TWM422259U - Flexible Ultra-thin electrothermal component structure - Google Patents

Flexible Ultra-thin electrothermal component structure Download PDF

Info

Publication number
TWM422259U
TWM422259U TW100208050U TW100208050U TWM422259U TW M422259 U TWM422259 U TW M422259U TW 100208050 U TW100208050 U TW 100208050U TW 100208050 U TW100208050 U TW 100208050U TW M422259 U TWM422259 U TW M422259U
Authority
TW
Taiwan
Prior art keywords
electric heating
heating element
conductive
thin
flexible ultra
Prior art date
Application number
TW100208050U
Other languages
Chinese (zh)
Inventor
Yin-Qiang Wu
Original Assignee
Taiwan King Lung Chin Ptc Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Taiwan King Lung Chin Ptc Co Ltd filed Critical Taiwan King Lung Chin Ptc Co Ltd
Priority to TW100208050U priority Critical patent/TWM422259U/en
Publication of TWM422259U publication Critical patent/TWM422259U/en

Links

Landscapes

  • Resistance Heating (AREA)
  • Surface Heating Bodies (AREA)

Description

玉、新型說明:: .... ‘ . .. . 【新型所屬之技術領域】 湖作撓性超薄電熱麵結構改良,纟要將預製成型且導 :電奈米碳粉末塗層的導電熱膜,依模組製成適當的發熱溫度或 ::=,供配合實際使用需要,直接置人壓合機具内做上、下絕 :的包覆,構成安全的電熱元件,依成型電熱元件兩端或兩 別塗裝!艮電極層及通電端子,供通電加熱使用,彼導電執 :緣片連體設計,達到電熱_撓性任意無限延伸、組装 .女王使用及加熱使利確實的實甩目的。、 【先前技術】; - · . .. .... ' ... . ' • - . · · · - _ . :t 一般常見電加熱元件的結構設計,通常以線路迴繞方式印 縣論是__攀工’大致設成如以 成具適當曲折回路的導電加献9 η、s;人 、 丨、^ l 片(2 〇 ),配合通電之電極延伸 ( 2 0 ) :】先:灣覆獅組㈣其固定於一較大的貼‘ 再於取末糾¥電._蟬錫電線(2 2)組達通電 接,供合電線與銅或錄合金製加熱片(20)做相連 達到賴面的延伸’其設計:,主要藉由銅或錄合金片電 二熱’而以此等電熱元件設計,最大的使用缺點,即並所 的電加熱片C2 0 )’以銅或錄合金〆的加工,不僅成么所^ ^因^金屬質片體有其-定的延伸長度,.故而在連續延^上使 相接點較多的不便及銜接處電力損艳的情形,尤其以金屬製 ·. . - ·.·, · · · . · · . - _ . 薄片式之電加熱片(2 Ο ) ’其固態及金屬材質,不僅無法做隹 意收折,更容易因為受彎折或碰撞而產生斷裂,進而產生斷電 或接觸不良’ α致無法生熱的情形’就整個收置貯存及包裝上 一直很令生產業著及消費者,感到極大的困擾與不便,而以命 來愈多大型且需較特殊延申長度或曲度包覆使用的電熱元件^ 用’如何使電熱元件的包覆使用達到符合安全友熱度使用霉 要,並具組裝簡化的製作便利性,其一直是業者所積極研發的 目標,期能更符合實際使用的方使性及產業發展乏經濟價▲。 .【新型内容】::::. - . · · . .. · - . —圓-圓 . . · 圓, -'· 本創作者有鑑於傳統具彎曲包覆貼置功效的電熱元件,於 實際產製及組裝使用上所產生諸多實用性不便缺失,特依多年 來於電熱元件實際開發設計使用友製作組裝的經驗,依實際使 用需要加以改良锋計,終於崩發出未創作之一種撓姓超薄^熱 元件結構改良,將導電熱膜以絕緣片上、下塵枯固包覆,. 電熱元件結構使甩的安全,以往固定包覆式的發熱面,當較大 面積或特殊為曲弧加熱面使用時·,往往需做多片的貼覆連結, 通電連接及膏曲貼覆時,容易發生加熱不均的情形,通過無限 延伸的貼覆故良設計,使電熱先件使用不會有通電斷路及加熱 不合實用的缺失。 . .... ‘ - - . 本創作之創作目的:將導電發熱膜貼覆的電爇元件,依實 際使用電壓升溫需要,於塗層之導電熱膜與上、下絕緣片做捲 製,無限延長壓合侧貼覆成型,.使其發熱面積可做相對的塗 裝形狀變換’再以銀電極層及通電端子做通電生熱的加熱控制 改善’透過導電熱膜與絕緣片連續壓合一體成形,方便電熱元 件的任意延伸貼附使用,確保達到多元簡便實用之目的<‘、 M422259 【實施方式】. Ί Μ便查委員能,—步瞭解本創作之結構特徵及其 貝用目的,以下謹配合實施例配合詳細說明如后: 本創作撓性超薄加熱元件結構改良,係將一般以通電生 ^阻加紅導賴難作的懸树(^ Q ),齡^^ 之録結構料,㈣—五_示,將導^^ 1)叹由(奈米碳)製成塗層狀適當厚度的薄膜面,自然形成 5特殊撓性輕薄的加熱膜結構,依實際使用的需要,製成 賴網格㈣作的長片或擦狀間_列赋樣按1設^ 、 2)或貝穿點,亦可設成間隔的條槽狀排列,將益 延長的導電熱膜、(1 η予以製成整捲狀的薄膜面結構,ς合: 透明或具彩色薄片狀絕緣材製成的絕緣片(1 貼覆’經導引入機具輪壓包覆成完整的電熱元件(m : $、'、邑、、,片(1 =)上下貼製壓合的加工時,透過適當的壓合操 f本、下絶緣材料,得以由其中導電熱膜(丄工)上預設 、”、、、並依、结合的兩铡或片體表面適當位置,分別 以銀電極層(1 4 )做塗佈,充為通電料的稱,形成一具 此力的電熱凡件〈1〇)結構,而通過本別作的連續 ,成f的電熱凡件(1 Q ),供依實際使用需要裁製電熱元件 (1 〇 )的長度或寬面形狀,再於端點處料_通電端子(1 5)或焊錫,便可簡易達到通電生熱的使用功放。: + 創作電熱元件(1 0 )的使用,於實際加熱物件所 Μ口”、、工間需要,可做任意造形面積的貼附組裝使用.,透過本 - - · ·. ·· M422259 慮:;整個_丨(1 〇)的貼置,舰 絕緣外側,以雙面膠臈貼附,使用時,僅需將雔面取;^主方 ,撕除後,便可將發熱面i易的貼置到被加如 附加熱安全及便利使甩之功效目的。二達j貼 ^以本創作所設料狀導電熱膜/⑴⑨可依使用者所需: 岬定賴、财、_、叫、雜_研 裁切製作,通過銀電極層(14)普佑枋罢蟒姑 田、 〜心/ )塗佈置變換,控制發熱面 在取適*的發熱位置使用外,其最大的特性,即對於類似水其 或刻等:大面積防積雪的加熱輔助上.,.通過㈣艮二 ^娜組裝特性’:於特定的位置做大面積或較長面積^伸 11)的塗層面積的佈設上,可簡凑的以條槽狀 .