TWM285679U - Improved structure of electric heating pipe for electric water heater - Google Patents

Improved structure of electric heating pipe for electric water heater Download PDF

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Publication number
TWM285679U
TWM285679U TW94216661U TW94216661U TWM285679U TW M285679 U TWM285679 U TW M285679U TW 94216661 U TW94216661 U TW 94216661U TW 94216661 U TW94216661 U TW 94216661U TW M285679 U TWM285679 U TW M285679U
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TW
Taiwan
Prior art keywords
electric heating
electric
tube
heating tube
sensing
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TW94216661U
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Chinese (zh)
Inventor
Ching-Huang Hung
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Tvi Vei Tech Heating Elements
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Priority to TW94216661U priority Critical patent/TWM285679U/en
Publication of TWM285679U publication Critical patent/TWM285679U/en

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Description

M285679 八、新型說明: 【新型所屬之技術領域】 本創作係有關於電熱管構造,特別係指使用在電能熱水器中 的電熱管。 【先前技術】 首先请㈣第-®所不’其為習知—種電能熱水器之電 構造,主要係利用一片狀固定座(1丄)提供電埶管(1 兩端組配結合,並於電熱管(i 2 )的兩端組配電極接頭(i = ^得以讓電熱管(12)透過電極接頭(i 3)與電源連接,兑 中該電熱管(1 2 )的彎曲處係與固定座(工工)銲設結合/另 iti)上組配有—感熱元件(1 4),藉由電熱管(1 ]Γ ί遞熱能至銅金屬的固定座(1 1)後,以此感熱元件 )I測固定座(11)溫度值,而間接測得出電教管 2 )的彎曲處工作溫度值; …、^ 1 雷、、4ίίί』!2)的運作方式係利用電流的熱效應原理,當 ίΐί過Jif(12)内時,其内部的電熱線(15)得以i 並猎由電熱管(1 2 )内所充填的顆粒狀氧化鎂(1 6 ) ^供電熱線(15)傳導熱能至電熱管(丄2)管壁,最处 =傳導至水溶射達到加熱之目的,此外,藉由顆;、月b 6)具有良好的絕緣效果,得 ^、 漏電於水溶液申。 屯…g、丄J )發生 接觸ί而即===(1 2 )有局部部位未與水溶液 電熱管(1 在=液中,而導致 (介質傳遞埶能的能力生之…此無法快速傳導 度逐漸升高:此r當 M285679 俗稱的失水空燒現象;因此為了猶失水线現象,利 i 2 )彎曲處經加熱後其會傳遞部分熱能至銅金屬的 ^疋座(1 1 ),並以感熱元件(丄4 )量測固定座(丄丄) 度值,而間接測得出電熱管(12)的彎曲處溫度;但是,在f 際使用上存在顯著缺失,並請見下列說明; 、 〇、t此種預防失水空燒的結構,在使用上係利用電熱管(1 =^遞熱能至固定座(11)後,再以感熱元件(1 4)量測 :疋坐(1 1 )溫度值,而間接量測出電熱管(1 2 )彎曲虛、、Θ 能在傳遞過程中會不斷發生能量的耗損,以及電埶ί 定座(1 1 )材質導熱係數等差異,而造成感‘元 得=度值與實際真正電熱管(1 2 )溫度值有極 溫度值時^= J 量測到固定座(1 1 )已超過預設 —: g (1 2 )早已開始因過熱而燃燒,因此需 比ί預t度值射熱管(12)的實際溫度 故此種結構有著反應時間緩慢之缺陷 Ο "、'、、 " 人於=2,熱管u 2)的端部以及其彎曲處能以等距結 ‘产;二—1 )上係相當困難地,尤其是電熱管(1 2 )總 是影響的條件與因素,會因此增口、^ 電熱“ 1 2 )祕上_難,以及其高成柄貞擔_擾曰。 才目信經過上面敘述說明後’可明 快速量測電鮮的實際溫餘,避免、 而得以提供更佳贼时纽,並纽^見象’ 【新型内容】 應時感:發生失水空燒的反 M285679 ί熱官的工作溫度值,縮短電熱管遇到失水空燒的反應時間,而 知以增加產品使用壽命,並提供更佳的使用安全性。 ru本創作次要目的,係提供—種不需要精準加工控制電熱管的 程及其尺寸,主要係感測管與電熱管相互接觸結合, 測管量測電熱f的溫度值之設計,讓電熱管不 测定座上,柯辦習知以感熱元件量測 g /JEL又值,故本創作不需要精準加工控制電熱管的曲 讓製作電鮮触餅以更料,贿低了製作電 功效有===成上述目的’所採用之技術、手段及其他之 閱第一虚:二-實知例’並配合圖示詳細說明如下;首先請來 = 7?。, 從圖中顯示出係由-固定座(20)」電 ^其中:、感測官(40)、一溫度感測棒(5 0)所組 (2 0)上開設有—穿孔(21)貝之片體狀構件,並於固定座 且電=¾:等端==(_上, 0)内組配有螺旋狀的電錄’並於電熱管(3 有顆粒狀之氧化鎂(3 電鮮(3 Q )内充填 一電極接頭(3 3 ),電極接^ 3 0 )的各端部有組配 預設電路與電源電性連接;、3)係與電熱線(3丄)以及 該感測管(4〇),其為中介 於固定座(2 0)的穿孔J工之官件’其一端為開口端而插設 測管(4 〇 ) 端為^ 1 )内,並以銲接固定兩者,而感 ί閉狀的延伸端(41),該 M285679 中段係與電熱官(3 Q)的彎曲處相接觸而以銲接結合; 該溫度感爾(5 〇 ),其係組配於感測管(4 〇 )内。 【實施方式】 盥第用方式與功效’請配合參考第二圖 = ’ 口疋座(2 0)組配於電能熱水器(6 〇)-側, ,此^能熱水器(6 ◦)底部具有—進水口( S 2 K ^ 3進水口(61)供未加熱的水溶液流入,而 乂出水口(6 2)供加熱後的水溶液流出。 <加熱過程> μ 3 3)與電源相接通’電流會經由電極接頭 i3 Q)⑽電熱線(31),讓電熱線(31) w 亚糟電熱官(3 〇)内所充填的顆粒狀氧化鎮(3 (3 If 電鮮(2 Q ) f壁處,最後熱能會由電熱管 (30) gj傳冷至水溶液中完成加熱。 <量測電熱管工作溫度值> 的部份結構未與水溶液接觸,而導致該處 觸結合,讓溫度感測棒(5 0)透過感測管& 〇)= 二二(3 0 )的溫度值,以溫度制棒(5 Q )量測所獲得 = >皿度值超過預設溫度值,得以切斷電源至電熱管(3 〇) 机,讓電熱管(3 0 )内的電熱線(3丄)停止加熱動作,· 藉此本___管(4 Q )與電鮮(3 Q )相互接觸 =a,溫度感測棒(5 〇)透過感測管(3 〇)量測電熱管(3 总工作溫度值之設計,讓溫度❹構(5 Q )快速測得電熱 B 3 〇 )的工作溫度值,不僅可以有效避免電熱管(3 〇)部 .M285679 SίϊίΓί溶液接觸所發生的失水空燒現象,縮短電敎管(3 二ίΞίΐϊϊϊ反應時間,而得以增加產品使用壽“及提 ’、更L的使用女王性’並大幅提升該項產品的競爭力。 觸ίί1,用感測管(4 〇 )與電熱管(3 0 )相互接 2ΐ?度Γ設計,讓電熱管(3 °)不需要以其彎曲、 =ΐ〇(、2 〇 )上(即不需同習知以感熱元件(1 4 )量測電 溫度值如第—圖所示),因此不需要精準加工控制電 ,、、、官的寫曲過程及其尺寸,讓製作電熱管的過程得以更快並 降低了製作電熱管的成本。 