U)M42 九、發明說明： 【發明所屬之技術領域】 本發明係有關於一般結構之一 #家用^气t斗之板 :’其包含-髮烫元件或板件，該烫烫元件或板件和要被 ^之衣物相接觸，-蒸發器或蒸汽產生裝置被提供有從 :儲存器來的水，該儲存器係整合人該變斗内其具有— 秦發室，《汽產生於該蒸發室，以―前開σ之方式通過該 =件，以通過位於該板件上一數目之孔洞而散逸，且其也 含有同時位於該板件及該蒸發器上之加熱元件，該等^熱 凡件調節地保留該板件及該蒸發器之溫度，且每一加熱^ 件3有δ玄板件及該蒸發器用，和該板件及蒸發器相關連之 熱熔絲。 本輔助性的專利係關於一般結構之一家用蒸汽熨斗之 板件#3有一熨费元件或板件，用—層疊式不錄鋼蓋 或其他適當材料的方式，該組件和要被熨燙之衣物相接 ，|被從一容器提供水之一蒸發器或蒸汽產生組.件，該容 器係位在該熨斗中且含有一蒸發室，蒸汽被產生於該蒸發 室中，且瘵汽從該處通過該蒸發器上的一前開口以抵達該 板件，隨後經由被提供在該板件上之孔洞通透到外界；在 該板件及該蒸發器上之該等加熱元件，就像其名稱所暗示 者，係被分配與該板件及蒸發器；以及該板件及該蒸發器 之溫度之調溫控制調節器；及該板件及該蒸發器之該等熱 仏絲’其係被個別地分配給該板件及該蒸發器。 【先前技術】 5 1355442 第代家用洛汽熨斗中’蒸發水所需的加熱係被用 加熱該板件之同-個加熱元件所產生。 此種之家用蒸汽褽斗在溫度攝氏1GG i 2GG度之間運 作°在此溫度區問肉B & —ό ]内且接近攝氏100度，因為接近液態和 气之間的界線，洛汽並未飽和並被稱啤為「濕蒸汽」， 但其仍然含有相當的液相比例，並且當有相對而言小的溫 下夺化在其中该洛汽相之一部分很快地轉變為液相。 相反地’ t溫度上升’得到被稱，「乾蒸汽」的一更為高 度飽和之水热氣（約在攝氏m度以上），且該液相變的 更為不日請，並且如此-來，在所指示的溫度區間t更高 的層級，該蒸汽相變為更加穩定，且為了要回復到液相， 一明顯的溫度降低係為需要的。 因為上面已經指出的，實際在熨燙時，在該溫度區間 之較高階層中運作並不會有實際的問題，其中被提供有足 夠的「乾蒸汽」，並且該熨斗之高溫本身對於被熨燙之紡 、、哉料為適g的，故結果是該衣物並不會受到任何傷害。 然而，當紡織料以及細緻的衣物被熨燙時，該熨燙元 件之溫度在前述之工作區間之較低限度處是必要的。當此 褽燙元件及該蒸發器隔間被該一個且唯一之加熱元件加 熱’結果是被產生用於熨燙步驟之蒸汽為「濕蒸汽」。其 結果是，在熨燙時水滴被產生，其弄濕該衣物並且造成麻 煩且減低了熨燙的品質。此現象由於其該熨燙工具蒸汽出 口孔洞周圍的溫度降低而更為嚴重，由於其非常接近蒸汽 被排出及該熨燙元件之該溫度’溫度降低係非常明顯。 1355442 另一問題包含該板件及該蒸發器之溫度控制係取決於 該不夠敏感且具一緩慢反應時間的調溫器的事實，其造成 持續的滴水料（儘管已較少），並且熨烫之可靠度仍然 維持使人不滿意的狀態。 另-個常發生的問題是該板件之蒸汽出口被分佈在該 板件之全長之上，即使其只靠近該板件之側邊邊緣。這表 示了，在以蒸汽熨燙時’衣物在熨燙處理後仍保持濕潤， 而這在熨燙細綴布料時是不被喜愛的。 在此我們關心的該輔助性專利之發明狀態，以其本質 來看，係為包含在專利號ρ·2〇〇1〇2469中的基本内容，其 涉及有關上面所描述的該一般形式之一家用熨斗，其中該 X斗包含一瘵發室及-板件，該板件如圖1中所示，係以 一種方式成比例，如钋—水 七工姑 „ b一來，一方面第一者之寬度係大致 為第二者宫声t 又 + ’另一方面該蒸發室的側邊大致成一 直線並且對彼此而含盔 ^ σ為收斂，其收斂係以其逐漸離開該板 件之邊緣而收斂的方6 使拎、隹夕 u β 武70成。其改進之一，也是本輔助性 專利之目標，*力，4 馬在4 4發室與該板件之間精確地提 ㈣*供不 和本輔助性 另一特徵為從該 管路。 專利之目標相關的’該專利200400197之 洛發室至該板件之蒸汽通道係經由一水平 。輔助性專利 < 另一目標係有關該蒸發室之可分辨内 【發明内容】 8 1355442 有鑑於先前技藝，本發 个赞明之一主要目的，包含在該蒗 發室内有一後開口，直以勢η A … ，、乂一對深溝的方式與該蒸發器之該 前開口聯繫，該等深瀵仫 '、被整&入該蒸發器内且共同側向 延伸至該蒸發室本身。太站 解決方式假設由於該深溝之深度 增加以及提供兩條深溝（而 霉（而非僅一條），用於循環蒸汽之 孔道之截面尺寸也大量辦Λ θ力。同時，使用兩條深溝在其中 一條深溝被阻塞或被大量腎绐 里家縮的可能情況時，提供了另一 選擇以;保前往該板件之蒸汽循環。 但’為了保證在該篆發哭盘兮从 ‘备赞益與該板件之間沒有阻塞的更 佳之蒸汽循環’本發明之另—胜 特徵匕3關閉該蒸發室之該 後開口之網件，該網件為可蒋叙 n曰‘ 巧』移動，且具有較該前開口之孔 道以及該等深溝之截面為適當地小的一孔道。 由於從該蒸發室來的開口係位於後方，並且 須流過該蒸發器之全長以到達其前這降低了阻塞的 風險並且允許該蒸發器之整體右 頫有—均勻的溫度，並且還確 保了只有蒸汽能離開此室而非蒸汽力。^ 本發明之另-目的，包含該蒸發器之該前開口中 -管道’其被製造為在該蒸發器中的一獨立單元， 以被***該板件中-對應之孔洞’該管道整合有 可移動，作用在該蒸發器與該板侔夕„ ^ X孜件之間之防水襯墊，並且 由一適合在壓力及高溫下工作之材粗 ^ <何科製成。藉由此解 案’只需-襯墊’且其非用作-分隔器，而為一壓 提供此方t ’相應地使用以螢石人工橡膠製造之—襯： 其在壓力下比矽工作得更好，並且翁^ ’ 且額外地’其相當能耐高 9 1355442 溫。此外，該蒸發器與該板件之輕合為直接的（其不需如 黃銅盖之類任何額外的連接件）且對烫烫動作以及溫度變 換所施予的壓力有更好的抵抗力。U) M42 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a panel of a general structure: a household appliance, a panel, or a panel, which is a perm member or panel The piece is in contact with the clothes to be ..., the evaporator or the steam generating device is provided with water from the reservoir, the reservoir is integrated into the converter, and the steaming chamber has The evaporation chamber passes through the = member in a "front opening" manner to dissipate through a number of holes in the plate member, and it also contains heating elements located on the plate member and the evaporator, the heat Each of the heating elements retains the temperature of the plate and the evaporator, and each of the heating elements 3 has a δ slab and the