M352655 八、新型說明： 【新型所屬之技術領域】 本創作是有關於一種電加熱管（electric heating pipe ),且特 別是有關於一種可直立地（erectly )組裝於儲水式電熱水器 (electric storage water heater )中的電加熱管。 【先前技術】M352655 VIII, new description: [New technical field] This creation is about an electric heating pipe, and especially related to an erectly assembled in a storage type electric water heater (electric storage) Electric heating tube in water heater. [Prior Art]
目前較為常見的電熱水|§大致上可區分為即熱式電熱水器 (electric instantaneous water heater )與儲水式電熱水器兩種。其 中，即熱式電熱水器通常不具有儲存熱水的功能，且其所提供的 熱水溫度較容易隨著水流量的增加而降低，而儲水式電熱水器則 可藉由其儲水槽來儲存熱水。因此，相較之下，儲水式電熱水器 可提供溫度較為穩定的熱水。 闇^备1名繪不出S知技藝中的—種健水式電熱水器的結構示意 圖^參考圖i，儲水式電熱水器⑽包括一儲水槽—km -ΐΓΙ-Τ4〇Γιηΐ6° 120'~47Χσ (water 〇utiet) i3°^^ 電加熱官140。進太σ τ 叙、匕 口咖則鄰近於儲水槽11〇2=^於儲水槽⑽的底部，而出水 水平地組裝於儲水槽m的=‘再者’電加熱器⑽大致上 130之間。 、 且其位於進水口 120與出水口 另外’電加熱器14〇呈夕 極（electrode) 144。这’、有夕個管體（Pipe) 142以及多個電 (未繪示），而電極14^4 142内部佈滿加熱線圈（heating coil) 使加熱線圈可透過導線電可用以纏繞導線（wire)(未繪示），以 線對加熱線圈供電睡、j連接於外部電源。當外部電源透過導 σ熱線圈所產生的熱能即可透過管體142 M352655 傳遞至儲存於儲水槽uo中的水，以將 (presetting temperture)= d 1 〇 中的水加熱至 值得注意的是，在習知技藝中，水平 電加熱器140只能直接加熱儲水槽11〇 、储水槽 m τ 好疋水位（water level)At present, the more common electric hot water | § can be roughly divided into two types: electric instantaneous water heater and storage type electric water heater. Among them, the instant electric water heater usually does not have the function of storing hot water, and the hot water temperature provided by it is relatively easy to decrease as the water flow rate increases, and the storage type electric water heater can be stored by its water storage tank. Hot water. Therefore, in comparison, the storage type electric water heater can provide hot water with relatively stable temperature. The structure of the water-type electric water heater is not shown in the S-Technology. Referring to Figure i, the storage-type electric water heater (10) includes a water storage tank—km -ΐΓΙ-Τ4〇Γιηΐ6° 120'~ 47Χσ (water 〇utiet) i3°^^ Electric heating officer 140. The inlet σ τ 匕 匕 匕 匕 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 则 邻近 邻近 邻近 邻近 邻近 邻近 邻近. And it is located at the water inlet 120 and the water outlet. The other 'electric heater 14' is an electrode 144. Here, there is a pipe 142 and a plurality of electricity (not shown), and the electrodes 14^4 142 are internally filled with a heating coil so that the heating coil can be electrically permeable to the wire to wrap the wire (wire ) (not shown), the heating coil is powered by the wire, and the j is connected to the external power source. When the external power source passes through the heat generated by the σ hot coil, it can be transferred to the water stored in the water storage tank uo through the pipe body 142 M352655 to heat the water in the presetting temperture = d 1 至 to note that In the prior art, the horizontal electric heater 140 can only directly heat the water storage tank 11 储, the water storage tank m τ, the water level
的水。因此’當電加熱器⑽對儲存於儲水槽ΐι〇中的水加執時， 位於不同水位的水會具衫同的溫度上升逮度。而且，依照實際 測量的結果來看，位於中水位的水在垂直方向上也會具有較大的 溫度梯度（temper gradlent)。除此之外，這些導線纏繞於這 些電極144上時可能會因為這些電極144之間的距離較短而產生 短路’進而造«加熱ϋ H0損壞或降低電加熱器⑽的使用壽 命。 【新型内容】 為了解決上述問題，本創作提供一種電加熱管，其可直立地 組裝於儲水式電熱水器的儲水槽中，以同時加熱儲水槽中不同水 位的水。 為了解決上述問題，本創作更提供一種儲水式電熱水器，其 電加熱管可同時加熱儲水槽中不同水位的水。 本創作提供一種電加熱管，其適用於一儲水式電熱水器，其 中電加熱管包括一管體、一連接件（connecting component )、一 加熱線圈以及二導線。管體包括二分別位於管體的相對兩端的連 接段以及一位於這些連接段之間的加熱段。再者，這些連接件分 別連接於這些連接段，而加熱線圈則配置於加熱段中。另外，這 些導線分別連接於加熱線圈的相對兩端，並穿過這些連接段而由 管體的相對兩端穿出。 