TWM285680U - Drinking water machine capable of providing icy/cool/hot water - Google Patents

Drinking water machine capable of providing icy/cool/hot water Download PDF

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Publication number
TWM285680U
TWM285680U TW94213244U TW94213244U TWM285680U TW M285680 U TWM285680 U TW M285680U TW 94213244 U TW94213244 U TW 94213244U TW 94213244 U TW94213244 U TW 94213244U TW M285680 U TWM285680 U TW M285680U
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TW
Taiwan
Prior art keywords
water
cold
hot water
ice
hot
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TW94213244U
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Chinese (zh)
Inventor
Hung-Da Wang
Original Assignee
Hung-Da Wang
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Application filed by Hung-Da Wang filed Critical Hung-Da Wang
Priority to TW94213244U priority Critical patent/TWM285680U/en
Publication of TWM285680U publication Critical patent/TWM285680U/en

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  • Water Treatment By Electricity Or Magnetism (AREA)
  • Electrolytic Production Of Non-Metals, Compounds, Apparatuses Therefor (AREA)

Description

M285680 八、新型說明: 【新型所屬之技術領域】 本創作係關於一種冰熱冷之活水開飲機’在此特別指 一種在節省能源要求下而具有冰水、熱水及電解活水等三 種選用模式之開飲機嶄新技術者。 【先前技術】 電解活水主要將淨化的水源通過帶有直流電的電解分 鲁離設備,進而把水中帶有負電位的氯、三鹵甲烷、磷酸、 硫酸、硝酸··等陰離子匯集到陽極成為帶有電位的 酸性氧化水排出,而水中帶正電的詞、钾、鎮、納··等 陽離子則匯集到陰極成為帶有(一)電位的鹼性電解還原 水,該鹼性電解還原水係提供飲用,其具有細小水分子、 呈鹼性、具有還原電位之特性,故而容易被人體吸收,且 ^不斷的在體内找尋帶有正電離子的酸性毒素及代謝物結 春合,迅速的排出體外。 因此,長期飲用電解還原水,可有效的感善體質,增 、體的抗體及自然的自癒力。緣是,該等電解分離設備 已在市場佔有—席之地’惟其並無法搭配熱水及冰水而且 體應用於開飲機中,導致僅能裝置於—般㈣中,並不符 合=今消費者多用較用需求,造成市㈣有所不足之處 :相_者㈣努力,惟迄今尚未有—種有效率的同 级、,、水、電解活水及冰水於—身之開飲_市 M285680 言’尚有改進之空間。 有L於現今開飲機無法同時具有熱纟、電解活水及冰 K之提/U本創作者乃以多年的專業經驗與心得,經不斷 構思、創研’乃研發出本創作因應。 【新型内容】 4參閱第一至五圖,本創作主要於開飲機之機體(1 ) 内設置有: 一水質處理單元(1 〇 ),其係以三道濾筒(1 1 )( 1 2 )( 1 3 )串接組成,用以外接自來水源,該三道濾筒(工 1 ) ( 1 2)( 1 3 )係並排的裝置於機體(工)内,用以 循序將該自來水源加以淨化過濾; 熱父換單元’係於一具優良導熱性之外殼(2 1 ) 内平打分層的交錯設置若干預冷室(2 2 )、預熱室(2 3 ),该等預熱室(2 3 )底緣係以冷水導入管(2 3 1 ) 相互連通,用以外接水質處理單元(1 0 )輸出端,而該 等預熱室(2 3 )頂緣則以冷水導出管(2 3 2 )相互連 通,至於該等預冷室(2 2 )頂緣係以熱水導入管(2 2 1 )相互連通,而該等預冷室(2 2 )底緣則以熱水導出 管(2 2 2 )相互連通; 熱水膽(3 0 )’該熱水膽(3 〇 )頂緣以一管路連 接至熱交換單元之冷水導出管(2 3 2 ),並於該管路設有 電磁閥(3 1 ),此電磁閥(3 1 )係受熱水膽(3 〇 )内 6 M285680 之水位偵測元件控制,以便補充熱水膽(3 q)内的水量, 而水位偵測元件係和熱水膽(3 ◦)底部之電熱裝置(3 2) -併啟動’以便在加熱時驅動電磁閥(3)同步補M285680 VIII. New description: 【New technology field】 This creation is about an ice-cold cold water drinking machine, which specifically refers to three types of ice water, hot water and electrolyzed water in the energy saving requirements. The model of the open machine is a new technology. [Prior Art] The electrolyzed water mainly passes the purified water source through the electrolysis separation device with direct current, and then the anions such as chlorine, trihalomethane, phosphoric acid, sulfuric acid, nitric acid, etc. with negative potential in the water are collected into the anode. The acidic oxidized water with potential is discharged, and the positively charged cations such as potassium, samarium, and na. in the water are collected into the cathode to become