M267788 八、新型說明： 【新型所屬之技術領域】 本創作屬電加熱技術領域，特別係指一種熱化學反應電熱錢膜電敎 疋件勒新設計，具純相製程衫會造成環境污染之功效。，、、 【先前技術】 按，電熱元件運用十分廣泛，以彈筒電熱管（或稱卡式電敎管M267788 8. Description of the new type: [Technical field to which the new type belongs] This creation belongs to the field of electric heating technology, especially referring to a new design of a thermochemical reaction electric heating film film electrical component, which has the effect of pure phase process shirts that will cause environmental pollution . ,,, [Previous technology] According to the press, electric heating elements are widely used, with cartridge electric heating tube (also called card type electric tube)
Canndge Heaters)為例，由於彈筒電熱管具有體積短小、可設計超 率、高溫壽命長、經久耐岐易安料優點，廣泛於各式大 ’、莫具及機械設備之高低溫插入型加熱用。 狀I用Γ熱元料相第—騎示，其衫包財—縱形狀的棒 ’於該基材⑷表_有電熱、_，該電熱絲⑻之二端 延·^ 各财於基材⑷之電極孔(c)中，再於電極孔⑹中 诰，苴m 士 係電熱絲繞線的方式製 屬材Γ 不符經濟效益為其缺失。又，該電熱元件運用於金 :=熱環境時(指制接觸部為金屬材質時)，為了避免漏 节導二(另°又#導R(E)套於電熱疋件的外緣【請參閱第二圖】， ㈣熱元件間並填充有類如氧化鎂等材質之絕緣層⑺，以 =導熱，細氧化鎂絕緣糊之充填又是耗時之製程，且充座時 塵’造成顧的污染為其缺失。❹卩魏行制麟存有最-之缺失，此缺失乃成業界亟待克服之難題。 【新型内容】 本創作研創人雲於習用技術之缺失，積其多年實際從事精密陶究科 M267788 技工業產品之設計製造專f知識，經不斷研究、改良後，終有本創作 之研創成功，公諸於世。 緣疋’本創作之主要目的在提供一種「電熱元件」，其主要包括有 -預疋緣的棒狀基材，該基材表面具有電熱鍍膜層，該電熱錢膜層 之二端各連結有一電極者。 曰 本+創作之另—主要目的在提供—種「電熱树」，其中，該基材具 -電極孔’電熱賴層二端分騎結導體於各相對電極孔中， 極孔則各設電極與導财結，電極並延設出基材之—㈣二側者T 本創作之再一主要目的在提供一種「電熱元件 膜層具有二道不具電熱鑛膜之缺槽，該二道缺槽—側具有開=電= 鑛膜層於該二開口處之頭端設有電極者。 I、、、 本創作之另一主要目的在提供一種「電熱元件」， 膜層外緣具有耐熱絕緣層，以適屬:、，電熱鍍 用，以防正漏電者。.屬材貝官壁接觸環境中使 【實施方式】 為達成本創作麵目的之技術手段，❹彳舉―實" 說明如後，貴審查委員可由之對本創作之 ^ 1 ’亚配合圖式 獲致更佳之瞭解。 再特政及所違成之功致， 首先’请芩閱第三圖之本創作實施例 包括有—狀形狀的棒狀基材⑴【如轉、I相可知本創作主要. 該基材⑴表面具妓有作為加制之電轉卵、方I.等形狀】， 為習用電阻材料，如：錫♦鉻系合金、鋼二1)【電熱鍍膜村料 、"金、銅n孟合金··· M267788 等】，本創作於基材（）上 溫霧化紐枝，魏賴料枝祕轉絲方法（高 極(3)，藉以導通電源、/ ) ’对熱鍍膜層（2)二端各連結有一電 表面設具電鱗騎⑵，Γ電加熱目的者。由於本創作係於基材⑴ 熱絲者相較，可節省纏给亥電熱錢膜層⑵來加熱，與習用纏繞電 熱效能之缺失。％、、、絲的時間’亦不會有電熱絲斷裂失去加. 本幻作。又置二極⑶的方式，可於前述基材⑴設二個電極孔（⑻， ::、::：()ι:Γ 分:f 結導體(2· 延1:材丨1)之Π各私椒3)，而與導體(2°)連結，電極(3)並 材⑴之_或二側者。本創作設置電極⑶的 别述電熱賴層⑵之二端分 出基材⑴之二側者。 （）【5月參閱第四圖】，並延設. 姑明再配口參閱第五圖’本創作前述電熱鑛膜層⑵具有二道不具電 ，、、、、鍍膜之缺槽⑽【麵膜製程時先將該缺槽⑻區域遮蔽，鍍膜完 錢取下^物，即可得不具電熱賴之缺槽⑵）】，該二道缺槽⑵） -側具有開Π⑵），電熱賴層⑵於該二如（22)處之頭端設有電極 (3)者。 再者’本創作前述電熱鍍膜層⑵外緣具有耐熱絕緣層⑷【請象閱 第六圖】’該耐熱絕緣層⑷的材料可為絕緣的有機無機耐執陶曼材 料’以取代習者填充氧化鎂的方式，摒除f用技術製程造成的粉塵環 境㈣，運與金屬材質管雖_境巾使料，㈣耐熱絕緣層 (4)來防止漏電者。 9 7 M267788 如此而達本_設計目的，堪稱_實用之創作者。 綜上所述，本創作所揭露之—種「電統件」為昔所I 見於國内外公開之刊物 曰 摒除專顺件，林創作確可 摒除I用技錢失，並達成設計目的，亦已紐符合新型專利之「可 ^產業上利用之新型」專利要件，爰依法提出申請，謹請貴審查委員 心予審查，並賜予本案專利，實感德便。 惟以上所述者，僅為本創作之一較佳可行實施例而已，並非用以拘 本創作之上圍’舉凡熟悉此項技藝人士，運用本創作說明書及申請 丨範圍所作之等效結構變化，理應包括於本創作之專利範圍内。 【圖式簡單說明】 第一圖係習用電熱元件剖面圖。 第二圖係、制具導筒電熱元件剖面圖。 第三圖係本創作實施例剖面圖。 第四圖係本創作另—端子配置實施例刹面圖。 第五圖係本創作另一實施例正視、剖面圖。 第六圖係本創作具耐熱絕緣層電熱元件剖面圖。 【主要元件符號說明】 (A)基材 (C)電極孔 (E)導筒 (1)基材 (B)電熱絲 (D)電極 (F)氧化鎂絕緣層 (10)電極孔 M267788 (21)缺槽 (2) 電熱鍍膜層 (20)導體 (22)開口 (3) 電極 (4) 财熱絕緣層Canndge Heaters), for example, because the cartridge electric heating tube has the advantages of short volume, design overrate, long life at high temperature, long-lasting resistance and easy material stability, it is widely used in various types of heating equipment, high temperature and low-temperature plug-in heating. use. The shape I uses the Γ thermal element material phase-riding, its shirts and bags-long-shaped rods on the substrate ⑷ table _ have electric heating, _, the two ends of the heating wire 延 are extended on each substrate ^ In the electrode hole (c) of ⑷, and then in the electrode hole 诰, the way in which the 苴 m-type electric heating wire is wound is made of a material Γ which is inconsistent with economic benefits and is therefore missing. In addition, the