M442111 五、新型說明： 【新型所屬之技術領域】 本創作提供一種塔吉鍋蓋分離結構，尤指一種可藉 由内縮以收納塔吉鍋蓋上部高起之蓋體結構，同時具有 快速回覆塔吉鍋蓋收納前，所具有一體式結構外觀能力 的分離式鍋蓋裝置。 【先前技術】 一般塔吉鍋之鍋蓋結構,，均為具有高起之尖突結構 體，使鍋蓋之内部空間增大，藉由將烹煮食材過程中所 釋出之水份轉為蒸氣上升，遇到冷空氣後再轉變為水 份，在鍋内產生連續性之多次熱對流循環，省去在烹調 過程中添加水或油之繁複過程，有效濃縮食材本身美味 原汁，可保住其營養成份不流失。然而，塔吉鍋之鍋蓋 結構因受限於需要較多之空間進行熱力循環與熱交換 過程，設計成外觀突出之類圓錐狀蓋體，而造成使用 後收納與儲藏之不便，進而影響使用便利機能性與商 .品進階實用性。 ' :、 坊間塔吉鍋鍋蓋之結構:，僅限於提供鍋具烹調過程 中更高之加熱效能，但鍋蓋結構設計為一體式，無法提 供實用性方面所具有之收納效能，對於使用後之收納便 利性，造成許多難以克服之難題，對於長期使用之方便 性機能上.，無法作大幅度之提升與有效之改進。 3 【新型内容】 本創作之主要目的在提供一種塔吉鍋蓋分離結構以 改善上述先前技術之問題。該塔吉鍋蓋分離結構可應用 於塔吉鍋所覆蓋之鍋蓋，即塔吉鍋蓋等，使其於使用後 得以將可動之上鍋蓋收納至固定之下鍋蓋内部，大幅節 省收納儲藏空間，且能以簡單且快速之步驟，將收納後 之分離式鍋蓋體結構，再次回復之結合構造，而且該具 分離結構之塔吉鍋蓋具有使用收納便利性、烹煮實用性鲁 及兼具外型美觀性之多重效果。 依據本創作構成之塔吉鍋蓋分離結構包含一下鍋 蓋、一上銷蓋.、及一鋼蓋柄_。該下鋼蓋包含一上開口及 一下開口。該上銷蓋包含一凹部及一墊圈，該塾圈環覆 且緊貼於該凹部，該凹部之末端更包含一凸緣，該上鍋 蓋之墊圈自該下鍋蓋之上開口嵌入，且該墊圈緊貼於該 下鍋蓋之上開口内壁。該鍋蓋柄結合於該上鍋蓋。 Φ 在一較佳實施例中，該下鋼蓋之下開口更包含一環 緣，該墊圈更包含一厚部及一薄部，且該墊圈厚部及薄 部間更包含一斜部；另，該墊圈係以該斜部緊抵於該下 鍋蓋之上開口周緣，而該墊圈係以該薄部緊貼於該下鍋 蓋之上開口内壁，該凸緣係包覆該墊圈之下侧。 且，為達墊圈與上鍋蓋及下鍋蓋具有一定程度之摩 擦阻力與彈性黏滯變形力，該墊圈由天然橡膠、合成橡 膠或是矽膠製成。 關於本創作之其他目的、優點及特徵，將可由以下 較佳實施例的詳細說明並參照所附圖式來了解。 【實施方式】 現將僅為例子但非用以限制的具體實施例，並參照 所附圖式就本創作之較佳結構内容說明如下： 參閱第一圖及第二圖，顯示依據本創作一較佳實施 例構成之具分離結構之塔吉銷蓋，主要包含一下納蓋1〇 與一上鍋蓋16。該下鍋蓋包含一上開，口 12及一下開口 14(見第四圖>，該下鍋蓋10與上鍋蓋16間以一墊圈2〇 嵌入相隔，且外觀上以一厚部28作為下鍋蓋1〇與上鍋 蓋16結構上之區隔，亦即該厚部28以下之下銷蓋為 固定部位。該上鍋蓋16上結合一鍋蓋柄24，該下鋼蓋 仙之下開口 14周邊設有一環緣26，當蓋住一鍋體34 時，其一環緣26會緊貼住該鍋體34之一内緣36，產生 密合之效果。 參閱第三圖及第四圖其中該下鍋蓋10與上鍋蓋16 間，在未下壓分離使其形成收納狀態時之外部整體結構 與内部細部結構，可分別由第三圖及第四圖顯示，該下 麵蓋10包含上開口 12及下開口 14,該上鍋蓋16包含 一凹部18及一墊圈20，且與該鍋蓋柄24結合，該墊圈 2〇環覆且緊貼於該凹部18，該凹部18之末端更包含一 凸緣22，該凸緣22係包覆於該墊圈20之下側，用以防 止墊圈20滑脫，該上鍋蓋16與墊圈20自該下鍋蓋10 之上開口 12嵌入，且該墊圈20緊貼於該下鍋蓋10之上 開口 12内壁。而該墊圈20由天然橡膠、合成橡膠或是 矽膠製成，藉以提供一定程度之摩擦阻力與彈性黏滞變 形力，以作為相對位置保持、下壓過程與回復過程之用。 上鍋蓋16與下鍋蓋10作暫時性結合時，該墊圈20 包含一厚部28及一薄部30，兩者間以一斜部32銜接，籲 當墊圈20緊緊貼附於上鍋蓋16之凹部18且自下鍋蓋 10之上開口 12嵌入時，該墊圈20係以該斜部32緊抵 於該下鍋蓋10之上開口 12周緣，另該墊圈20係以該薄 部30緊貼於該下鍋蓋10之上開口 12内壁，墊圈20之 薄部30被夾置於上鍋蓋16之凹部18與下鍋蓋10之上 開口 12内壁間。 該下鍋蓋10之下開口 14更包含一環緣26，當以下_ 鍋蓋10蓋住鍋體34時，該環緣26會緊貼住鍋體34之 内緣36，產生密合之效果。 同時，當施一下壓力於鍋蓋柄24時，上鍋蓋16會 逐漸内縮至下鍋蓋10内部，下壓時所產生之作用力，會 迫使原本緊抵於下鍋蓋10之上開口 12周緣之墊圈20之 斜部32，產生局部徑向滑動，而連同墊圈20之厚部28 内縮進入下鍋蓋10之上開口 12内，進而帶動整個上鍋 蓋16朝下移動（過程未繪示，介於第四圖開始與第六圖 完成之狀態間），直至完全内縮至如第六圖所示狀態。 參閱第五圖及第六圖，當由鍋蓋柄24施力下壓時， 該上鍋蓋16可完全收納於下鍋蓋10内部，使塔吉鍋蓋 之整體高度降低。再者，環覆於下鍋蓋10凹部18之墊 圈20，其厚部28、薄部30及斜部32，均處於彈性釋放 之狀態，若必須再次使用時，則反向拉動鍋蓋柄24以帶 動上鍋蓋16向上，或自下方推動上鍋蓋16向上，均可 使上鍋蓋16回覆到原有之高度，且下鍋蓋10與上鍋蓋 16再次結合成為一完整之塔吉鍋蓋結構。 請了解，在上鍋蓋16朝上推（或拉）回原高度結構狀 態之過程中，墊圈20之厚部28、薄部30及斜部32均 會再次回到如第四圖所示之結合狀態，而凸緣22在過程 中提供位置之保持作用，防止上、下鍋蓋（16、10)產生 鬆脫或不當移位之現象產生，以保持穩定之位移過程逐 步回到初始之塔吉鍋蓋結構，亦即使下鍋蓋10與上鍋蓋 16再次藉由墊圈20之環覆結合，形成一體式之鍋蓋結 構。 在前述說明書中，本創作僅是就特定實施例作描 述，而依本創作的設計特徵係可做多種變化或修改是可 了解的。是以，對於熟悉此項技藝人士可作之明顯替換 與修改，仍將併入於本創作所主張的專利範圍之内。 M442111 【圖式簡單說明】 第一圖係本創作之鍋蓋與鍋體分解立體圖。 第二圖係第一圖之組合圖。 第三圖係第二圖之外觀示意圖。 第四圖係第二圖之剖面示意及局部放大圖。 第五圖係第二圖下壓後狀態之外觀示意圖。 第六圖係第五圖之剖面示意圖。 【主要元件符號說明】 10.下鍋蓋 12.上開口 14.下開口 16.上鍋蓋 18.凹部 20.墊圈 22.凸緣 24.鍋蓋柄 26.環緣 28/厚部 30.薄部 32.斜部 34.鍋體 36.