、 、综上所述,本創作係在固定座上固設有電熱管與感測管,且 感,管與電熱管相互接觸結合,並於感測管内組配有&度感測棒 之$又计,而直接以溫度感測棒透過感測管量測電熱管的溫度值, 不僅可以讓溫度感測棒快速測得電熱管的工作溫度值,縮短電熱 管遇到失水空燒的反應時間,更得以增加產品使用壽命及使用安 全性;此外,利用上述之設計,讓電熱管不需以其彎曲處銲設於 固定座上’即不需習知結構以感熱元件量測電熱管彎曲處溫度 值,故本創作不需要精準加工控制電熱管的彎曲過程及其尺寸^ 讓製作電熱管的過程得以更快速並降低製作成本;所以本創作之 實用性應已無庸置疑,此外本創作實施例所揭露之結構,申請前 並未見諸刊物,亦未曾公開使用,是故,本創作之『新穎性』、 『進步性』又均已符合,爰依法提出新型專利之申請,祈求惠予 審查並早曰賜准專利,實感德便。 ,M285679 【圖式簡單說明】 第一圖係習知電能熱水器之電熱管構造立體圖。 第二圖係本創作電能熱水器之電熱管構造立體圖 第三圖係本創作實施狀態示意圖。M285679 VIII. New description: [New technical field] This creation relates to the construction of electric heating pipes, especially the electric heating pipes used in electric water heaters. [Prior Art] First of all, please (4) No. -® is not a conventional electric power heater, mainly using a one-piece fixed seat (1丄) to provide an electric manifold (1 combined at both ends, and Electrode joints are arranged at both ends of the electric heating tube (i 2 ) (i = ^ allows the electric heating tube (12) to be connected to the power source through the electrode joint (i 3), and the bending portion of the electric heating tube (1 2 ) is The fixed seat (worker) welding assembly / another iti) is equipped with a heat-sensitive element (1 4), which is heated by the electric heating tube (1 ] ί ί to the copper metal fixing seat (1 1) The thermal element) I measures the temperature value of the fixed seat (11), and indirectly measures the operating temperature value of the bending part of the electric education tube 2); ..., ^ 1 Ray, 4 ί ί ί! 2) The operation mode is based on the principle of thermal effect of current. When it is inside Jif (12), its internal heating wire (15) can be used to hunt the granular magnesium oxide filled in the electric heating pipe (12). 1 6) ^The power supply hot line (15) conducts heat energy to the wall of the electric heating tube (丄2), the most part = conduction to water spray to achieve the purpose of heating, in addition, by means of particles; month b 6) has good insulation effect, Get ^, leakage in the aqueous solution.屯...g,丄J) Contact ί is ie ===(1 2 ) There is a local part that is not connected to the aqueous solution heating tube (1 in = liquid, resulting in the ability of the medium to transfer energy... this cannot be quickly conducted The degree gradually increases: this is the common phenomenon of water loss in M285679; therefore, in order to lose the waterline phenomenon, the bend is heated to transmit part of the heat to the copper metal (1 1 ). And measure the fixed seat (丄丄) value with the thermal element (丄4), and indirectly measure the bending temperature of the electric heating tube (12); however, there is a significant loss in the use of f, and see below Description; , 〇, t such a structure to prevent water loss and air burning, in the use of the use of electric heating tube (1 = ^ heat transfer to the fixed seat (11), and then measured by the heat sensor (1 4): squat (1 1 ) temperature value, while indirect measurement of electric heating tube (1 2 ) bending virtual, Θ can continue to generate energy loss during transmission, and electric 埶 定 fixed seat (1 1 ) material thermal conductivity difference And the sense of 'yuan get = degree value and the actual real electric heating tube (1 2) temperature value has a extreme temperature value ^ = J measured the fixed seat (1 1 ) has exceeded the preset -: g (1 2 ) has already begun to burn due to overheating, so it is necessary to have a slower reaction time than the actual temperature of the heat