electric heating element is applied to gold: = in a hot environment (when the contact part is made of metal), in order to avoid leakage of the second lead (otherwise, the guide R (E) is placed on the outer edge of the electric heating element [Please (See the second picture), ㈣The thermal elements are filled with an insulating layer of materials such as magnesium oxide, etc., = = thermal conductivity, the filling of the fine magnesium oxide insulating paste is a time-consuming process, and the dust caused by charging Pollution is its deficiency. The Wei-Ling system has the most -deletion, which is a problem that the industry needs to overcome. [New Content] This creative research and creation person is lacking in conventional technology, and has accumulated many years of actual practice in precision. Tao Keke M267788 Design and manufacturing expertise of technical industrial products. After continuous research and improvement, the creation and creation of this creation will be successful and made available to the world. Yuan Jian'The main purpose of this creation is to provide an "electric heating element", It mainly includes a rod-shaped substrate with a pre-curved edge, the surface of the substrate has an electrothermal coating layer, and two ends of the electrothermal money film layer are each connected with an electrode. This version + creation of another-the main purpose is to provide-species "Electric heating tree", wherein the substrate has- The two ends of the electrode hole's electric heating layer are connected in the opposite electrode holes, and the electrode holes are each provided with an electrode and a conducting junction, and the electrodes are extended from the base material. The purpose is to provide a "electric heating element film layer with two slots without electric heating ore film, the two slots-side with open = electricity = ore film layer with electrodes at the ends of the two openings. I. Another main purpose of this creation is to provide a "electric heating element", the outer edge of the film layer has a heat-resistant insulating layer, suitable for: ,, electroplating, to prevent positive electricity leakage .. The material of the shell is in contact with the environment [Embodiment] In order to achieve the purpose of the creation of the technical means, to cite "real", as explained later, your review committee can get a better understanding of the ^ 1 'sub-cooperation scheme of this creation. And the violations, first of all, 'please read the third picture of this creative embodiment includes a rod-shaped substrate with a shape like [if turned, phase I can know that this creation is mainly. The surface of the substrate has a prostitute It has the shape of a modified electric egg, square I., etc.], which is a conventional resistance material Such as: tin chrome alloys, steel 2) [Electrothermal coating materials, " gold, copper n-Meng alloy ... M267788, etc.], this work is created on the substrate () temperature atomization button, Wei Lai material Rotary wire spinning method (high pole (3), through which the power is turned on, /) 'Each of the two ends of the hot-dip coating layer (2) is connected with an electric surface provided with an electric scale rider, and Γ is electrically heated for the purpose. Since this creation is based on the base material ⑴ hot wire, it can save the heating of the electric heating film layer 亥, and the