evaporator, and a thermal fuse associated with the plate and the evaporator. This ancillary patent relates to a panel of household steam irons of the general structure. There is a ironing element or a plate member, which is to be ironed by means of a laminated steel cover or other suitable material. The clothes are connected, one is supplied with water from a container, or a steam generating group, the container is tied in the iron and contains an evaporation chamber, steam is generated in the evaporation chamber, and the steam is taken from the Passing through a front opening in the evaporator to reach the panel, and then passing through the holes provided in the panel to the outside; the heating elements on the panel and the evaporator are like The name implies, which is assigned to the plate and the evaporator; and the temperature control regulator of the plate and the temperature of the evaporator; and the plate and the evaporator of the evaporator They are individually assigned to the panel and the evaporator. [Prior Art] 5 1355442 The heating system required for evaporating water in the first generation of home steam irons was produced by heating the same heating element of the plate. This type of household steam bucket operates between 1 GG i 2 GG degrees Celsius. In this temperature zone, B & ό is close to 100 degrees Celsius, because it is close to the boundary between liquid and gas. Saturated and referred to as "wet steam", it still contains a comparable liquid phase ratio, and when there is a relatively small temperature, it is rapidly converted into a liquid phase in one part of the vapor phase. Conversely, 't temperature rise' gets a more highly saturated hydrothermal gas (about m degrees Celsius above) called "dry steam", and the liquid phase becomes even worse, and so - come At the level indicated by the higher temperature interval t, the vapor phase becomes more stable, and in order to return to the liquid phase, a significant temperature drop is required. As already pointed out above, there is actually no practical problem in operating in the higher stages of the temperature range when ironing, in which sufficient "dry steam" is provided, and the high temperature of the iron itself is ironed. Hot spinning, and tanning materials are suitable for g, so the result is that the clothing will not be harmed. However, when the textile material and the fine clothing are ironed, the temperature of the ironing element is necessary at the lower limit of the aforementioned working interval. When the scalding element and the evaporator compartment are heated by the one and only heating element, the steam generated for the ironing step is "wet steam". As a result, water droplets are generated upon ironing, which wets the laundry and causes trouble and reduces the quality of ironing. This phenomenon is exacerbated by the temperature drop around the steam outlet opening of the ironing tool, which is very noticeable due to its very close proximity to the vapor being discharged and the temperature of the ironing element. 