pipe (12). , ',, " people at =2, the end of the heat pipe u 2) and its bend can be equitably knotted; two -1) is quite difficult, especially the electric heating pipe (1 2 ) is always The conditions and factors affecting it will increase the mouth, ^ electric heat "1 2" secret _ difficult, and its high-handling _ _ 曰 曰 才 才 才 才 才 才 才 才 才 才 才 才 才 才 才 才 才 才 才 才 才 才 才 才 才 才 才 才 才 才 才 才The actual temperature, avoid, and provide better thieves when New Zealand, and New ^ see '[new content] Time sense: the occurrence of dehydration air burning anti-M285679 ί hot official temperature value, shorten the electric heating tube encountered The reaction time of water loss and air burning is known to increase the service life of the product and provide better safety of use. The second purpose of this creation is to provide a process and size that does not require precise processing to control the electric heating tube. The sensing tube and the electric heating tube are in contact with each other, and the design of the measuring unit measures the temperature value of the electric heating f Let the electric heating tube not be measured on the seat, Koshang learned to measure the g / JEL value with the heat sensitive component, so this creation does not require precise processing to control the electric heating tube to make the electric fresh cake to more material, bribe low production power The efficacy has === the technology, means and other methods used in the above-mentioned purposes. The first virtual: two-actual examples are described in detail with the following diagrams; first come = 7?, from the figure The body member is provided by the - fixing seat (20), the sensing officer (40), the temperature sensing bar (50), and the perforated (21) shell member. And in the fixed seat and electricity = 3⁄4: isometric == (_ upper, 0) is equipped with a spiral electric record 'and in the electric heating tube (3 has granular magnesium oxide (3 electric fresh (3 Q) Filling an electrode connector (3 3 ), each end of the electrode connection ^ 3 0 ) is provided with a preset circuit electrically connected to the power source; 3) a system and a heating wire (3丄) and the sensing tube (4) 〇), which is the middle of the perforated J-joint of the fixed seat (20), one end of which is the open end and the measuring tube (4 〇) end is ^1), and the two are fixed by welding. Closed extension The bend (41), the heating system and the official middle M285679 (3 Q) bonded to the contact welding; the temperature sensing Seoul (5 billion), which is based group with the sensing tube (4 billion) within. [Embodiment] 盥 The first method and effect 'Please refer to the second figure = ' 疋 ( (2 0) group is equipped with electric water heater (6 〇) - side, this ^ energy water heater (6 ◦) at the bottom has - The water inlet (S 2 K ^ 3 water inlet (61) for the unheated aqueous solution to flow in, and the water outlet (6 2) for the heated aqueous solution to flow out. <heating process> μ 3 3) is connected to the power source 'The current will pass through the electrode joint i3 Q) (10) The heating wire (31), let the heating wire (31) w the subtle electric heating officer (3 〇) filled with granular oxidation town (3 (3 If electric fresh (2 Q) At the wall of f, the final heat energy is cooled by the electric heating tube (30) gj to the aqueous solution to complete the heating. <Measurement of the operating temperature value of the electric heating tube> The partial structure is not in contact with the aqueous solution, which