alkaline electrolytic reduced water with (a) potential, and the alkaline electrolytic reducing water system Providing drinking, it has fine water molecules, is alkaline, has a reducing potential, so it is easily absorbed by the human body, and constantly finds acidic toxins and metabolites with positive ions in the body, and quickly Excreted from the body. Therefore, long-term consumption of electrolytically reduced water can effectively improve physical fitness, increase body antibody, and natural self-healing power. The reason is that these electrolytic separation equipments have been occupied in the market--but they cannot be combined with hot water and ice water, and they are used in the drinking machine, so that they can only be installed in the general (four), not in accordance with = today Consumers use more demand, which causes the city (4) to have some shortcomings: Phase _ (4) Efforts, but so far there has not been an efficient level, water, electrolysis water and ice water in the body to drink _ City M285680 words 'there is room for improvement. There are L in today's drinking machine can not have both enthusiasm, electrolyzed water and ice K / / This creator has many years of professional experience and experience, through continuous conceiving, research and development 'is the development of this creative response. [New content] 4 Refer to the first to fifth figures. This creation is mainly set up in the body of the brewing machine (1): a water treatment unit (1 〇), which is equipped with three filter cartridges (1 1 ) ( 1 2) (1 3 ) is connected in series, and is connected to a tap water source. The three filter cartridges (1) (1 2) (1 3) are arranged side by side in the body (work) for sequentially ordering the tap water. The source is purified and filtered; the hot parent changing unit is connected to a pre-cooling chamber (2 2 ) and a preheating chamber (2 3 ) in a layer of a good thermal conductivity (2 1 ). The bottom edge of the hot chamber (23) is connected to each other by a cold water introduction pipe (2 3 1 ), and is connected to the output end of the water treatment unit (10), and the top edge of the preheating chamber (2 3) is led out by cold water. The tubes (2 3 2 ) are in communication with each other, and the top edges of the pre-cooling chambers (2 2 ) are connected to each other by a hot water introduction pipe (2 2 1 ), and the bottom edges of the pre-cooling chambers (2 2 ) are heated. The water outlet pipe (2 2 2 ) is connected to each other; the hot water bladder (3 0 )' the top edge of the hot water bladder (3 〇) is connected to the cold water outlet pipe (2 3 2 ) of the heat exchange unit by a pipeline, and The pipeline is provided Solenoid valve (3 1 ), which is controlled by the water level detecting element of 6 M285680 in the hot water tank (3 〇) to supplement the water volume in the hot water tank (3 q), and the water level detection The element system and the electric heating device (3 2) at the bottom of the hot water tank (3 -) - and start 'to drive the solenoid valve (3) synchronously during heating