1355442 Another problem involves the fact that the plate and the temperature control of the evaporator depend on the thermostat that is not sensitive enough and has a slow reaction time, which causes a continuous drip (although less) and ironing The reliability still maintains an unsatisfactory state. Another frequently occurring problem is that the steam outlet of the panel is distributed over the entire length of the panel, even if it is only adjacent to the side edges of the panel. This means that the laundry remains wet after ironing treatment while ironing with steam, which is not preferred when ironing finely woven fabrics. The state of the invention of the auxiliary patent, which we are concerned with, by its very nature, is the basic content contained in the patent number ρ·2〇〇1〇2469, which relates to one of the general forms described above. A household iron, wherein the X bucket comprises a hair chamber and a plate member, and the plate member is proportional to one another as shown in Fig. 1, such as a 钋-水七工姑 „ b one, on the one hand first The width of the person is roughly the second one, the sound of the palace is t + + 'On the other hand, the sides of the evaporation chamber are substantially in line and the helmets are converge to each other, and the convergence is such that it gradually leaves the edge of the plate. The convergence of the party 6 makes 拎, 隹 u u β 武 70%. One of the improvements, is also the goal of this auxiliary patent, * force, 4 horse accurately between the 4 4 room and the plate (4) * Another feature of the mismatch is the flow from the pipeline. The patent of the patent 200400197 to the steam passage of the plate is via a level. The auxiliary patent < another target is related The discriminability of the evaporation chamber [invention] 8 1355442 Art, one of the main purposes of this tribute, consisting of having a rear opening in the bursting chamber, directly contacting the front opening of the evaporator in a manner of a pair of deep grooves η A ... , 乂, such squats ', is <into the evaporator and extends laterally to the evaporation chamber itself. The station solution assumes that due to the depth of the deep trench increases and provides two deep trenches (and instead of only one), The cross-sectional dimension of the circulating steam tunnel is also a large amount of θ force. At the same time, the use of two deep trenches provides another option when one of the deep trenches is blocked or is contracted by a large number of renal pelvis. The steam cycle of the piece. But in order to ensure that there is no better blockage of the steam cycle between the plate and the plate, the other feature of the present invention is to close the evaporation chamber. a mesh member of the rear opening, the mesh member is movable, and has a hole smaller than a section of the front opening and a section of the deep groove. Due to the opening from the evaporation chamber Is located at the rear And it has to flow through the full length of the evaporator to reach it, which reduces the risk of clogging and allows the evaporator to have a uniform right-to-right temperature, and also ensures that only steam can leave the chamber instead of steam. Another object of the present invention is to include the front opening-pipe of the evaporator which is manufactured as a separate unit in the evaporator to be inserted into the plate - the corresponding hole - the pipe is integrated Moving, acting on the waterproof gasket between the evaporator and the board, and made of a material suitable for working under pressure and high temperature. 