内緣M442111 V. New description: [New technical field] This creation provides a separation structure of Taji lid, especially a cover structure that can be retracted to accommodate the upper part of the Taji pot lid, and has a quick response. Before the Taji lid is stored, it has a separate pot lid device with integrated structural appearance capability. [Prior Art] Generally, the lid structure of the Taji pot is a tall protruding structure, which increases the internal space of the lid, and converts the water released during the cooking process into The vapor rises and then turns into moisture after encountering cold air. It produces multiple continuous heat convection cycles in the pot, eliminating the complicated process of adding water or oil during the cooking process, effectively concentrating the delicious ingredients of the ingredients themselves. Keep your nutrients intact. However, the structure of the lid of the Taji pot is limited by the need for more space for the thermal cycle and heat exchange process, and is designed as a conical cover with a prominent appearance, which causes inconvenience in storage and storage after use, thereby affecting the use. Convenience performance and commercial and product advanced practicality. ' :, The structure of the square Taji pot lid: only provides the higher heating efficiency during the cooking process of the pot, but the structure of the lid is designed to be integrated, which cannot provide the storage performance of the utility. The convenience of storage has caused many difficult problems to be overcome, and it has not been able to make substantial improvements and effective improvements for the convenience of long-term use. 3 [New content] The main purpose of this creation is to provide a Taji lid separation structure to improve the problems of the prior art described above. The Taji lid separation structure can be applied to the lid covered by the Taji pot, that is, the Taji pot lid, etc., so that the movable upper lid can be stored inside the fixed lid after use, thereby greatly saving storage. The storage space can be combined with the structure of the separated lid body after being stored in a simple and quick step, and the Taji pot lid with the separated structure has the convenience of storage and the practicality of cooking. And multiple effects of both appearance and appearance. The Taji lid separation structure according to the present composition comprises a pot lid, an upper pin cover, and a steel lid _. The lower steel cover includes an upper opening and a lower opening. The upper pin cover includes a recess and a gasket, and the ring is annularly attached to the recess, the end of the recess further includes a flange, and the gasket of the upper lid is embedded in the opening above the lower lid, and The gasket is in close contact with the open inner wall of the lower lid. The lid handle is coupled to the upper lid. Φ In a preferred embodiment, the lower opening of the lower steel cover further comprises a ring edge, the washer further comprises a thick portion and a thin portion, and the thick portion and the thin portion of the washer further comprise a slope portion; The gasket is fastened to the periphery of the opening of the lower lid by the inclined portion, and the gasket is adhered to the upper inner wall of the lower lid, the flange covering the lower side of the gasket . Moreover, the gasket has a certain degree of frictional resistance and elastic viscous deformation force to the upper and lower lids, and the gasket is made of natural rubber, synthetic rubber or silicone rubber. Other objects, advantages and features of the present invention will become apparent from the following detailed description of the preferred embodiments. