M285678M285678
【新型所屬之技術領域】 0 t本創作係有關一種熱泵儲熱桶之捅内清洗構造，特別 =扣由外桶、内桶、壓縮機、排風扇、熱交換器及冷凝 益，而於内桶内部係設有一得有水力或手轉驅動之清洗機 構，使内桶的内壁面保持潔淨，避免水垢滋生影響熱交換 效率者。 【先前技術】 習見之熱系儲熱桶，如第一圖所示，包括：一外桶 11 2 一内桶12、一壓縮機13、一排風扇14、一澎漲閥15、 一局壓冷媒進管1 6、一熱交換器丨7、一高壓冷媒迴管丨8及 一冷凝器1 9 ;其中，外桶丨丨與内桶丨2之間填充保溫材料， 一般為PU泡棉，外桶1丨的底部設置桶架丨u，並設有一排 水口 11 2，一冷水進水口〗丨3設置在桶的下方，一熱水出水 口 1 14設置在桶的上方，而壓縮機丨3、排風扇丨4、澎漲閥 ^及ί凝器19均設置在捅的上端，使冷媒經壓縮機1 3形成 南壓高溫’經高壓冷媒進管丨6進入設於内桶内部之熱交換 器1 7 ’再經高壓冷媒迴管丨8至澎漲閥丨5，並經冷凝器丨9降 ’回流至壓縮機1 3重複循環使用。 _ 惟上述之構造，因高壓冷媒進管1 6、熱交換器1 7及高 壓冷媒迴官1 8係穿入内桶1 2内，内桶1 2容易因為管路破裂 而遭受污染。 另一熱泵儲熱桶，如第二圖所示，係桶身2丨單獨設 置，其一端接循環管路22 ;另壓縮機23、排風扇24、彰漲 閥25、高壓冷媒進管26、高壓冷媒迴管27及冷凝器以單獨 M285678 四、創作說明（2) 設置；其間再設置熱交換器29， 其雖無熱交換置於内桶的缺失， 利用循環管路22在桶外受熱後再 佳。 而且，上述之結構，其内桶 用後容易因為水垢附著滋生而影 的流失及增加成本。 有鐘於此，本創作人乃加以 終有本創作的產生。 1【新型内容】 因此，本創作即旨在提供一 構造，係於内桶的内部設置一清 捅内壁，以避免水垢的滋生附著 依本創作之此種熱泵儲熱桶 機構係設有一可由水力驅動之水 之轉碩’並有一同時連通水泵及 數根呈幅射狀分佈的刷臂，提供 >絮洗刷，保持内桶内壁的潔.淨， “至於本創作之詳細構造、應 旅爹照以下之說明即可了解。 【實施方式】 二本創作之此種熱泵儲熱桶的 所示’该熱泵儲熱桶，包括：外 3 3排風扇3 4、熱交換器3 5、澎 以及增設一傭 值其增設循環 傳回桶内，加 内壁均不能清 響熱傳導效率 環泵291 ; 泵2 9 1以及 熱效率不 洗，長期使 ’導致能源 研究、改進，經多次測試 種熱泵儲熱桶 洗機構，以便 之桶内清洗 隨時清洗内 之桶内清洗構造，其清洗 泵，以及一可由轉軸I區動 轉頭的直立轉 可以對内桶的 為本創作之次 用原理，則請 軸，以及有 内壁隨時清 一目的。 配合附圖， 桶内清洗構造 桶3 1、内桶32 漲閥3 6及冷凝 ，如第三圖 、壓縮機 器37 ;其[New technical field] 0 t This creation is about the internal cleaning structure of a heat pump heat storage barrel, especially = the outer barrel, the inner barrel, the compressor, the exhaust fan, the heat exchanger and the condensation benefit, and the internal barrel A cleaning mechanism with hydraulic or hand-driven driving is provided to keep the inner wall surface of the inner tub clean, and to avoid the influence of scale on the heat exchange efficiency. [Prior Art] The heat storage barrel of the heat system, as shown in the first figure, includes: an outer barrel 11 2 an inner barrel 12, a compressor 13, a row of fans 14, a pop-up valve 15, and a local pressure refrigerant. a pipe 16 , a heat exchanger 丨 7 , a high-pressure refrigerant return pipe 8 and a condenser 1 9; wherein the outer drum 丨丨 and the inner drum 丨 2 are filled with an insulating material, generally PU foam, the outer barrel 1 The bottom of the crucible is provided with a barrel rack 丨u, and is provided with a drain port 11 2, a cold water inlet port 丨 3 is arranged below the barrel, a hot water outlet port 14 is arranged above the barrel, and the compressor 丨 3 and the exhaust fan丨4, 澎 阀 valve ^ and 凝 condenser 19 are all arranged at the upper end of the ,, so that the refrigerant forms a south pressure high temperature through the compressor 13 'through the high pressure refrigerant inlet 丨 6 into the heat exchanger 1 7 ' provided inside the inner barrel Then, the high pressure refrigerant is returned to the 丨8 to the 澎5 valve, and the condenser 丨9 is lowered and returned to the compressor 1 3 for repeated use. _ However, in the above configuration, since the high-pressure refrigerant inlet pipe 16, the heat exchanger 17 and the high-pressure refrigerant returning body 18 are penetrated into the inner tub 1 2, the inner tub 12 is easily contaminated by the pipe rupture. Another heat pump heat storage barrel, as shown in the second figure, is separately provided with a barrel body 2, one end of which is connected to the circulation