'only-pad' and it is not used as a separator, but for a pressure to provide this square t' correspondingly using lining artificial rubber - lining: it works better under pressure than 矽, and Weng ^ ' and additionally ' it is quite resistant to high 9 1355442 temperature. In addition, the evaporator is directly coupled to the plate member (it does not require any additional connectors such as brass caps) and is more resistant to the hot pressing action and the pressure exerted by the temperature change. .
本發月之另自目的’包含該板件及該蒸發器之該調 溫溫度調節器係含有主要及次要溫度感測器。被預期使用 之这寺溫度感測器為NTC(亦被稱為NTC_負溫度係數電 熱調節m則器）’其和傳統而現今仍在使用之調溫器 相比’為高敏感度並且具有—快速反應時間。和其他種類 已知之家用蒸汽熨斗比較，胃等溫度感測器之此等特性提 供了更高之精確度及效率’而其會反映在熨燙品質上。在 ，樣的比較關係中，憑藉串連***一第三備用調溫器在該 蒸發器為已知，因為回應於該蒸發器之該主要調溫器之延 遲必須在每次該微幫浦被啟動時短路此調溫器，也就是說 水進入而§玄蒸發器的加熱元件立即運作，否則所有的水將 不S被蒸發，而是獲得一蒸汽和水的混合物，然而一 感測器可有幫助地用作為此等兩種傳統調溫器（該一般及 忒補充備用者）的一替代品。換句話說，該NTC感測器之 使用使得熨燙技術更為電子化，並且和含有電腦程式之控 制晶片及顯示幕的使用更為一致且相容，其中和褽斗狀態 有關之相關資訊被顯示且熨燙模式被選擇。 本發明之另一目的為在該板件上之孔洞數目更少且集 中在該板件前部，形成一箭頭形狀，並且他們擁有開口進 入特定之溝槽之特殊特徵，該等溝槽以渠道溝槽之形式延 伸至該板件後部。有了此解決方案，衣料之濕潤係可被該 10 1355442 板件之》玄刖。P所達成，且當其往下通過該板件剩餘部分時 達成乾燥，故可獲得極佳的髮烫效果。 由上可知，本發明之—第一目的係為了將已存在的， 該蒸發室之寬度與該板件之間的關係，成為四分之三的大 小，並且因為該蒸發室之尺寸，其邊緣為平行於該板件之 邊緣。在此提出之此設置假設該蒸發室有—明顯且顯著的 容量增加。_’該蒸發室之增大的絕對寬度允許接近該 蒸發室之後方的網件為更大。最後，水垢累積的容量被顯 著地增加了，如此一來該產品之可用壽命也增加了。 被此輔助性專利所聲請的另一項特徵，為該蒸發器之 該前開口包含一垂直管@ ’其另一端開口穿透在該板件上 之-膨脹室，並且其下方被一薄她，該薄層較佳地由 不錄鋼製造並且以該元件接觸要被尸破烫織布料的方式，其 覆蓋了該板件之下表面。此解決方式已被證明為更方便， 因為該板件不易被水垢堆積所阻塞。 上述結構的一種可能變更為在該蒸發器之該前開口中 具有-垂直官路’其另一端封閉，以及具有與一膨脹室聯 繫:側向開口’其為在該板件内且下方被較佳地由不銹鋼 製造^-薄層封閉’並且以接觸被褽烫衣料之該元件之方 式涵蓋該板件之該下表面。 該蒸發室之内部含有至 本輔助性發明之另一目的為 少-個隔，其延伸過整個高度，並且附著於該等側壁之 -但並不抵達對面之側壁。如下面所將介紹者，—較佳實 把例含有兩個該等隔間。此解決方案試圖避免產生的蒸汽 11 1355442 前往該板件之通道太過於直線’如此一來直到抵達該預設 溫度前’確保了跑出之蒸汽不會夾帶於該蒸發過程中的一 特定階段中仍為液態之水’該預設溫度中該蒸發室内全部 的水都已被蒸發。 【實施方式】 關於上列的圖式及參考’附記的計畫指出了本發明關 於一家用蒸汽熨斗的一較佳實施例，在其一般結構中，包 含一熨燙元件或板件（1)，其與要被熨燙的布料接觸， 籲一蒸發部分或蒸發器（2 )，其被提供有從合併於該烫斗 之一儲存器來的水（以一微幫浦之方式，未見於圖式）及 包含產生蒸汽的一蒸發室（3 )，蒸汽係通過該蒸發器（2 ) 之一前開口（ 4 )至該板件（1 )以經由該板件提供之孔洞 (1 7 )排至外界’並且也包含該板件（5 )及該蒸發器（6 ) 之加熱元件’指派給該板件（1 )及該蒸發器（2 )，該板 件（1 )及該蒸發器（2 )之每一溫度的調溫調節器，以及 附屬於該板件（1 )及該蒸發器（2 )之該板件（1 )及該 •蒸發器的熱熔絲。 此一般結構已圖示於圖一之中，本發明之一目標（見 此圖—中所示之細節）被表現出來，其中該蒸發室（3 ) 具有通到該蒸發器（2 )之前開口（ 4 )的一後開口（ 11 ), 其係為整合於該蒸發器（2)以及沿著該蒸發室（3)本身 側邊延伸的一對深溝（12 )的形式。以此方式，產生於該 备發室（3 )内的蒸汽源於該處，通至該後開口（ 11 )並 且同時並行通過溝（丨2 )，並以此方式以到達該前開口（ 4 ) 12 1355442 以及到達該板件⑴結束，以被經由其孔洞⑴ 此解決方案提供了較目前所知循環蒸汽更佳的條件 減少由於水垢堆積造成的阻塞之可能性，並且，最执 了-更有效率褽烫程序之衝組且持續的蒸汽供應。一 為了確保沒有水垢堆積在該等 寸，再、12)及在该前開口 (4)中，本發明之另一目標 你G a (圖一及圖二）在該基 發室（3 )之該後開口 〇丨） … 、之中，破一固定之網件 所封閉，並且其包含一合宜地 (⑴之該溝部分之管道。⑷及該等溝 根據本發明之另一目標（ ^、々—二 及圖二），該蒸發器 )則開口包含完全形成在該蒸發器⑴本身内的 一官道（⑷，並且其可***人該板件—對應的開口（⑴ 中，其中該管道（⑷合併在該蒸發器⑴及該板件⑴ 之間作用之一外界固定防水襯塾（16)，並且其以適於受 歷程序及高溫之材料製成。如前已解釋者，此解決方案設 想使用螢石人造橡膠材料之襯墊，其可有益處地替換另一 種已知解決方案’其利用同時***在該蒸發器⑺及該 板件⑴之”離之黃銅帽’以及每一矽襯墊之交替放 置’其在高熱作用良好但在塵力下工作不佳。 本心明之另-目標也同時被顯示在圖一中，立中包含 用以調節該板件⑴及蒸發器⑺溫度之該調溫構件含 有該板件⑺及該蒸發器⑴之熱感測器。如上所述， 此等熱感測器（7, 8)提供具有报好的精確度及速度之運 作’其避免了用於該蒸發器（2 )之傳統類型的第二備用 13 1355442 調溫器的使用，並且提供了電腦可程式微處理器（晶片） 以及LCD顯示幕的應用，其顯示在任何特別時刻該褽斗之 工作階段，並且提供一更有效且可靠，在鏗別每一種衣料 之正確溫度具最佳精確度之髮烫，並且在烫烫 改變的最快速度。 