的間隔面(16)倣為加熱面或溫升的變換調整,使同一導雷: U(11)塗層的成形上,可做任意變換形狀或功率密★等 加熱&升效率的調整變換,而以本創作之導電熱膜(1 η上、 下分由絕緣則(13)貼附,配合橡膠f料的加壓貼合、:使 士二下絕緣材料於透空部份做膠合·一體,整張成形的電紙' 兀件(1 0 )整體結構談計,保持導電加氣祕包覆安全完^ ^ .走電 <’、、兀件 (10 )的組致使用,達到連 =成型及簡易取用之實施,確為傳統具軟式貼覆設計.的電熱元 件(1 0 )的創新構造設計。 - ' '· · ' *综上所述’本創作撓性超薄電熱元件結構改良.,運用導電 ^上、下結合膠質地的絕緣材,做包覆成完整具無限延伸效 月連續性電熱元件結構,使一般具軟式貼附功效的電熱元件 的只用範圍知到突破性的結構設計改良,更方便做多樣化的使 用組裝變換,令電熱雜的使収符多元卿需要,就其產製 M422259 .· ^ , ...... ....:. . . _ __ . . ·. - ». . .. · .· _· — - » . ·> · .· ♦ - ·- ··- ,. ...- . . , .: 技術的簡化•及實用性的提升增進事實,確為同類商品的首創更 -;' ·- -···.- ·· · ·. . ·. · ' ,富經濟的結構創新改良設計,更已符合新型專利的要件,爰依 法提出申請。v:Jade, new type description:: .... ' . . . . [New technical field] The lake is made of flexible ultra-thin electric heating surface structure, which will be pre-formed and guided: electric nano carbon powder coating Conductive hot film, according to the module to make appropriate heating temperature or:: =, for the actual use needs, directly placed in the press machine to do the upper and lower: the package, constitute a safe electric heating element, according to the forming electric heating Both ends of the component or two coatings! 艮 electrode layer and power terminal, for electric heating use, the other conductive: edge piece piece design, to achieve electric heating _ flexible any infinite extension, assembly. Queen use and heating makes the real The purpose of the actual purpose. , [Prior Art]; - · . . . . . ' . . ' • - . · · · - _ . :t The general structural design of electric heating elements, usually in the form of circuit rewind __Pumper' is roughly set up as a conductive extension with a suitable tortuous loop. 9 η, s; person, 丨, ^ l piece (2 〇), with energized electrode extension (20):] First: Bay The lion group (4) is fixed to a larger sticker's and then retracted to the end. The 蝉 tin wire (2 2) group is connected to the power supply, and the supply wire is connected to the copper or the alloy heating piece (20). To achieve the extension of the surface 'its design: mainly by copper or recorded alloy sheet electric two heat' and this electric heating element design, the biggest use of shortcomings, that is, the electric heating sheet C2 0) 'copper or recorded The processing of alloy crucibles is not only a matter of ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ Made of metal ·········· · · · · · - _ . Sheet-type electric heating sheet (2 Ο ) 'The solid and metal materials, not only can not be folded, more Because of the breakage caused by bending or collision, resulting in power failure or poor contact 'α can not generate heat', the whole collection and storage and packaging have always made the production industry and consumers feel great trouble and inconvenience. The electric heating element that is used in a large size and needs to be coated with a special extended length or curvature is used to 'how to make the coating of the electric heating element to meet the safety and friendliness, and to simplify the assembly. Convenience, it has always been the goal of the industry's active research and development, and it can be more in line with the actual use of the party and the lack of economic value of industrial development. [New Content]::::. - . · · . . . · - . - Circle - Circle . . . - Circle, -'· This creator has a conventional electric heating element with curved coating