lack of the traditional winding electric heating efficiency. % ,,, and the time of the wire ’will not be lost if the heating wire is broken. In the way of setting a two-pole ⑶, two electrode holes (⑻, ::, :: :() ι: Γ points: f junction conductor (2 · extension 1: material 丨 1)) can be provided on the aforementioned substrate. Each private pepper 3) is connected to the conductor (2 °), and the electrode (3) is one of the two or both sides. In this work, the two ends of the other electrode of the electric heating layer 设置 are divided into two sides of the substrate ⑴. () [Refer to the fourth picture in May], and extend it. Gu Ming re-matched the port and refer to the fifth picture 'This creation of the aforementioned electrothermal mineral film layer has two non-electrical, non-electric ,,,,, and lacking coatings on the surface [face During the film manufacturing process, firstly cover the area with no slot ，, remove the ^ object after coating, and you can get the slot 不 without electrical heating)], the two slots ⑵)-the side has open Π⑵), the layer of electrical heating (2) Those with electrodes (3) at the ends of the two places (22). Furthermore, the above-mentioned electrothermal coating layer has a heat-resistant insulating layer on the outer edge. [Please see the sixth figure] 'The material of the heat-resistant insulating layer 可 can be an insulating organic-inorganic resistive ceramic material' to replace the filler. The magnesium oxide method eliminates the dust environment caused by the technical process of f. Although metal pipes are used, the heat-resistant insulating layer (4) is used to prevent leakage. 9 7 M267788 In this way _ design purpose, can be called _ practical creator. To sum up, the type of “electric system” disclosed in this creation is the one that I have seen in the domestic and foreign publications. Excluding the obedience, Lin's creation can indeed eliminate the loss of technical money and achieve the design purpose. New patents that meet the requirements of the "new industrially applicable" patents for new patents have been submitted in accordance with the law. I would like to invite your reviewing committee to examine them and grant them patents. However, the above is only one of the best feasible embodiments of this creation. It is not intended to limit the scope of this creation. For those who are familiar with this art, use this creation description and the equivalent structural changes made in the application. , Should be included in the scope of the patent of this creation. [Schematic description] The first figure is a sectional view of a conventional electric heating element. The second figure is a sectional view of the electric heating element of the tool guide. The third figure is a sectional view of this creative embodiment. The fourth figure is a brake surface view of another embodiment of the terminal configuration. The fifth figure is a front view and a cross-sectional view of another embodiment of this creation. The sixth figure is a cross-sectional view of the electric heating element with a heat-resistant insulating layer. [Description of main component symbols] (A) Substrate (C) Electrode hole (E) Guide tube (1) Substrate (B) Heating wire (D) Electrode (F) Magnesium oxide insulation layer (10) Electrode hole M267788 (21 ) Notch (2) Electrothermal coating (20) Conductor (22) Opening (3) Electrode (4) Thermal insulation layer