衣 本發明之另一目標為該板件⑴之該孔洞（1”提供 的數量減少，並集中在該板件⑴之前部成-箭頭陣式:、 並且具有特殊特徵，該特殊特徵為延伸至該板件⑴之 錢部溝槽中的開口，每—個呈現溝（18)的形式。特別 疋’顯不在圖五中的較佳實施例展示了該等孔洞（ 溝08)之數目為七，該等三個中央溝（18)延伸至大約 該板件（1 )之長度的第一個二 m、 1U —刀之一，而且剩餘的四條 溝（⑴延伸至大約該板件⑴長度之四分之一 從該板件最後端測量而得。 /、’、 本解決方式使得衣料在該髮斗之動作開始時，接 髮烫過程之需要的蒸汽’並且在該動作的剩餘部分，乾燥 度逐漸增加，致完全乾燥，造成專業品質的«過程。〃 有關上列之圖式及參考’具有在本辅助性專利 晴之改進的—較佳實施例’被在附加的計畫中解說。此此 之該等目標之-’在於該蒸發室（3)與ς 板件寬度之間已存在的比例為四分之三的等級，、因 為該蒸發室（3 )之該尺寸為& + # ;之亥尺寸為如此，其側邊平行於該板件 义）之側邊。根據先前已指出者，現在能夠目視地確定， 戎蒸發室（3)之體積有一明顯的增加，其可由圖八看到， 14 1355442 並且附著於該室之側壁之一，但不延伸至該對向側壁。此 解答，清楚地顯示在圖八中，其中可看到—較佳實施例， 其中提供有該等隔間牆（3d)的兩個，被以相對的方向配 置，且在該蒸發室（3 )之前部和後開口（ i丨）之間形成 一波圖案。 【圖式簡單說明】 為了更加瞭解本發明之本質’以下之圖式顯示了一較The tempering temperature regulator comprising the panel and the evaporator of the present month contains primary and secondary temperature sensors. The temple temperature sensor that is expected to be used is NTC (also known as NTC_negative temperature coefficient electrothermal regulation m). It is highly sensitive and has a higher sensitivity than conventional thermostats still in use today. - Fast reaction time. These characteristics of the temperature sensor such as the stomach provide higher accuracy and efficiency compared to other types of domestic steam irons known to be reflected in the ironing quality. In the sample comparison relationship, the evaporator is known by serially inserting a third standby thermostat, because the delay of the main thermostat in response to the evaporator must be Short-circuit the thermostat at start-up, that is to say the water enters and the heating element of the cis-vapor evaporator operates immediately, otherwise all the water will not be evaporated, but a mixture of steam and water is obtained, however a sensor can It is useful as an alternative to these two traditional thermostats (the general and the replacement). In other words, the use of the NTC sensor makes the ironing technology more electronic and more consistent and compatible with the use of control chips and display screens containing computer programs, in which the relevant information related to the state of the bucket is The display and ironing mode are selected. Another object of the present invention is to have fewer holes in the panel and concentrate on the front of the panel to form an arrow shape, and they have special features for opening into a particular groove, the channels being channels The form of the groove extends to the rear of the panel. With this solution, the wetting of the fabric can be made by the 10 1355442 plate. P is achieved, and when it passes down through the rest of the panel, drying is achieved, so that an excellent ironing effect can be obtained. It can be seen from the above that the first object of the present invention is to make the relationship between the width of the evaporation chamber and the plate member three-quarters in size, and because of the size of the evaporation chamber, the edge thereof It is parallel to the edge of the panel. The setup proposed herein assumes that the evaporation chamber has a significant and significant increase in capacity. The increased absolute width of the evaporation chamber allows the mesh member to be closer to the rear of the evaporation chamber to be