causes the contact to be combined, so that The temperature sensing rod (50) passes through the sensing tube & 〇) = 22 (30) temperature value, obtained by temperature bar (5 Q) measurement = > the dish value exceeds the preset temperature value , the power can be cut off to the electric heating pipe (3 〇) machine, and the heating wire (3 丄) in the electric heating pipe (30) is stopped to heat up, and the ___ pipe (4 Q ) is used Fresh (3 Q) mutual contact = a, temperature sensing rod (5 〇) through the sensing tube (3 〇) measuring electric heating tube (3 total working temperature value design, let temperature structure (5 Q) quickly measured The operating temperature value of the electric heating B 3 〇) can not only effectively avoid the phenomenon of water loss and air burning caused by the contact of the electric heating tube (M 679 部 . . M M 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液 溶液Use Shou "and mention", more L's use of the Queen's and greatly enhance the competitiveness of this product. Touch ίί1, use the sensing tube (4 〇) and the electric heating tube (30) to connect with each other. Let the electric heating tube (3 °) not need to be bent, = ΐ〇 (, 2 〇) (that is, it is not necessary to measure the electric temperature value as shown in the figure by the heat sensing element (1 4 )), so It does not require precise machining control, and the official writing process and its size make the process of making the electric heating tube faster and reduce the cost of making the electric heating tube. In summary, the creation department is in the fixed seat. The electric heating tube and the sensing tube are fixed on the upper body, and the tube and the electric heating tube are in contact with each other, and The sensing tube is equipped with a & degree sensing rod, and the temperature sensing rod directly measures the temperature value of the electric heating tube through the sensing tube, so that the temperature sensing rod can quickly measure the electric heating tube. The working temperature value shortens the reaction time of the electric heating tube in the event of water loss and air burning, and further increases the service life and safety of the product; in addition, the above design allows the electric heating tube to be welded to the fixing seat without bending at the same place. 'There is no need for the conventional structure to measure the temperature value of the electric heating tube at the bending point of the heating element. Therefore, the creation does not require precise processing to control the bending process of the electric heating tube and its size ^ to make the process of making the electric heating tube faster and reduce the production cost; Therefore, the practicality of this creation should be unquestionable. In addition, the structure disclosed in the creation example does not appear in the publication before the application, nor has it been used publicly. Therefore, the novelty and progressiveness of the creation are All have been met, and the application for a new type of patent has been filed in accordance with the law, praying for review and early granting of patents. , M285679 [Simple description of the diagram] The first picture is a perspective view of the electric heating tube structure of the conventional electric water heater. The second picture is a perspective view of the electric heating tube structure of the electric water heater. The third picture is a schematic diagram of the implementation state of the creation.