6 M352655 電時 ’加熱、_單㈣匕圈單線被通 在本創作的一實施例令，上述的加熱段具有 (bending portion) ° 少 折彎部 在本創作的一實施例中， 金 上述的加熱線圈的材質為鎳鉻合 、在本創作的-實施例中，上述的這些導線 皆為錄鉻合金。而且，這此道治 、' Z、"、、線圈的材質 本創作_-種—線圈的相對* 電加熱管。儲水槽具有— 進水口二其包括一儲水槽以及-於儲水槽的-底部，而出水口 ϋ水口，其中進水口鄰近 電加熱管直立地配置於儲水槽中u近於儲水槽的-頂部。另外， 加熱線圈以及二導線。管體^括_，述包括-管體、二連接件、一 接段以及:位於這麵接段之^=位於管_相對兩端的連 別連接於4些連接段，且管體透過此、段。再者，這些連接件分 加熱線圈則配置於加熱段中。另迫些連接件連接於儲水槽，而 圈的相對兩端’並穿過這些連接段而這^導線分別連接於加曰熱線 在本創作的—實施例中，當上、、由管體的相對兩端穿出。 電時，加熱線圈的單位發熱加熱線圈與這些導線被通 在本創作的_實施例中，上,〔、一導線的單位發熱量。 在本創作的—實施例令，上之的加熱段具有至少一折彎部。 金° σ熱_的材質為鎳鉻合 在本創作的一實施例令，上 ^ 皆為鎳鉻合金。而且，這些導線一^體的這，些導線與加熱線圈的材質 在本創作的一實施例中，、成型於加熱線圈的相對兩端。 儲水槽的頂部。 上述的營體透過這些連接件連接於 7 M352655 頂部304 °再者，這些導線440分別配置於這些連接段412中， 而加熱線圈430則配置於加熱段414。這些導線440分別連接於 加熱線圈430的相對兩端，並穿過這#連接段412而由管體410 的相對兩端穿出，以使加熱線圈430巧*透過這些導線440電性連 接於一電源（未繪示）。Water. Therefore, when the electric heater (10) adds water to the water stored in the water storage tank, the water at different water levels will have the same temperature rise. Moreover, according to the actual measurement results, the water in the middle water level also has a large temperature gradient (temper gradlent) in the vertical direction. In addition, when these wires are wound around these electrodes 144, a short circuit may occur due to a short distance between the electrodes 144, and the heat ϋH0 may be damaged or the life of the electric heater (10) may be lowered. [New content] In order to solve the above problems, the present invention provides an electric heating tube which can be assembled upright in a water storage tank of a storage type electric water heater to simultaneously heat water at different water levels in the water storage tank. In order to solve the above problems, the present invention further provides a water storage type electric water heater, wherein the electric heating tube can simultaneously heat water at different water levels in the water storage tank. The present invention provides an electric heating tube suitable for use in a water storage type electric water heater, wherein the electric heating tube comprises a tube body, a connecting component, a heating coil and two wires. The tubular body includes two connecting sections at opposite ends of the tubular body and a heating section between the connecting sections. Furthermore, the connectors are connected to the connecting segments, respectively, and the heating coils are disposed in the heating section. In addition, the wires are respectively connected to opposite ends of the heating coil and pass through the connecting segments to pass through the opposite ends of the tubular body. 6 M352655 electric heating, _ single (four) 单 single line is passed in an embodiment of the present invention, the above heating section has (bending portion) ° less bends in an embodiment of the present creation, gold above The material of the heating coil is nickel-chromium. In the present embodiment, the above-mentioned wires are all recorded chromium alloys. Moreover, this is the rule, 'Z, ", the material of the coil. This creation _- kind - the relative * electric heating tube of the coil. The water storage tank has a water inlet 2 which includes a water storage tank and a bottom of the water storage tank, and a water outlet, wherein the water inlet is adjacent to the electric heating pipe and is disposed upright in the water storage tank near the top of the water storage tank. In addition, the heating coil and the two wires. The pipe body includes _, and includes a pipe body, two connecting