larger. Finally, the accumulated capacity of the scale is significantly increased, and as a result, the useful life of the product is also increased. Another feature claimed by this ancillary patent is that the front opening of the evaporator includes a vertical tube @ 'the other end opening penetrates the expansion chamber on the panel, and the lower portion is thinned by her Preferably, the sheet is made of unrecorded steel and covers the lower surface of the panel in such a manner that the member is in contact with the fabric to be woven. This solution has proven to be more convenient because the panel is not easily blocked by scale buildup. One possible modification of the above structure is that in the front opening of the evaporator there is a - vertical official road 'the other end of which is closed and has an access to an expansion chamber: a lateral opening ' which is inside and below the panel Preferably, the sheet is made of stainless steel - the thin layer is closed and covers the lower surface of the panel in such a manner as to contact the element of the crucible. Another purpose of the interior of the evaporation chamber containing the auxiliary invention is that there is a small gap that extends over the entire height and adheres to the side walls - but does not reach the opposite side walls. As will be described below, the preferred embodiment contains two such compartments. This solution attempts to avoid the steam 11 1355442 from reaching the plate. The passage to the plate is too straight 'so that it is reached before the preset temperature' to ensure that the run-out steam is not entrained in a particular phase of the evaporation process. Still water in the liquid'. At this preset temperature, all of the water in the evaporation chamber has been evaporated. [Embodiment] The above description of the drawings and the reference to the 'attachment indicate that the present invention relates to a preferred embodiment of a steam iron, in its general structure, comprising an ironing element or plate (1) Contacting the cloth to be ironed, calling an evaporation portion or evaporator (2), which is provided with water from a reservoir incorporated in the iron (in the form of a micro pump, not found in And an evaporation chamber (3) containing steam generating steam through a front opening (4) of the evaporator (2) to the plate (1) to provide a hole (1 7) through the plate a heating element 'of the plate (5) and the evaporator (6) assigned to the plate (1) and the evaporator (2), the plate (1) and the evaporator (2) a temperature regulating regulator for each temperature, and the plate member (1) attached to the plate member (1) and the evaporator (2) and the thermal fuse of the evaporator. This general structure has been illustrated in Figure 1, and one of the objects of the present invention (see the details shown in this figure) is shown, wherein the evaporation chamber (3) has an opening before it passes to the evaporator (2) A rear opening (11) of (4) is in the form of an integrated evaporator (2) and a pair of deep grooves (12) extending along the sides of the evaporation chamber (3) itself. In this way, the steam generated in the preparation