【主要元件符號說明】 〔習知〕 (11)固定座 (12)電熱管 (13)電極接頭 (14)感熱元件 (15)電熱線 (16)氧化錢 〔本創作〕 (2 0)固定座 (2 1 )穿孔 (3 0)電熱管 (31)電熱線 (3 2)氧化鎂 (3 3)電極接頭 (4 0)感測管 (41)延伸端 (5 0)溫度感測棒 (60)電能熱水器 (61)進水口 (6 2)出水口 10[Major component symbol description] [General] (11) Fixed seat (12) Electric heating tube (13) Electrode joint (14) Thermal element (15) Heating wire (16) Oxidation money [This creation] (2 0) Fixing seat (2 1) perforation (30) electric heating tube (31) heating wire (3 2) magnesium oxide (3 3) electrode connector (40) sensing tube (41) extension end (50) temperature sensing rod (60 ) Water heater (61) water inlet (6 2) water outlet 10

Claims (1)

M285679 九、申請專利範圍: 1 種嘵此熱水為之電熱管構造改良,其包括: 一固定座; 電熱管’其兩端固設於固定座上; ――感剩管’其-端固設於固定座上,另—端則為延伸端並與電 熱管相接觸結合; 溫度感測棒,其係組配於感測管内;溫度感測棒透過感測管 與電熱管接觸結合而量測電熱管的溫度值。 2、 如申請專利範圍第1項所述之電能熱水器之電熱管構造改良, 其中電熱管係呈兩側等長的連續u型狀,而感測管係與電熱管的彎 曲處相接觸結合。 3、 如申請專利範圍第1項所述之電能熱水器之電熱管構造改良, 其中固定座上設有一穿孔,而感測管係一端穿設固定於固定座的穿 孔内。M285679 Nine, the scope of application for patents: 1 This type of hot water is an improved electric heating pipe structure, which includes: a fixed seat; the electric heating pipe 'the two ends are fixed on the fixed seat; ——the remaining pipe 'its-end solid It is arranged on the fixed seat, the other end is an extended end and is in contact with the electric heating tube; the temperature sensing rod is assembled in the sensing tube; the temperature sensing rod is combined with the electric heating tube through the sensing tube. Measure the temperature value of the heat pipe. 2. The electric heating pipe structure of the electric water heater described in claim 1 is improved, wherein the electric heating pipe is in the form of a continuous u-shaped shape of equal length on both sides, and the sensing pipe system is in contact with the bent portion of the electric heating pipe. 3. The electric heating tube structure of the electric water heater according to claim 1 is improved, wherein a fixing hole is provided on the fixing seat, and one end of the sensing tube is inserted into the through hole fixed to the fixing seat.
TW94216661U 2005-09-28 2005-09-28 Improved structure of electric heating pipe for electric water heater TWM285679U (en)

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Application Number Priority Date Filing Date Title
TW94216661U TWM285679U (en) 2005-09-28 2005-09-28 Improved structure of electric heating pipe for electric water heater

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Application Number Priority Date Filing Date Title
TW94216661U TWM285679U (en) 2005-09-28 2005-09-28 Improved structure of electric heating pipe for electric water heater

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TWM285679U true TWM285679U (en) 2006-01-11

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Country Status (1)

Country Link
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