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The preferred embodiments of the present invention will be described by way of example only and not by way of limitation. The tower pin cover having the separated structure constructed by the preferred embodiment mainly comprises a lower cover 1 and an upper cover 16. The lower lid comprises an upper opening, a mouth 12 and a lower opening 14 (see the fourth figure). The lower lid 10 and the upper lid 16 are separated by a gasket 2, and the appearance is a thick portion 28 As a structure of the lower lid 1 〇 and the upper lid 16, that is, the pin cover is a fixed portion below the thick portion 28. The upper lid 16 is combined with a lid handle 24, the lower steel cover A rim 26 is provided around the lower opening 14. When the pot body 34 is covered, a rim 26 will abut against the inner edge 36 of the pot body 34, resulting in a close-fitting effect. In the four figures, the outer overall structure and the inner detailed structure between the lower lid 10 and the upper lid 16 are separated from each other by being pressed down to form a storage state, which can be respectively shown in the third and fourth figures, the lower cover 10 includes an upper opening 12 and a lower opening 14 . The upper lid 16 includes a recess 18 and a washer 20 , and is coupled to the lid handle 24 . The gasket 2 is annularly attached to the recess 18 . The recess 18 is adjacent to the recess 18 . The end further includes a flange 22 covering the lower side of the gasket 20 for preventing the gasket 20 from slipping. The upper lid 16 and the gasket 20 are self-contained. The upper opening 12 of the lower lid 10 is embedded, and the gasket 20 is in close contact with the inner wall of the opening 12 above the lower lid 10. The gasket 20 is made of natural rubber, synthetic rubber or silicone to provide a certain degree of friction. Resistance and elastic viscous deformation force are used as relative position holding, pressing process and recovery process. When the upper lid 16 is temporarily combined with the lower lid 10, the gasket 20 includes a thick portion 28 and a thin portion. 30, the two are engaged by a slanting portion 32, and when the gasket 20 is tightly attached to the recess 18 of the upper lid 16 and embedded in the opening 12 from the lower lid 10, the gasket 20 is tied with the inclined portion 32. Adjacent to the periphery of the opening 12 of the lower lid 10, the gasket 20 is adhered to the inner wall of the opening 12 of the lower lid 10 by the thin portion 30, and the thin portion 30 of the gasket 20 is sandwiched between the upper pots The recess 18 of the cover 16 is spaced between the inner wall of the opening 12 above the lower lid 10. The lower opening 14 of the lower lid 10 further includes a rim 26 which is when the hood 10 covers the pot 34 Close to the inner edge 36 of the pot body 34, the effect of the tightness is produced. Meanwhile, when the pressure is applied to the lid of the