M338730 八、新型說明： 【新型所屬之技術領域】 本創作係提供一種感應加熱裝置之冷卻結構，尤指其 技術上提t、種製作上較為容易的構造，亦可達到相同冷 卻功效。 【先前技術】 按’習知之感應加熱裝置的使用，用以刀柄上刀具的 更換’其内部具有一熱產生構造，該熱產生構造具有一套 °又孔’違套設孔外圍纏繞有感應線圈，以高頻磁力原理來 讓感應線圈產生感應渦電流，而直接發熱，同時，將欲加 熱之刀柄放置於該套設孤内，:利用感應線圈所產生的高溫 r m 71 ^ ^ u s s m ¥ m m , ^ ^ 八膨^的刀柄桿身中完成放置；此時，完成加熱的步驟後 ，該感應加熱裝置内部配合設有一導風裝置提供傳送低溫 氣體者’藉以降低熱產生構造其内部感應線圈所產生的高 溫，讓刀柄桿身口徑因受低溫氣體影響而縮小，而口徑 小後便將刀具夹持住，如此，可輕易達到更換刀具的效果 ，此種使用將刀柄以高溫加熱後膨脹，再結合放置刀具於 刀柄之桿身口徑中，再由導風裝置傳送低溫氣體至套設孔 刀具的更換和裝設方式，更為穩固。 仍存在有下列缺失 惟，其上述習知之感應加熱裝置 習知之感應加熱裝置 其内部所裝設之導風裝置 5 M338730 ’其構造製作上右盆p + 八寸及規袼的限制，梦不六县每浐 二、習知‘ a 士 孕又不合易貝方也。 之感應加熱裝置，直立 ’若有損壞的情形發生，在維修；：;:所裝設之導風裝置 修。 面便不容易做更換及維 是以，針對上述習知結構所 、一種f且ί¥相+ 子在之問4點，如何開發 種更具理想貫用性之創新結 .亦係相關羋者4費者所殷切企盼’ 關菜者/頁努力研發突破之目標及方向。 φ 有鑑於此，創作人本於多 與設計經驗，針對上述之目掉，;力事相關… 終得崎具實用性之本創作Γ攻計與審慎評估後， 【新型内容】 所^欲解決之技術問題點：習知之感約 1 · t ^ # Α # ^ ^ ^ ^ ^ ^ v ^ # ^ M # ^ Jl ^ 及維修較不容易。 2 .其尺寸及規格上需配合整體構造來製造，會因此 而受限。 /解決問題之技術特點：一種感應加熱裝置之冷卻結構 係為‘風座構造結合_送風管，固定裝設於感應加熱 裝置之加熱器頂面，該導風座構造内部設有通道，該通 道延伸至導風座構造外，形成一進風口及一出風口，提供 ^風&以一接頭結合通道，形成傳送低溫氣體之路徑，且 該感應加熱裝置之加熱器上設有與出風口位置相對應之貫 通孔’藉由送風管灌入之低溫氣體，經由該導風座構造内 6 M338730 部的路徑，最後通過加熱器上之貫通孔進入該感應加熱裝 置其加熱器之套設孔内’進行降溫的動作，如此，本創作 以 間易之組裝構造’省略以在複雜的構造製作，即可達 到裝設容易及使用方便的目的。 對照先前技術之功效： 1 ·本創作構造簡易，其裝設容易，可配合裝設位置 '而調整構造型態。 2·本創作為一可拆組元件，當有故障損毀的狀況發 生時’其維修較容易。 有關本創作所採用之技術、手段及其功效，兹舉一較 佳實訑例並配合圖式詳細說明於后，袓信本創作上述之目 的、構造及特徵，當可由之得一深入而具體的瞭解。 【實施方式】 叫彡閱第一圖至第三圖所示，本創作之感應加熱裝置 之冷卻結構，係設於感應加熱裝置（5 〇 )加熱器^斤^^^M338730 VIII. New description: [New technical field] The creation system provides a cooling structure for induction heating devices, especially for the technically t-type, easy-to-prepare construction, and the same cooling effect. [Prior Art] According to the 'known use of the induction heating device, the replacement of the tool on the shank' has a heat generating structure inside, and the heat generating structure has a set of holes and holes. The coil, based on the principle of high-frequency magnetic force, causes the induction coil to generate induced eddy current, and directly generates heat. At the same time, the handle to be heated is placed in the sleeve, and the high temperature generated by the induction coil is rm 71 ^ ^ ussm ¥ Mm , ^ ^ The eight-expansion shank is placed in the shaft; at this time, after the heating step is completed, the induction heating device is internally provided with an air guiding device to provide a low-temperature gas to reduce the heat generation structure. The high temperature generated by the coil reduces the diameter of the shank shaft due to the influence of low temperature gas, and the tool is clamped when the diameter is small. Thus, the effect of changing the tool can be easily achieved, and the shank is heated at a high temperature. After expansion, combined with the placement of the tool in the diameter of the shaft of the shank, and then the air-conditioning device transmits the low-temperature gas to the replacement and installation of the set hole tool, which is more stable. . There are still the following defects. However, the above-mentioned induction heating device of the above-mentioned induction heating device has an air guiding device 5 M338730 installed therein. The structure is made of a right-hand basin p + eight inch and a standard limit, and the dream is not six. Every county in the county, the familiar knowledge of a 'pregnant and not easy to shell. Induction heating device, upright ‘If damage occurs, repair;;;: Installed air guiding device. It is not easy to make replacements and maintenance. For the above-mentioned conventional structure, a kind of f and ί ¥ phase + sub-question 4 points, how to develop an innovative knot that is more ideal and suitable. 