水’用以將熱水膽(3 〇 )内的讲:舍p、広L ;内的過濾水源加熱沸騰成熱開 水,俾供應機體(1 )外之埶水蒱瓸r q 〇、 心热水龍頭(3 3 ).以及能藉由 另一管路輸出至熱交換單元之熱水導入管(2 2 i ),並於 該另-管路設有第二電磁閥(3 4),此第二電磁閥 係受電熱裝置(3 2)控制,使之在電熱裝置(32)停 止後能將熱開水補充至熱交換單元之預冷室(2 2 )内, 使之和預熱室(2 3 )進行熱交換’用以將貯存於其内的 98C熱開水急速冷卻成3『c冷水,至於預熱室(2 3 )内 經過濾的水源則在熱交換而能由25。〇升溫至85。〇,使之在 k ί、冷水導出管(2 3 2)輸出,以大大減少熱水膽(3 _ 〇)電熱裝置(32)之用電量; 一冰水膽(4 0 ),係經由第三電磁閥(4丄)控制而 使熱交換單元之熱水導出管(222)冷水能進入該冰水 膽(4 0)内,使之可藉由冰水膽(4 〇 )外部冷媒單元 (4 2)之冷卻作用,以形成冰開水,以供應機體(工) 外之冰水龍頭(4 3 )利用;以及 一電解裝置(5 〇 ),係以一冷水管路(5 1 )與熱交 換單元之熱水導出管(222)連通,並受第三電磁閥(4 1 )控制’以提供電解裝置(5 0)電解該冷水,使其能 M285680 將該冷水電解成正離子之酸性水及帶負電之鹹性水,至於 電解裝置(5 0)電解所生成之廢水,則藉由一廢水管(5 3 )而外接至機體(1 )外部之排水溝,用以導出該廢水。 【實施方式】 本創作係先將自來水源經水質處理單元(1 〇 )初步過 濾淨化,然後透過熱交換單元升溫,才輸入至熱水膽(3 0)内加熱成熱開水,使之能直接提供消費者利用; 繼之,該熱開水會輸入至熱交換單元和過濾的水源進 行熱交換,以便迅速降溫成冷水,用以提供冰水膽(4〇) 及電解裝置(5 0)之利用,使之能經再加工而分別生成 冰水或者電解活水,以提供消#者不同之飲用選擇。 因此依本創作之設計,其可以將電解活水一併整合於 開飲機之冰水及熱開水不同選擇中,而具有冰水、熱開水 及電解活水之多用途飲用模式,大大提升電解活水實際使 用之商業性’且使該電解活水不僅能裝置於料中,且可 以按置於公共場所’大大提升其適職圍,使本創作確能 發揮革命性的高度創作與輯效益。更重要的是,本創作 藉由熱交換單元之設置,使熱水膽(30)輸出的熱水能 透過預冷室(22)來和預熱室(2 3)輸人過濾水進行 有效率的熱交換’使本創作用電量能有效的降低,以符節 省能源之經濟效益。 功能不足 综上所述’本創作之結料全突破改革習用 M285680 的問題,且用電量增力 ^ 之市場需求,的確^加相當有限’完全符合現今節省能源 申請要件,爰依:技術理念上的高度創作,應符專利 之^ JtL· ^ 麵1出申凊。惟以上所述者,僅為本創作 之一較佳實施例而已,处 个別作 虽不月匕以之限定本創作實施之範 圍,即大凡依本創作申請專利範圍所作之均等變化與修 飾,皆應仍屬本創作涵蓋之範圍内。 M285680 【圖式簡單說明】 第一圖:係本創作之外觀示意圖。 第二圖:係本創作之内部結構示意圖。 第三圖:係本創作流程之實施示意圖。 第四圖:係本創作熱交換單元之剖面示意圖。, 第五圖:係本創作熱交換單元之另一剖面示意圖。 【主要元件符號說明】 • ( 1 )機體 (1 0 )水質處理單元 (2 1 )外殼 (2 2 1 )熱水導入管 (2 3 )預熱室 (2 3 2 )冷水導出管 (3 0 )熱水膽 • ( 3 2 )電熱裝置 (3 4 )第二電磁閥 (4 0 )冰水膽 (4 2 )冷媒單元 (5 0 )電解裝置 (5 2 )活水出水龍頭 (1 1 ) ( 1 2 ) ( 1 3 )濾筒 (2 2 )預冷室 (2 2 2 )熱水導出管 (2 3 1 )冷水導入管 (3 1 )電磁閥 (3 3 )熱水龍頭 (4 1 )第三電磁閥 (4 3 )冰水龍頭 (5 1 )冷水管路 (5 3 )廢水管 ⑧ 10The water 'is used to heat the filtered water source inside the hot water gall bladder (3 〇): bo, 広L; the boiling water source is boiled into hot water, and the water supply to the body (1) is 蒱瓸水蒱瓸rq 〇, heart hot water faucet (3 3 ). and a hot water introduction pipe (2 2 i ) that can be output to the heat exchange unit by another pipe, and a second solenoid valve (3 4) is provided in the other pipe, the second The solenoid valve is controlled by the electric heating device (32) so that after the electroheating device (32) is stopped, the hot boiling water can be replenished into the pre-cooling chamber (2 2 ) of the heat exchange unit to make it and the preheating chamber (2 3 The heat exchange is used to rapidly cool the 98C hot water stored therein into 3 "c cold water, and the filtered water source in the preheating chamber (23) is heat exchanged to be 25. 〇 Warm up to 85. 〇, make it in the k ί, cold water outlet pipe (2 3 2) output, to greatly reduce the electricity consumption of the hot water (3 _ 〇) electric heating device (32); an ice water bladder (40), via The third solenoid valve (4丄) is controlled such that the hot water outlet pipe (222) of the heat exchange unit can enter the ice water tank (40) so that it can be externally cooled by the ice water bladder (4 〇) (4 2) cooling effect to form ice boiling water for supply to the ice faucet (4 3 ) outside the body (work); and an electrolyzing device (5 〇), with a cold water line (5 1 ) and heat The hot water outlet pipe (222) of the exchange unit is connected and controlled by the third electromagnetic valve (4 1 ) to provide an electrolysis device (50) to electrolyze the cold water to enable the M285680 to electrolyze the cold water into positive ions of acidic water and The negatively charged salt water, as for the wastewater generated by electrolysis (50) electrolysis, is externally connected to the drain outside the body (1) by a waste pipe (5 3 ) for deriving the waste water. [Embodiment] This creation department firstly filters and cleans the tap water source through the water treatment unit (1 〇), then heats it through the heat exchange unit, and then inputs it into the hot water bladder (30) to heat it into hot water, so that it can directly Providing consumer utilization; in turn, the hot water is input to the heat exchange unit and the filtered water source for heat exchange to rapidly cool down into cold water for providing ice water bladder (4 〇) and utilization of the electrolysis device (50) So that it can be reprocessed to produce ice water or electrolyzed water, respectively, to provide different drinking choices. Therefore, according to the design of the creation, it can integrate the electrolyzed water into the different choices of ice water and hot water in the brewing machine, and has a multi-purpose drinking mode of ice water, hot water and electrolyzed water, which greatly improves the actual electrolysis water. The use of commercial 'and the electrolysis of water can not only be installed in the material, and can be placed in public places to greatly enhance their fitness, so that this creation can indeed play a revolutionary high level of creation and efficiency. More importantly, the creation of the heat exchange unit enables the hot water output from the hot water bladder (30) to pass through the pre-cooling chamber (22) and the preheating chamber (23) to input filtered water for efficiency. The heat exchange 'effectively reduces the electricity consumption of this creation to save energy economic benefits. Insufficient function in summary of the above-mentioned "completeness of the creation of the creation of the use of M285680, and the market demand for electricity consumption ^, indeed ^ is quite limited 'completely in line with today's energy-saving application requirements, conversion: technical philosophy The high level of creation should be in accordance with the patent ^ JtL · ^ face 1 out of the application. However, the above is only a preferred embodiment of the present invention, and the individual works are not limited to the scope of the implementation of the creation, that is, the equal variation and modification of the patent application scope of the creation, All should remain within the scope of this creation. M285680 [Simple description of the diagram] The first picture: the appearance of the creation of the creation. The second picture is a schematic diagram of the internal structure of the creation. The third picture: a schematic diagram of the implementation of this creative process. The fourth picture is a schematic cross-section of the heat exchange unit. , Figure 5: Another cross-sectional view of the creative heat exchange unit. [Description of main component symbols] • (1) Body (1 0) Water treatment unit (2 1 ) Housing (2 2 1 ) Hot water inlet pipe (2 3 ) Preheating chamber (2 3 2 ) Cold water outlet pipe (3 0 ) hot water • ( 3 2 ) electric heating device (3 4 ) second solenoid valve (4 0 ) ice water bladder (4 2 ) refrigerant unit (50) electrolysis device (5 2 ) live water outlet tap (1 1 ) 1 2 ) ( 1 3 ) filter cartridge (2 2 ) pre-cooling chamber (2 2 2 ) hot water outlet pipe (2 3 1 ) cold water inlet pipe (3 1) solenoid valve (3 3 ) hot water tap (4 1 ) Three solenoid valve (4 3 ) Ice faucet (5 1 ) Cold water pipeline (5 3 ) Waste water pipe 8 10