chamber (3) is sourced there, leading to the rear opening (11) and simultaneously passing through the groove (丨2) in parallel, and in this way to reach the front opening (4) ) 12 1355442 and the end of the plate (1) to be passed through its hole (1) This solution provides better conditions than the currently known circulating steam to reduce the possibility of blockage due to scale buildup, and the most stubborn - more Efficient scalding process and continuous steam supply. In order to ensure that no scale accumulates in the inch, again, 12) and in the front opening (4), another object of the invention is that you G a (Fig. 1 and Fig. 2) in the base chamber (3) The rear opening 〇丨) ..., the broken mesh piece is closed, and it comprises a pipe ((1) of the groove portion. (4) and the ditch according to another object of the present invention (^, 々 - 2 and Figure 2), the evaporator) the opening comprises a main channel ((4) completely formed in the evaporator (1) itself, and it can be inserted into the plate - corresponding opening ((1), where The pipe ((4) incorporates an externally fixed waterproof lining (16) acting between the evaporator (1) and the plate (1), and is made of a material suitable for the process and high temperature. As explained above, this The solution envisages the use of a liner of fluorite elastomeric material that can be beneficially substituted for another known solution 'utilizing the simultaneous insertion of the evaporator (7) and the plate (1) from the "brass cap" and each Alternate placement of a liner, which works well under high heat but works under dust The present invention is also shown in Figure 1. The tempering member for adjusting the temperature of the panel (1) and the evaporator (7) contains the panel (7) and the thermal sensation of the evaporator (1). As described above, these thermal sensors (7, 8) provide operation with reported accuracy and speed 'which avoids the traditional type of second spare 13 1355442 for the evaporator (2) The use of a thermostat, and the application of a computer programmable microprocessor (wafer) and an LCD display screen, which displays the working phase of the bucket at any particular moment, and provides a more efficient and reliable, in screening each The correct temperature of a garment with the best precision of perm, and the fastest rate of change in perm. Another object of the invention is that the number of holes (1) provided by the panel (1) is reduced and concentrated The front portion of the panel (1) is in the form of an arrowhead: and has a special feature that is an opening extending into the groove of the money portion of the panel (1), each in the form of a groove (18). 'Not showing the better implementation in Figure 5. It is shown that the number of such holes (grooves 08) is seven, and the three central grooves (18) extend to one of the first two m, 1 U-knife of the length of the plate (1), and the remaining Four grooves ((1) extending to about one quarter of the length of the plate (1) are measured from the last end of the plate. /, ', this solution enables the cloth to be subjected to the hot process at the beginning of the action of the bucket The required steam' and in the remainder of the action, the dryness is gradually increased, resulting in complete drying, resulting in a professional quality «process. 