4 Fees are eagerly awaiting the goal and direction of the company's efforts to develop and break through. φ In view of this, the creator has more experience in design and design, and it is aimed at the above-mentioned reasons. It is related to the work... After the end of the creation of the original design and careful evaluation, [new content] The technical problem point: the sense of familiarity is about 1 · t ^ # Α # ^ ^ ^ ^ ^ ^ v ^ # ^ M # ^ Jl ^ and maintenance is not easy. 2. Its size and specifications need to be manufactured in accordance with the overall structure, which is therefore limited. / Technical problem of solving the problem: the cooling structure of the induction heating device is a 'wind seat structure combined with a supply air duct, which is fixedly mounted on the top surface of the heater of the induction heating device, and the air guiding seat structure is internally provided with a passage, the passage Extending to the outside of the air guiding seat structure, forming an air inlet and an air outlet, providing a wind and a joint to form a path for conveying low temperature gas, and the heater of the induction heating device is provided with a position of the air outlet The corresponding through hole 'the low temperature gas injected by the air supply pipe passes through the path of the 6 M338730 part of the air guiding seat structure, and finally enters the heater hole of the induction heating device through the through hole in the heater 'The action of cooling down, in this way, the creation of the easy-to-assemble structure is omitted to make it in a complicated structure, and the installation is easy and convenient to use. Compared with the effects of the prior art: 1 · The creation structure is simple, and the installation is easy, and the configuration type can be adjusted in accordance with the installation position. 2. This creation is a detachable component. When a faulty condition occurs, its maintenance is easier. With regard to the techniques, means and functions used in this creation, a better example and a detailed description of the drawings will be given to the above purpose, structure and characteristics of the above-mentioned creations. Understanding. [Embodiment] Referring to the first to third figures, the cooling structure of the induction heating device of the present invention is set in the induction heating device (5 〇) heater ^^^^^
)上 '其係包括有I ^一送風裝置（1 0)，該送風裝置（1〇)包括一送 風管（1 1 )及一導風座構造(12)，導風座構造（1 2 )設進風口 ( 1 9 ^ κ 、 1 2 1 )、通道（12 2 )及出風口（ 1 2 3 )並相互導通，該详前总 λ 哀达風官（11 )藉由接頭（1 2 4 )接設至導風座槿谇r彳 反構k ( 1 2 )進風口（ i 2 1 )，該導風 座構造（1 2 )蕤因宗m、生/ ^ 9 口疋構乂（圖未示）緊密結合於加熱器 (5 1 )上； 一加熱器（5 1 )，上〆丄& ) 该加熱器（5 1 )内部設有一熱 7 M338730 產生構造（5 2 )及該熱產生構造（5 2 )具有一容置加 熱刀柄（6 〇 )之套設孔（5 2 1 ) ’加熱器（5 1 )頂 面蓋設有一環蓋（2 0 )’環蓋（2 0 )内面環繞設有環 凹溝（2 2 )’該環凹溝（2 2 )之朝向導風座構造（1 2 )出風口 （ 1 2 3 )位置設有貫通孔（2 1 )，貫通孔 ，（2 1 )並與出風口 （ 1 2 3 )導通，環凹溝（2 2 )朝 -向熱產生構造（5 2 )套設孔（5 2 1 )設有斜面（2 3 •) ’斜面（2 3 )與套设孔（5 2 1 )間並產生斜下之間 隙（2 4 ); 藉此，加熱器（5 1 )感應加熱裝置(5 〇 )使用後 產生高溫，開啟該裝設容易之送風裝置（1 〇 )將低溫的 氣體灌入，經由導風座構造（12 )、環凹溝（2 斜下之環狀間隙（2 4 )，使氣體順利導入加熱器（5 j )套設孔（52 1 )内，以快速降溫冷卻刀抦(6 〇 )及 加熱器(5 1 )。 