Claims (1)

M285680 九、申請專利範圍: 1、一種冰熱冷之活水開飲機,其機體内設置有: 一水質處理單元,係接通水源並可將該水源過濾; 一熱交換單元,係於導熱外殼内平行分層的交錯設置 預冷至、預熱室’該等預熱室底緣以冷水導入管相互連通, 用以外接水質處理單元輸出端,各預熱室頂緣則以冷水導 出管相互連通;至於該等預冷室頂緣係以熱水導入管相互 連通,而各預冷室底緣則以熱水導出管相互連通; 一熱水膽’係連通於熱交換單元之冷水導出管,並可 控制定量貯存於熱水膽内的水量,而熱水膽設有電熱裝置 以便將其内的水加熱沸騰成熱開水,俾供應機體外之熱 錢頭以及能藉由另—f路輸出至熱交換單元之熱水導入 官,使之能和預熱室之過濾原水進行熱交換; 一冰水膽,係提供熱交換單元之熱水導出管的冷水進 入,並藉由冰水膽外部冷媒單元之冷卻作用,以形成冰開 水,使之能供應機體外之冰水龍頭利用;以及 々-電解裝置,係以-冷水管路與熱交換單元之熱水導 出管連通,以提供電解裝置電解該冷水,其電解後之鹹性 水則能由活水出水龍頭輸出’至於廢水則藉由廢水管連通 至機體外部。 2、如巾請專利範圍第!項所述冰熱冷之活水開飲機 ’其水質處理單元係以三道濾筒串接組成,用以外接自來 M285680 水源,該三道濾筒係並排的裝置於機體内,用以循序將該 自來水源加以淨化過濾。 3、 如申請專利範圍第1項所述冰熱冷之活水開飲機 ,其熱水膽頂緣以一管路連接至熱交換單元之冷水導出管 ’並於該管路設有電磁閥,此電磁閥係受熱水膽内之水位 偵測元件控制,以便補充熱水膽内的水量,而水位偵測元 件係和熱水膽底部之電熱裝置一併啟動,以便在加熱時驅 動電磁閥同步補水。 4、 如申請專利範圍第1項所述冰熱冷之活水開飲機 ’其熱水膽於該另一管路設有第二電磁閥,以.控制熱開水 補充至熱交換單元預冷室内之時機。 5、 如申請專利範圍第1項所述冰熱冷之活水開飲機 ’其冰水膽係經由第三電磁閥控制而使熱交換單元之熱水 導入官冷水能進入該冰水膽内,以供應機體外之冰水龍頭 利用。 6 '如申請專利範圍第5項所述冰熱冷之活水開飲機 ’其電解裝置係以一冷水管路與熱交換單元之熱水導出管 連通’並受第三電磁閥控制,以提供電解裝置電解該冷水。 12 ⑧M285680 IX. Patent application scope: 1. An ice-cold cold water drinking machine with a water treatment unit that is connected to the water source and can filter the water source; a heat exchange unit is attached to the heat-conducting shell The staggered arrangement of the inner parallel layers is pre-cooled to the preheating chambers. The bottom edges of the preheating chambers are connected to each other by a cold water introduction pipe. The output ends of the water treatment units are externally connected, and the top edges of the preheating chambers are connected to each other by cold water. The top edges of the pre-cooling chambers are connected to each other by a hot water introduction pipe, and the bottom edges of the pre-cooling chambers are connected to each other by a hot water outlet pipe; a hot water tank is connected to the cold water outlet pipe of the heat exchange unit And can control the amount of water stored in the hot water bile, and the hot water bile is provided with an electric heating device to heat the water in the boiling water into hot boiling water, and the hot money head outside the supply machine can be outputted by another-f road The hot water to the heat exchange unit is introduced to enable heat exchange with the filtered raw water of the preheating chamber; an ice water bladder is provided by the cold water of the hot water outlet pipe of the heat exchange unit, and is externally cooled by the ice water bladder Refrigerant The cooling effect of the element is such that ice water is formed to be supplied to the ice faucet outside the machine; and the 々-electrolytic device is connected to the hot water outlet pipe of the heat exchange unit to provide electrolysis device electrolysis In cold water, the salty water after electrolysis can be output from the live water outlet faucet, and the waste water is connected to the outside of the body through the waste pipe. 2, such as the towel, please patent scope! The water-heating cold water drinker's water treatment unit is composed of three filter cartridges connected in series, and is connected to the M285680 water source. The three filter cartridges are arranged side by side in the machine body for sequencing. The tap water source is purified and filtered. 