line 22; another compressor 23, an exhaust fan 24, a rising valve 25, a high pressure refrigerant inlet pipe 26, a high pressure The refrigerant return pipe 27 and the condenser are separately provided by M285678. The creation instructions (2) are arranged; the heat exchanger 29 is further disposed therebetween, and although there is no heat exchange and the inner tub is missing, it is better to use the circulation line 22 to heat outside the barrel. . Moreover, in the above structure, the inner tub is easily lost due to the adhesion of the scale and the cost is increased. With this in mind, the creator has finally produced this creation. 1 [New content] Therefore, this creation aims to provide a structure that is provided with a clear inner wall inside the inner tub to avoid the growth of scale. The heat pump storage barrel mechanism of the present invention is provided with a hydraulically driven The water turns to the master's and has a pump connected to the water pump and a number of brush arms distributed in a radial shape to provide a > scouring brush to keep the inner wall of the inner barrel clean. "As for the detailed structure of the creation, it should be below The description can be understood. [Embodiment] The heat pump storage barrel of the heat pump of the second creation is shown as: the heat storage barrel of the heat pump includes: 3 3 rows of fans 3 4 , heat exchangers 3 5, 澎 and a commission The value of the added cycle is returned to the barrel, and the inner wall can not clear the heat conduction efficiency ring pump 291; the pump 2 9 1 and the thermal efficiency are not washed, and the long-term causes the energy research and improvement, and the test heat pump storage barrel washing mechanism is tested many times. In order to clean the inner barrel cleaning structure at any time, the cleaning pump, and the vertical rotation of the rotating shaft I can be used for the inner barrel. And cleaning the inner wall at any time with a reference object, configuration of the washing tub tub 31, the inner tub 32 up valve 36 and a condensation, as in the third diagram, the compressor 37; its
M285678 四、創作說明（3) 中，内桶的外壁環繞環圈式熱交換器35，熱交換器35的一 端連接兩壓冷媒進官41至壓縮機33，埶交換器35的另端連 接高麼冷媒迴管42至彰漲間36，而内桶32的内部並設有一 清洗機構5 (如第四圖所示）。 如第四圖所示，該清洗機構5，係於内桶的中心位置 設置一直立轉軸51，直立轉軸51下端套設於内桶預設之軸 承52 >，使其可以自由轉動，直立轉軸51的上端設有一水輪 53 4水輪53的一鈿連接營路54至水泵55，使能透過水泵 55導入強力水流驅使直立轉軸51轉動； 該直立轉轴51，其不同高度位置分別設有呈幅射狀設 Ϊ ，㈣臂6係以—臂管61與直立轉軸51相接，如 示：該臂管61的内部為中空，直立轉轴51的内部 清潔刷62以可耐㈣之不的—端設置清潔刷62 ’該 妨i63甘以π — μ *不錄鋼刷較佳，清潔刷62的後端刷 亚U —彈菩64条也，你甘θ ^〇21 〇 ,〇〇 使，、具備一定彈力下而與内桶的 内璧王弹性接觸。 #置Ρ ^可如第六圖所示，在直立轉轴51的上端並可 ，盆自ί 1 ΐ輪71，該45度斜齒輪71設於水輪53的下 •以45 2斜音认7端連接：通管72，使得經由一轉桿73插入後 洗機二5可""以' 4與其瀹接而後將其帶動旋轉。*此構成清 冼执，5可μ水力驅動，亦可以手動。 用水泵55t 水泵55導入清洗用水流，利 用系起使水力帶動水輪Μ，直立轉軸51即會在内桶32M285678 IV. In the creation description (3), the outer wall of the inner tub surrounds the ring-shaped heat exchanger 35, and one end of the heat exchanger 35 is connected to the two-pressure refrigerant inlet 41 to the compressor 33, and the other end of the crucible exchanger 35 is connected high. The refrigerant returns to the riser 36, and the inside of the inner tub 32 is provided with a cleaning mechanism 5 (as shown in the fourth figure). As shown in