side. The proximity sensor 53 having a screw hole detects the aforementioned threshold as the side peripheral surface of the first = hand (four) proximity sensor 53: 'When the side circumferential surface 54 of the aforementioned threshold 8 扉 8 is detected is approached =, 'The aforementioned Η is detected, and the front, ten, and the sills are located at the above-mentioned closed position, and the opening 5 is in a locked state. Further, when the position side circumferential surface 54 is not close, the front, f, and the singular sill 8 are located at the open position, and the opening position is rotated or the opening portion 5 is a strong hunter that is not locked. The aforementioned threshold 8 is easily and surely detected. The above-mentioned threshold 8 of the embodiment 5 is in a state in which the conditioning 栌 7 is subjected to the heating conditioning or (10) 疋 is in a state in which the front side portions 18 and 18 are opened or fallen in the cubic direction (24th). The state of the graph). Continued 319546 28 200829289 'When the operator is in this positive pressure state (the 23rd FI & - 1 W 4 threshold 8 of the aforementioned # a (the second threshold of the brother 23, the locked position when the needle direction is forced to rotate, # In order to prevent this, ..., 虱, 17, 17' is provided with rotation restricting members 55, 55, and the two guide blades are just described as guiding grooves - which can restrict the aforementioned blocking position. The door member 55: the forward squatting position is along the front side of the second position, and the Lishen door house S is now set and the sigh is set in the sigh. The borrowing of a '1 屝8 is in the conditioning tank 7: The sill 8 is moved from the aforementioned blocking position toward the aforementioned open position: 2: the left end portion 56 of the rotation restricting members 55, 55 is also stopped and stopped, and cannot be made in contact with each other. Ensuring the safety of the operator, the rotation restricting members 55 and 55 can simultaneously act to prevent the above-mentioned threshold: J open: the cushioning material in contact with the positions 18 and 18 when the door is rotated. As shown in Fig. 22 and Fig. 23, in the above-mentioned guide S'55, 55, left and right direction The shape of the strip is set to be a long strip shape, but the shape of the lock position or the shape of the plug is not limited to the shape as long as the front door 8 can be restricted. For example, the shape of the lock position or the shape of the plug may be short. The open positioning member 2 of Example 5, for example, as shown in Figs. 5 to 7 of the first embodiment, is not limited to the cylindrical shape of the drawing to Fig. 24. ', can be 22 (a brief description of the drawing) 1 Fig. 2 is a schematic perspective view of the conditioning apparatus of the first embodiment. Fig. 3 is a schematic configuration view of the conditioning apparatus of the first embodiment as viewed from the front direction. 4 is a schematic configuration view of the conditioning apparatus of the first embodiment as seen from the direction of the right side. Fig. 5 is a schematic front view of the main part of the first embodiment. Fig. 6 is a schematic front view of the main part of the first embodiment. 7 is a schematic plan view of a main part of the first embodiment. The figure 8 is a schematic plan view of a main part of the first embodiment. The figure 9 is a right side view of a cross section of a main part of the first embodiment. The right side view of the main part section of Example 1. Fig. 12 is a schematic front view showing a modification of the main part of the first embodiment. Fig. 13 is a schematic view showing a modification of the main part of the first embodiment. 14 is a schematic front view of a main part of a second embodiment. Fig. 15 is a schematic front view of a main part of the second embodiment. Fig. 16 is a schematic front view of a main part of the second embodiment. Fig. 18 is a schematic front view showing a principal part of a third embodiment. Fig. 19 is a schematic front view showing a main part of the fourth embodiment. Fig. 20 is a schematic front view showing the main part of the fourth embodiment. Fig. 21 is a schematic plan view showing the main part of the fourth embodiment. 319546 30 200829289 Fig. 22 is a schematic plan view of a principal part of the fifth embodiment. Fig. 23 is a schematic front view of a main part of the fifth embodiment. Fig. 24 is a left side surface e of a main part of the fifth embodiment. 】 1 cooking device 2 panel 3 operation unit 4 door 5 opening 6 foodstuff 7 conditioning tank (container body) 8 sill (cover) i 9, > 9' guidance means 1 water 11 steam generation means (pressurization means) 12 Decompression means 13 External gas introduction means 14 Discharge means 15 Door contact surface 16 Grip 17, 17, Guide groove 18, Front side of work 8' (first restriction means) 19 19 Closed position member (positioning means) / 20 k , '20' open positioning member 21 partition 22 first region 23 second region 24 communication hole 25 scaffold 26 heating water supply means 27 29 31 33 heater water supply valve sealing means gasket member pressure reducing pipe 28 water supply pipe partition 32 沟槽 groove 34 Pushing means 36 Pressure reducing control valve 319546 31 35 200829289 37 39 40 41 43 46 Discharge piping ' 45 grip aids (positioning means) Pressure device 3纟External gas introduction control valve Air cleaning filter Check valve discharge control valve Closed lock Auxiliary open position Arc groove External gas introduction pipe 48 Π 49 50 51 Locking position arc groove (positioning means) Left Side restricting member (first restricting means) Right side restricting member (first restricting means) accommodating recess 52 left side restricting member (first-restricting means, positioning means) 53 Proximity sensor (cover detecting means) 54 Side peripheral faces 55, 55 rotation restricting members (second restricting means) 56, 56' left end portions 319546 32