members, a connecting portion, and a connecting portion located at the opposite ends of the pipe _ connected to the four connecting segments, and the pipe body passes through the segment. Further, the connecting members are arranged in the heating section in the heating section. Further, some connecting members are connected to the water storage tank, and the opposite ends of the ring 'and pass through the connecting portions and the wires are respectively connected to the twisting hot wire in the present embodiment - when the upper body is Pass out at opposite ends. In the case of electricity, the unit heating heating coils of the heating coil and the wires are passed through in the embodiment of the present invention, [, a unit of heat generation of a wire. In the present invention, the heating section has at least one bend. The material of the gold σ heat _ is nickel chrome. In one embodiment of the present invention, the upper one is a nickel chrome alloy. Moreover, the wires of the wires and the materials of the heating coils are formed in the opposite ends of the heating coil in an embodiment of the present invention. The top of the sink. The above-mentioned camps are connected to the top of the 7 M352655 by 304. Further, the wires 440 are respectively disposed in the connecting segments 412, and the heating coils 430 are disposed in the heating section 414. The wires 440 are respectively connected to opposite ends of the heating coil 430 and pass through the connecting portion 412 to pass through opposite ends of the tube 410 so that the heating coil 430 is electrically connected to the wire 440 through the wires 440. Power supply (not shown).
當儲存於儲水槽3〇〇中的水的溫度過低時，電源會對電加熱 管400供電，以使加熱線圈430與這些導線440發熱。此時，加 熱線圈430與這些導線440所產生的熱能即可分別透過加熱段 414與這些連接段412傳遞至儲存於儲水槽300中的水，以將儲 水槽300中的水加熱至一預設溫度。 於此實施例中’加熱線圈430可為鎳鉻絲線圈，而這些導線 440則了以疋以錄鉻合金製成的導線，且這些導線々ίο可一體成 型於加熱線圈430的相對兩端。而且，纏繞成線圈狀的加熱線圈 430的單位發熱量會大於這些導線44〇的單位發熱量，其中單位 發熱量例如是單位長度的發熱量。然而，在其他未繪示的實施例 中，加熱線圈430可為鎳鉻絲線圈，而這些導線440則可以是銅 導線或是以其他導電材質所製成的導線。 、a般來說，熱水的密度會小於冷水的密度，因此溫度較高的 水通㊉^朝向較高水位處流動。值得注意的是，於此實施例中， 電力Γ ^ ^働被直立地組裝於儲水槽3GQ _。因此，加熱線圈430 與這一導線440可分別透過加熱段414與這些連接段ο〗同時加 :、;不同水位的水。其中，單位發熱量較大的加熱線圈430可 嫂，加熱Ό4加熱較低水位的水，而單位發熱量較小的這些導 ^ 則:透過這些連接段412加熱較高水位的水。如此一來， 熱益權對儲存於儲水冑中的水加熱時，位於不同水 盥軟彳僅可八有大致上相同的溫度上升速度，且較高水位的水 與車乂低水位的水1的溫差與溫度梯度亦會較小。 M352655 另外，於此實施例中，這些導線44〇被設計成分別 〇 的相對兩端穿出。如此—來，組裝人員較容易^烊接或纏繞方 二！性連接於電源的導線，然後再以絕緣膠帶或 他、.、邑緣材質匕覆延些導線440，以避免這些導線440產生短 ^如此-來，不僅較不容易因這些導線柳產生短路而使電加 電加熱管4。°的使用壽命’電加熱管在 圖4繪示出本創作另—實施例的電加熱管的結 實4例中r加熱管5°°的一^ 僅具有-折彎部—而圖4中的電力熱I ;。= 二、二4則具有多個折彎部516 ( 中、 沾 不出三個折彎部）。 j J M八甲僅不意的繪 中而上述’在補料，電加㈣因被直立地⑽ :::同時加熱位於不同水位的水。另外，C槽 加延些連接段加熱較高水位的水。ΐ‘Γϊί ，有大致上相同的溫度 ^不同水位的水不僅可 水之間的溫差與溫度梯度亦會^。^水㈣水與較低水位的 除此之外’這些導線被 ，不僅_人貝較容易將這些官體的相對兩端穿出， ，亦容易產生短路。 ，且這些導 吁命，使用上也會較為安全。"、、&不僅可具有較長的 ®不能以之限定本創作之專肉解本創作之内容並據 叾盍在本創作之專利_ M352655When the temperature of the water stored in the water tank 3 is too low, the power source supplies power to the electric heating tube 400 to heat the heating coil 430 and the wires 440. At this time, the heat energy generated by the heating coil 430 and the wires 440 can be transmitted to the water stored in the water storage tank 300 through the heating section 414 and the connecting sections 412, respectively, to heat the water in the water storage tank 300 to a preset. temperature. In this embodiment, the heating coil 430 may be a nickel-chromium wire coil, and the wires 440 are made of a chrome-plated wire, and these wires