the fourth figure, the cleaning mechanism 5 is provided with an upright rotating shaft 51 at the center of the inner tub, and the lower end of the vertical rotating shaft 51 is sleeved on the inner bucket preset bearing 52 > so that it can rotate freely, and the vertical shaft 51 is erected. The upper end is provided with a water tank 53 4 water wheel 53 connecting the camp road 54 to the water pump 55, so that the strong water flow can be driven through the water pump 55 to drive the vertical shaft 51 to rotate; the vertical shaft 51 has different height positions respectively. The armature 6 is connected to the upright shaft 51 by the arm tube 61. As shown, the inside of the arm tube 61 is hollow, and the internal cleaning brush 62 of the upright shaft 51 is resistant to (4). The end of the cleaning brush 62 'I would like i63 to π - μ * not recorded steel brush is better, the back of the cleaning brush 62 brush U U - play Bodhisattva 64 also, you Gan θ ^ 〇 21 〇, 〇〇, With a certain elasticity, it is in elastic contact with the inner king of the inner barrel. #置Ρ ^ can be as shown in the sixth figure, at the upper end of the upright shaft 51 and can be from the ί 1 ΐ wheel 71, the 45 degree helical gear 71 is set under the water wheel 53. 7-end connection: the through-tube 72 is inserted into the rear washing machine 2 via a rotating rod 73. "" is connected with the '4 and then rotated. * This constitutes a clear, sturdy, 5 hydraulic drive, or manual. The water pump 55 is introduced into the washing water flow by the water pump 55t, and the water is used to drive the water wheel rim, and the upright shaft 51 is in the inner tub 32.
第7頁 M285678Page 7 M285678
四、創作說明（4) 内部自轉，當直立轉軸5 1受力轉動，即帶動呈幅射狀設置 之多數個刷臂6以不鏽鋼刷頭6 2在内桶的内壁3 2 1進行清洗 到除，由於驅動直立轉轴的水流持續注入轉軸5丨内，二為 刷臂臂管6 1與轉軸51相通，因此，在刷除内桶時係同時^ 水流喷注清洗，故可以確保刮除乾淨，使内桶壁永久保 或者，亦可以如第七圖所示，以手動驅動，將轉 插入後以45度斜齒輪74與其嚅接而後，旋轉握把9，即可 帶動直立轉軸51旋轉，亦可直接對内桶内壁進行清理 Κιι 〇 ^ 此，當 交換時 ，確保 上所述 由於内 垢的滋 率，提 於申請 〇 陳明者 作之構 書與圖 合予陳 進行熱 速加熱 綜 構造， 構，水 傳導效 用，合 感德便 須 依本創 出說明 圍内， 味囿式％ 乂伏兑00 Μ冷媒在内桶32外壁流句 ，可以使熱傳導效率維持最佳狀態，達ς二 能源不流失。 ' 可知，本創作之此種熱泵儲熱桶之桶内 桶的内部設置了此等可以隨時清洗的 ^ ΐ即：確實克服排⑨’並且保持了最佳的熱 二巧犯的產生及維持，而其並未見諸公開使 乾嚀，爰依法提專利申請，請准予專利，實 ，以上所述乃本創作較佳具體的實施例， 想所作之改變，其產生之功能作、 :所涵蓋之精神時’均應包含在本創二 M285678 圖式簡單說明 【圖式簡單說明】 第一圖為習見熱泵儲熱桶示圖。 第二圖為習見另一熱泵儲熱桶示圖。 第三圖為本創作之局部剖面表示圖。 第四圖為本創作之清洗機構示圖。 第五圖為本創作第四圖之局部放大示圖 第六圖為本創作之實施使用示圖。 第七圖為本創作之另一實施使用示圖。 圖式中元件名稱 11 :外桶 12 : I 5 :澎漲閥 16 18 :高壓冷媒迴 II 2 :排水口 1 桶身 2 2: 澎漲閥 26 冷凝器 2 9 内桶 33 : 澎漲閥 37 高壓冷媒迴 軸承 5 3: 臂管 62 : :内壁 71 斜齒輪 81 21 25 28 32 36 42 52 61 321 74 與符號對照】 内桶 13 :壓縮機 14 :排風扇 :高壓冷媒進管 17:熱交換器 管 1 9 :冷凝器 1 11 :桶架 1 3 :冷水進水口 1 1 4 :熱水出水口 循環管路 23 :壓縮機 24 :排風扇 :高壓冷媒進管 27:高壓冷媒迴管 :熱交換器 291 :循環泵 31 :外桶 壓縮機 3 4 ··排風扇 3 5 ·•熱交換器 :冷凝器 41 :高壓冷媒進管 管 5 :清洗機構 51 :直立轉轴 水輪 54 :管路 55 :水泵 6 :刷臂 清潔刷 63 :刷柄 64 :彈簧 :斜齒輪 72 :通管 73 :轉桿 :排水口 9 :握把4. Description of creation (4) Internal rotation, when the upright shaft 51 is rotated by force, that is, the plurality of brush arms 6 which are arranged in a radial shape are cleaned and removed by the stainless steel brush head 6 2 on the inner wall 3 2 1 of the inner barrel. Since the water flow for driving the upright shaft is continuously injected into the rotating shaft 5丨, and the brush arm tube 6 1 is in