lid 24, the upper lid 16 will Gradually retracting into the inside of the lower lid 10, the force generated when pressing down forces the inclined portion 32 of the gasket 20 which is originally pressed against the periphery of the opening 12 above the lower lid 10 to produce a partial radial sliding, together with The thick portion 28 of the gasket 20 is retracted into the opening 12 above the lower lid 10, thereby driving the entire upper lid 16 to move downward (the process is not shown, between the state of the fourth drawing and the completion of the sixth drawing) Until fully retracted to the state as shown in Fig. 6. Referring to the fifth and sixth figures, when the lid handle 24 is pressed down, the upper lid 16 can be completely accommodated inside the lower lid 10, Reduce the overall height of the Taji pot lid. Furthermore, the washer 20 covering the recess 18 of the lower lid 10 has a thick portion 28, a thin portion 30 and a slope portion 32 in an elastic release state. If it is necessary to be used again, the lid handle 24 is pulled backward. In order to drive the upper lid 16 upward, or push the upper lid 16 upward from below, the upper lid 16 can be returned to the original height, and the lower lid 10 and the upper lid 16 are combined again to form a complete tower. The lid structure. Please understand that during the process of pushing up (or pulling) the upper lid 16 upwards to the original height structure, the thick portion 28, the thin portion 30 and the inclined portion 32 of the gasket 20 will return to the same as shown in the fourth figure. In conjunction with the state, the flange 22 provides a positional retention during the process to prevent the upper and lower lids (16, 10) from being loose or improperly displaced, so as to maintain a stable displacement process and gradually return to the original tower. The grate lid structure also forms an integrated lid structure even if the lower lid 10 and the upper lid 16 are again joined by the ring of the gasket 20. In the foregoing specification, the present invention has been described only in terms of specific embodiments, and various changes or modifications can be made in the design features of the present invention. Therefore, obvious substitutions and modifications to those skilled in the art will still be incorporated in the scope of the patent claimed herein. M442111 [Simple description of the diagram] The first picture is an exploded perspective view of the pot lid and pot body of the present creation. The second figure is a combination of the first figures. The third figure is a schematic view of the appearance of the second figure. The fourth drawing is a schematic cross-sectional view and a partial enlarged view of the second drawing. The fifth figure is a schematic view of the appearance of the state after the second drawing is pressed. The sixth figure is a schematic cross-sectional view of the fifth figure. [Main component symbol description] 10. Lower lid 12. Upper opening 14. Lower opening 16. Upper lid 18. Concave 20. Washer 22. Flange 24. Cover handle 26. Ring edge 28 / Thick section 30. Thin Part 32. Oblique portion 34. Pot body 36. Inner edge