i 上述之固定構造得為螺絲、螺紋之蜾爵 ’取代習知設置於The upper part includes an air supply device (1 0), and the air supply device (1) includes a air supply duct (1 1 ) and a wind guide seat structure (12), and the air guide seat structure (1 2 ) The air inlet (1 9 ^ κ, 1 2 1 ), the passage (12 2 ) and the air outlet (1 2 3 ) are connected to each other, and the total λ 达 达 达 达 (11) is connected by the joint (1 2 4 Connected to the air guide seat 槿谇r彳 to construct the k (1 2) air inlet (i 2 1 ), the air guide seat structure (1 2 ) is due to the m, the raw / ^ 9 port structure (Figure Not shown) is tightly coupled to the heater (5 1 ); a heater (5 1 ), upper 〆丄 &) The heater (5 1 ) is internally provided with a heat 7 M338730 generating structure (52) and the heat The generating structure (52) has a sleeve hole (5 2 1 ) for accommodating the heating shank (6 〇). The heater (5 1 ) top cover is provided with a ring cover (20) and a ring cover (2 0 The inner surface is surrounded by a ring groove (2 2 ). The annular groove (2 2 ) faces the air guiding seat structure (1 2 ). The air outlet (1 2 3 ) is provided with a through hole (2 1 ), the through hole , (2 1 ) is electrically connected to the air outlet (1 2 3 ), and the annular groove (2 2 ) is directed toward the heat generation structure (5 2 ) The sleeve hole (5 2 1 ) is provided with a slope (2 3 •) 'between the slope (2 3 ) and the sleeve hole (5 2 1 ) and creates a gap (2 4 ) obliquely downward; thereby, the heater (5) 1) The induction heating device (5 〇) generates high temperature after use, and opens the air supply device (1 〇) which is easy to install, and injects low-temperature gas through the air guiding seat structure (12) and the annular groove (2 obliquely The annular gap (2 4 ) allows the gas to be smoothly introduced into the heater (5 j ) sleeve hole (52 1 ) to rapidly cool the blade (6 〇) and the heater (5 1 ). i The above fixed structure It must be replaced by a screw for the screw and the thread.
綜合上述，此種拆組式的送風裝置， 感應加熱裝置内部的構 的構造，而本創作在製 卻效果，且本創作可裝 ，由上往下傳送 往下傳送，gp KfIn summary, the above-mentioned split-type air blowing device senses the structure of the internal structure of the heating device, and the creation is effective in the creation, and the creation can be loaded and transmitted from top to bottom, gp Kf
而該等 體可從套設孔内， 前文係針對本創作 進行具體之說明；惟， 本創作之精神與原則下j M338730 變更與修改，皆應涵蓋於如下申請專利範圍所界定之範疇 中。 ^ 【圖式簡單說明】 第一圖：係本創作之使用狀態立體圖。 第二圖：係本創作之使用狀態剖面圖。 •第三圖：係本創作之低溫氣體流向示意圖。 •【主要元件符號說明】 • ( 1 〇)送風裝置 (1 1 )送風管 (1 2 )導風座構造 (1 2 1 )進風口 (1 2 2 )通道 (1 2 3 )出風口 (1 2 4 )接頭 (2 0 )環蓋 • ( 2 1 )貫通孔 ♦ (2 2 )環凹溝 (2 3 )斜面 (2 4 )間隙 (5 0 )感應加熱裝置 (5 1 )加熱器 (5 2 )熱產生構造 (5 2 1 )套設孔 (6 0 )刀柄 9And the above descriptions are specific to the creation of the creations; however, the changes and modifications of the J M338730 under the spirit and principles of this creation should be covered by the scope of the following patent application. ^ [Simple description of the diagram] The first picture: a perspective view of the state of use of the creation. The second picture: a sectional view of the state of use of the present creation. • The third picture: a schematic diagram of the flow of low temperature gas in this creation. • [Main component symbol description] • ( 1 〇) air supply device (1 1 ) air supply pipe (1 2 ) air guide seat structure (1 2 1 ) air inlet (1 2 2 ) channel (1 2 3 ) air outlet (1 2 4) Connector (2 0 ) Ring cover • ( 2 1 ) Through hole ♦ (2 2 ) Ring groove (2 3 ) Inclined surface (2 4 ) Clearance (5 0 ) Induction heating device (5 1 ) Heater (5 2) Heat generating structure (5 2 1 ) sleeve hole (60) shank 9