communication with the rotating shaft 51, when the inner barrel is brushed, the water jet is simultaneously sprayed and cleaned, so that the scraping can be ensured and cleaned. The inner wall of the inner barrel can be permanently protected. Alternatively, as shown in the seventh figure, it can be manually driven. After the rotation is inserted, the 45-degree helical gear 74 is connected thereto, and then the handle 9 is rotated to drive the vertical shaft 51 to rotate. The inner wall of the inner bucket is cleaned. Κιι 〇^ This, when exchanged, ensures the above-mentioned rate of contamination due to the internal scale, and is submitted to Chen Chenming for the construction of the book and the combination of the heat for heating the heald structure, structure, water For the conduction effect, the joint sense must be created according to the instructions. The miso type 乂 兑 兑 00 Μ Μ 在内 在内 在内 在内 在内 在内 在内 在内 在内 在内 在内 在内 在内 在内 在内 在内 在内 在内 在内 在内 在内 在内 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 'It can be seen that the inside of the barrel of the heat pump storage barrel of the present invention is provided with such a cleaning that can be cleaned at any time: that is, the row 9' is indeed overcome and the optimal heat generation is maintained and maintained, and It does not appear to be open to the public, and to apply for a patent in accordance with the law, please grant a patent. In fact, the above is a better specific embodiment of the creation, the change is intended to be made, and the function of the production is: Spiritual time 'should be included in the original two M285678 Schematic brief description [simplified schematic description] The first picture shows the heat pump storage barrel diagram. The second picture shows a diagram of another heat pump storage tank. The third figure is a partial cross-sectional representation of the creation. The fourth picture is a diagram of the cleaning mechanism of the creation. The fifth figure is a partial enlarged view of the fourth figure of the creation. The sixth figure is a use diagram of the implementation of the creation. The seventh figure is a use diagram of another implementation of the creation. In the figure, the component name 11: outer tub 12: I 5 : swell valve 16 18 : high pressure refrigerant back II 2 : drain port 1 barrel 2 2: swell valve 26 condenser 2 9 inner barrel 33 : swell valve 37 high pressure Refrigerant return bearing 5 3: Arm tube 62 : : Inner wall 71 Helical gear 81 21 25 28 32 36 42 52 61 321 74 Contrast with the symbol] Inner barrel 13 : Compressor 14 : Exhaust fan: High pressure refrigerant inlet tube 17 : Heat exchanger tube 1 9 : condenser 1 11 : barrel rack 1 3 : cold water inlet 1 1 4 : hot water outlet circulation line 23 : compressor 24 : exhaust fan : high pressure refrigerant inlet pipe 27 : high pressure refrigerant return pipe : heat exchanger 291 : Circulating pump 31: outer tub compressor 3 4 · exhaust fan 3 5 ·• heat exchanger: condenser 41: high-pressure refrigerant inlet pipe 5: cleaning mechanism 51: upright shaft water wheel 54: line 55: water pump 6: Brush arm cleaning brush 63: handle 64: spring: helical gear 72: through tube 73: rotating rod: drain port 9: grip