3. If the ice-cold cold water drinking machine according to item 1 of the patent application scope is applied, the hot water bile top edge is connected to the cold water outlet pipe of the heat exchange unit by a pipeline, and a solenoid valve is arranged in the pipeline. The solenoid valve is controlled by a water level detecting component in the hot water bladder to supplement the amount of water in the hot water bladder, and the water level detecting component is activated together with the electric heating device at the bottom of the hot water bladder to drive the solenoid valve during heating. Synchronize hydration. 4. As claimed in the scope of claim 1, the ice-cold cold water drinking machine “the hot water biliary is provided with a second solenoid valve in the other pipeline to control the hot boiling water to be replenished to the heat exchange unit pre-cooling chamber. The timing. 5. The ice-cold cold water drinking machine as described in item 1 of the patent application scope is controlled by a third solenoid valve so that the hot water of the heat exchange unit can be introduced into the ice water bladder by the official cold water. It is used by the ice faucet outside the machine. 6 'As in the patent application scope 5, the ice-cold cold water drinking machine 'the electrolysis device is connected to the hot water outlet pipe of the heat exchange unit by a cold water pipe' and is controlled by the third solenoid valve to provide The electrolysis device electrolyzes the cold water. 12 8
TW94213244U 2005-08-03 2005-08-03 Drinking water machine capable of providing icy/cool/hot water TWM285680U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
TW94213244U TWM285680U (en) 2005-08-03 2005-08-03 Drinking water machine capable of providing icy/cool/hot water

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
TW94213244U TWM285680U (en) 2005-08-03 2005-08-03 Drinking water machine capable of providing icy/cool/hot water

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TWM285680U true TWM285680U (en) 2006-01-11

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US9310110B2 (en) 2010-09-29 2016-04-12 Industrial Technology Research Institute Thermoelectric drinking apparatus and thermoelectric heat pump
US9310113B2 (en) 2012-05-28 2016-04-12 Industrial Technology Research Institute Thermoelectric heat pump apparatus

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US9310110B2 (en) 2010-09-29 2016-04-12 Industrial Technology Research Institute Thermoelectric drinking apparatus and thermoelectric heat pump
US9310113B2 (en) 2012-05-28 2016-04-12 Industrial Technology Research Institute Thermoelectric heat pump apparatus

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