effect. Actual practical production and assembly and use have many practical inconveniences. In particular, I have been working on the actual development and design of electric heating elements for many years. I have to improve the front-end plan according to the actual needs, and finally collapsed. The ultra-thin and hot element structure is improved, and the conductive hot film is coated with the insulating sheet on the upper and lower sides of the insulating sheet. The electric heating element structure makes the crucible safe. In the past, the fixed-cover type heating surface is used for a large area or a special curved arc. When the heating surface is used, it is often necessary to make a plurality of patching connections. When the power is connected and the paste is applied, the heating unevenness is likely to occur, and the design is extended by the infinite extension, so that the electric heating element is not used. There is a lack of electrical disconnection and heating. . . . ' - - . The purpose of this creation is to make the electric heating element coated with the conductive heating film, according to the actual use voltage, to heat the coated conductive film and the upper and lower insulating sheets. Infinitely extending the press-side side to form, so that the heating area can be changed relative to the shape of the coating. Then, the heating control of the silver electrode layer and the energized terminal for heating and heating is improved. The film is continuously pressed through the conductive film and the insulating sheet. It is formed in one piece, which is convenient for any extension and attachment of electric heating elements, ensuring the convenience and convenience of multiple purposes. ', M422259 [Embodiment]. Ί Μ 查 查 查 , , , , , , , , , , , , , , , , , , In the following, we should cooperate with the examples to explain in detail the following: The structure of the flexible ultra-thin heating element is improved, which is generally a hanging tree (^ Q ) that is difficult to make with electricity and resistance. The structural material, (4)-five_show, will guide the ^^ 1) sigh (nano carbon) into a coating-like film surface of appropriate thickness, naturally forming 5 special flexible and lightweight heating film structure, according to the needs of practical use Made of Lai grid (4) Or the wiper_column sample can be set to 1 by ^, 2) or the piercing point, or can be arranged in a spaced groove arrangement, and the conductive film can be extended, and the film can be made into a whole roll. Surface structure, twisting: Insulating sheet made of transparent or colored flaky insulating material (1 affixed 'introducing machine-wrapped wheel to form a complete electric heating element (m : $, ', 邑, ,, piece (1 =) When the upper and lower presses are pressed and pressed, the proper insulation and the lower insulating material can be pre-set by the conductive hot film (the completion), and the two are combined. The surface of the crucible or the surface of the sheet is coated with a silver electrode layer (1 4 ), which is filled with the electric material, forming a structure of electric heating element (1〇) with this force, and continuous through the other , the electric heating element (1 Q ) of