〃The above diagram and reference 'has improved in this auxiliary patent - preferably The embodiment 'is explained in the additional plan. The goal of this is -" the ratio that exists between the evaporation chamber (3) and the width of the slab is three-quarters, because The size of the evaporation chamber (3) is & + #; the size of the sea is such that its sides are parallel to the sides of the plate. According to what has been previously indicated, it is now possible to visually determine that there is a significant increase in the volume of the helium evaporation chamber (3), which can be seen in Figure 8, 14 1355442 and attached to one of the side walls of the chamber, but does not extend to the pair To the side wall. This solution, clearly shown in Figure 8, can be seen - a preferred embodiment in which two of the compartment walls (3d) are provided, arranged in opposite directions, and in the evaporation chamber (3) A wave pattern is formed between the front and rear openings (i丨). [Simplified description of the drawings] In order to better understand the essence of the present invention, the following figures show a comparison.
佳之工業實施例，其僅為單純用作一解說例’但並不限於 此0 圖一顯不一從該板件（丨）及該蒸發器（2 )之上視圖， 其中該板件（1)之前部中將其上部除去，並且其併有一 細部，該細部專屬地指頂蓋除去後之該蒸發器（2)，並 且-寬剖面，其顯示了如何該蒸發器⑺之該管路（⑷ 被***該板件之該開口（丨5 )中。 圖二為圖一中剖面㈣之一放大並且其指網件（13)。 圖三為圖一中細節III之一放大。 圖四為圖一中從該板件（1)上方之立體圖。 圖五為根據本發明該板件（1)之下表面觀看之一正面 視圖。 圖六為從包含該板件⑴&該蒸發器（2 )，含其蒸 發室（3)之該總成之上方觀看之一視圖，其皆按照本發 明配置。 圖七為圖六中剖面VII_VII，並且其中相對該垂直管路 (3b)及膨脹室（Ia)，—更大之細節被顯示出來。 16 1355442 12 該蒸發器（2 )之溝 13 該後開口（ 11 )之網件 14 蒸發器管道 15 該板件之開口 16 襯墊 17 該板件（1 )之孔洞 18 該板件（1 )之深溝 19 較佳地由不銹鋼製成之薄層The preferred embodiment of the industrial application is merely used as an illustrative example 'but is not limited to this. FIG. 1 shows a view from above the plate (丨) and the evaporator (2), wherein the plate (1) The upper part of the front part is removed, and it has a detail, which refers specifically to the evaporator (2) after the top cover is removed, and a wide section showing how the line of the evaporator (7) (4) Inserted into the opening (丨5) of the panel. Figure 2 is an enlarged view of one of the sections (4) in Figure 1 and refers to the mesh member (13). Figure 3 is an enlargement of one of the details III in Figure 1. Figure 1 is a perspective view from above the panel (1). Figure 5 is a front elevational view of the lower surface of the panel (1) according to the present invention. Figure 6 is from the inclusion of the panel (1) & the evaporator (2 a view from above of the assembly containing its evaporation chamber (3), which is configured in accordance with the invention. Figure 7 is a section VII_VII of Figure 6, and wherein the vertical line (3b) and the expansion chamber (with respect to the vertical line (3b) Ia), - larger details are shown. 16 1355442 12 The evaporator (2) groove 13 The rear opening (11 Net piece 14 Evaporator pipe 15 Opening of the plate 16 Liner 17 Hole of the plate (1) 18 Deep groove of the plate (1) 19 Thin layer preferably made of stainless steel
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