may be integrally formed at opposite ends of the heating coil 430. Further, the unit calorific value of the heating coil 430 wound in a coil shape is larger than the unit calorific value of the lead wires 44, wherein the unit calorific value is, for example, the calorific value per unit length. However, in other embodiments not shown, the heating coil 430 may be a nickel-chromium wire coil, and the wires 440 may be copper wires or wires made of other conductive materials. In general, the density of hot water will be less than the density of cold water, so the higher temperature water flows toward higher water levels. It is worth noting that in this embodiment, the power Γ ^ ^ 働 is assembled upright in the water storage tank 3GQ _. Therefore, the heating coil 430 and the wire 440 can be respectively passed through the heating section 414 and the connecting sections ο. simultaneously; water of different water levels. Wherein, the heating coil 430 having a large amount of heat generation may be heated, and the heating Ό4 heats the water of the lower water level, and the heat of the unit heat is small: the water of the higher water level is heated through the connecting portions 412. In this way, when the heat benefit is heated by the water stored in the water storage tank, the soft water rafts in different water rafts can only have substantially the same temperature rising speed, and the water with higher water level and the water with lower water level of the rut. The temperature difference and temperature gradient of 1 will also be small. M352655 Additionally, in this embodiment, the wires 44 are designed to pass out at opposite ends of the respective turns. So - come, the assembly staff is easier to ^ 烊 or entangle the side two! The wires are connected to the power supply, and then the wires 440 are covered with insulating tape or other materials to prevent the wires 440 from being short-circuited, which is not only less likely to be short-circuited by the wires. The electric heating tube 4 is electrically charged. The service life of °' electric heating tube is shown in Fig. 4 in the example of the electric heating tube of the other embodiment, in which the r heating tube 5°° has only a bent portion - and in Fig. 4 Electric heat I; = 2, 2, 4 have multiple bends 516 (medium, can not touch three bends). j J M 八甲 only unintentionally painted and the above 'in the feeding, electric plus (four) because of the vertical (10) ::: simultaneously heat the water at different water levels. In addition, the C-slot extends the connecting sections to heat the water at a higher water level. ΐ ‘Γϊί , there is roughly the same temperature ^ Water at different water levels can not only be the temperature difference between the water and the temperature gradient. ^Water (4) Water and lower water level In addition to these, these wires are not only easy to pass through the opposite ends of these bodies, but also easily short-circuited. And these instructions will be safer to use. ",, & not only can have a longer ® can not limit the content of this creation of the creation of the original text and according to the patent of this creation _ M352655
412 連接段 414 加熱段 416 折彎部 420 連接件 430 加熱線圈 440 導線 500 電加熱管 514 加熱段 516 折彎部412 Connection section 414 Heating section 416 Bending section 420 Connection piece 430 Heating coil 440 Conductor 500 Electric heating tube 514 Heating section 516 Bending section