f, for the actual use needs to cut the length or wide shape of the electric heating element (1 〇), and then at the end of the material _ power terminal (1 5) or solder, you can It is easy to use the power amplifier for heating and heating.: + The use of the electric heating element (10) can be used in the actual heating of the object. The attachment of the shape area is assembled and used. Through this - - · · · · M422259: The whole _ 丨 (1 〇) is placed on the outside of the ship insulation, attached with double-sided tape, when used, only Take the 雔 取; ^ main party, after tearing off, you can put the heating surface i easy to attach to the added heat security and convenience to make the purpose of the effect. Erda j paste ^ with the material set in this creation Conductive hot film / (1) 9 can be customized according to the user: 岬定赖,财,_,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, Set the transformation, control the heating surface to use in the appropriate heating position, its maximum characteristics, that is, for similar water or engraving: large area anti-snow heating heating aid., through (four) 艮 二 ^ Na assembly characteristics ' : The layout of the coating area of a large area or a long area of a specific area is extended at a specific position, and the partition surface (16) of the strip-like shape can be simply modified to be a heating surface or a temperature rise adjustment. Make the same guide mine: U (11) coating can be formed by any transformation shape or power density ★ heating and ampere lifting efficiency adjustment, and the conductive The film (1 η upper and lower points are attached by insulation (13), and the pressure fit of the rubber material f is used, and the insulating material of the second material is glued and integrated in the transparent part, and the whole formed paper is formed. ' The whole structure of the piece (1 0) is discussed, and the conductive and aerated secret coating is safely finished. ^ ^. The use of the electric power <', and the piece (10) to achieve the connection = molding and easy access The implementation is an innovative structural design of the electric heating element (10) that is traditionally designed with a soft overlay. - ' '· · ' *In summary, the structure of the flexible ultra-thin electric heating element is improved. The insulating material with the upper and lower layers of the adhesive is used to form a complete and continuous extension of the monthly continuous electric heating. The structure of the components enables the use of the electric heating elements with soft attaching functions to improve the breakthrough design of the structure, and it is more convenient to make a variety of use and assembly transformations, so that the electric heating and the heat are required to meet the needs of the multiple M422259 .· ^ , ...... ....:. . . _ __ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . - ··- ,. ...- . . , .: Simplification of technology and improvement of practicality to enhance the facts, indeed the first creation of similar products -; '---····.--·· · ·. · · · ', the structural innovation and improvement design of the rich economy has also met the requirements of the new patent, and applied in accordance with the law. v:

Claims (1)

、申請專利範圍: Γ年月曰扁充 1 · -機性超薄電熱元件結構改良,包含有薄片軟 導電熱臈及其表面包覆的絕糾,兩繼佈通電用之銀電^ 層’和導電用料,其特料電触設成捲狀的薄 、面上下兩娜刀別以橡膠質料的絕緣片,以輪壓膠合— 體包覆導電細構成-可連續無限延伸的電熱元件結構。 2·如申請專利範圍第1項所述的撓性超薄電熱元件結 良其中導電熱膜之膜面上設有網格狀細孔分佈,供橡 膠質料的絕緣片上、下壓合包覆時,形成膠合連結一體的粘 固輔助。 3·如申請專利範圍第1項所述的撓性超薄電熱元件結 構=良’其中導電熱膜上設有銀電極層塗佈,並於銀電極層 以端子做通電連結設置。 4·如申請專利範圍第1項所述的撓性超薄電熱元件結 構改良’其中上、下貼覆之絕緣片以透明或彩色膠材使用。 5·如申請專利範圍第1項所述的撓性超薄電熱元件結 構改良,其中絕緣片以矽橡膠、ΡΙ(ΚΑΡΤΟΝ)、PET等絕緣材選 用製作者。Patent application scope: Γ 曰 曰 曰 · · · · · · · · · · · · · 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机 机And the conductive material, the special material is electrically connected to the thin shape of the roll, the insulating sheet of the rubber material is used for the surface of the two knives, and the electric conductive element structure can be continuously extended infinitely by the wheel pressure gluing - the body is covered with the conductive thin structure. . 2. The flexible ultra-thin electric heating element described in claim 1 is characterized in that a fine pore distribution is formed on the film surface of the conductive hot film, and the insulating sheet for the rubber material is coated on the upper and lower sides. , forming a glue joint to form a solid support. 3. The flexible ultra-thin electric heating element structure as described in claim 1 wherein the conductive hot film is coated with a silver electrode layer and is electrically connected to the silver electrode layer by a terminal. 4. The flexible ultra-thin electric heating element structure as described in claim 1 wherein the upper and lower insulating sheets are used in a transparent or colored rubber. 5. The structure of the flexible ultra-thin electric heating element according to claim 1, wherein the insulating sheet is selected from the group consisting of insulating materials such as ruthenium rubber, ruthenium (ruthenium) and PET.
TW100208050U 2011-05-06 2011-05-06 Flexible Ultra-thin electrothermal component structure TWM422259U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
TW100208050U TWM422259U (en) 2011-05-06 2011-05-06 Flexible Ultra-thin electrothermal component structure

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
TW100208050U TWM422259U (en) 2011-05-06 2011-05-06 Flexible Ultra-thin electrothermal component structure

Publications (1)

Publication Number Publication Date
TWM422259U true TWM422259U (en) 2012-02-01

Family

ID=46459537

Family Applications (1)

Application Number Title Priority Date Filing Date
TW100208050U TWM422259U (en) 2011-05-06 2011-05-06 Flexible Ultra-thin electrothermal component structure

Country Status (1)

Country Link
TW (1) TWM422259U (en)

Similar Documents

Publication Publication Date Title
CN202143233U (en) Flexible ultra-thin electric heating component structure
CN202617386U (en) A kind of soft electric heater
CN205356712U (en) Low pressure thermo electric material
CN102984833A (en) Flexible far-infrared heating film, preparation method thereof and far-infrared blanket produced through same
TW540185B (en) Paper-based battery and its manufacturing method
CN111787650A (en) Graphene heating fabric and preparation method thereof
CN108915184A (en) A kind of electric heating wallpaper
CN207543357U (en) A kind of wearable far infrared surface film heater of intelligent flexible
TWM422259U (en) Flexible Ultra-thin electrothermal component structure
CN109152112A (en) A kind of graphene heating film and preparation method thereof
CN201063873Y (en) Electrothermal semiconductor film heating element
CN204377167U (en) A kind of flexible planar body heating board
CN110952741A (en) Electric heating wallpaper with three built-in electrodes
CN104559826B (en) A kind of conductive tape
CN222852411U (en) A carbon nanotube electric blanket
CN210491239U (en) Textile material, intelligent clothing and heating device with flexible electric heating function
CN209397154U (en) Adhesive, masking, conductive integrated die-cut tape
CN220198771U (en) Electric heating composite flexible sheet
CN106998598A (en) A kind of intelligent heating body, its preparation method and application
CN206846881U (en) A kind of electric heating electro-heat equipment
CN206315184U (en) Double-insulated single-layer thermal insulation graphene heating film for health care products
CN214256651U (en) A kind of non-electric radiation graphene electric heating film
CN202085327U (en) Energy-saving electrothermal ultrathin multipurpose hand protecting pad
CN201919180U (en) Energy-saving multi-purpose ultrathin electric heating hand pad
CN203057556U (en) Constant-temperature carbon-crystal electric heating pad

Legal Events

Date Code Title Description
MM4K Annulment or lapse of a utility model due to non-payment of fees