WO2014124578A1 - 多用空气能热水器 - Google Patents

多用空气能热水器 Download PDF

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Publication number
WO2014124578A1
WO2014124578A1 PCT/CN2013/084899 CN2013084899W WO2014124578A1 WO 2014124578 A1 WO2014124578 A1 WO 2014124578A1 CN 2013084899 W CN2013084899 W CN 2013084899W WO 2014124578 A1 WO2014124578 A1 WO 2014124578A1
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WIPO (PCT)
Prior art keywords
fan
air
drying
water
evaporator
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Application number
PCT/CN2013/084899
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English (en)
French (fr)
Inventor
冯林
Original Assignee
Feng Lin
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.)
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Publication date
Application filed by Feng Lin filed Critical Feng Lin
Priority to CN201380030719.3A priority Critical patent/CN104487782A/zh
Publication of WO2014124578A1 publication Critical patent/WO2014124578A1/zh

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Classifications

    • DTEXTILES; PAPER
    • D06TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06FLAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F58/00Domestic laundry dryers
    • D06F58/10Drying cabinets or drying chambers having heating or ventilating means
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24HFLUID HEATERS, e.g. WATER OR AIR HEATERS, HAVING HEAT-GENERATING MEANS, e.g. HEAT PUMPS, IN GENERAL
    • F24H4/00Fluid heaters characterised by the use of heat pumps
    • F24H4/02Water heaters
    • F24H4/04Storage heaters
    • DTEXTILES; PAPER
    • D06TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06FLAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F58/00Domestic laundry dryers
    • D06F58/20General details of domestic laundry dryers 
    • D06F58/206Heat pump arrangements

Definitions

  • the invention relates to an air energy water heater, in particular to a multi-purpose air energy water heater. Background technique
  • the existing air energy water heater has good energy-saving effect; in the rainy season, the clothes washed by people are difficult to dry, which causes inconvenience to people's lives.
  • a multi-purpose air energy water heater with drying clothes and heating function has become a need of people's life.
  • the object of the present invention is to overcome the deficiencies of the prior art and to provide a multi-purpose air energy water heater that satisfies the demand for hot water, heating, cold air and dry clothes.
  • a multi-purpose air energy water heater including a compressor, a hot water tank, a condenser, a reservoir, an expansion valve, an evaporator, a fan, a gas-liquid separator, a controller, and a dry closet;
  • the tube comprises a dry clothes condensing tube and a water condensing tube, the dry clothes condensing tube is located in the dry closet, the water condensing tube is located in the hot water tank, the condensing tube is connected with the dry clothes electromagnetic valve, and the dry clothes electromagnetic valve is provided with the drying clothes control line and
  • the controller is connected, the refrigerant output connector of the compressor is connected with the input connector of the dry-body solenoid valve, the first output connector of the dry-coating solenoid valve is connected with the water condensation pipe, and the water condensation pipe is connected to the expansion valve after passing through the hot water tank;
  • the second output joint of the drying solenoid valve is connected with the drying condensing tube, the drying condensing
  • the refrigerant can only flow from the drying condensing pipe to the water condensing pipe, and does not circulate in the opposite direction;
  • the fan is a two-way exhaust fan, and the wind is utilized. Introduce air-conditioning into the room, or use a fan to take the indoor air out of the room; dry wardrobe with a warm fan, use a warm fan to bring the heater into the room; fan is a two-way exhaust fan, dry wardrobe with a heating fan, warm fan set There is a first louver, and the fan has a second louver.
  • the outdoor unit consisting of the evaporator and the fan is installed outdoors; during operation, the refrigerant of the compressor enters the water condenser through the refrigerant output connector, and then the water condenser passes through the expansion valve and the evaporator to return to the compression.
  • the machine forms a heat pump system; the evaporator absorbs heat from the air, and the water condenser transfers heat to the water in the hot water tank. When the weather is hot, use the controller to control the motor of the fan.
  • the second louver opens, the air flow of the fan flows into the room from the outdoor through the evaporator, and the outdoor air enters the room after being cooled by the evaporator, and the evaporator absorbs the heat of the outdoor air; the first louver is closed, The heater fan stops rotating.
  • the refrigerant output from the compressor passes through the drying condensing pipe and the check valve into the water condensing pipe and the expansion valve, and then the expansion valve returns to the compressor through the evaporator;
  • the motor that controls the fan by the controller is clockwise The direction rotates, the second louver opens, and the fan's air supply direction flows out of the room through the evaporator.
  • the air in the room flows out through the evaporator and then flows out of the room.
  • the evaporator absorbs the heat of the indoor air, and the drying condensing tube dissipates the heat.
  • the water condensing duct transfers heat to the water in the hot water tank; the first louver opens, the warm fan runs, and the hurricane flows into the room from the dry closet.
  • the controller controls the dry clothes solenoid valve, and the refrigerant outputted by the compressor enters the water condensation pipe and the expansion valve through the drying condensing pipe and the one-way valve, and then returns to the compressor through the evaporator through the expansion valve.
  • the dryer condensing tube dissipates heat in the dry closet and drys the clothes inside the closet; the louver closes and the warm fan stops rotating.
  • the utility model has the beneficial effects that: the multi-purpose air energy water heater not only has the function of the water heater, but also has the functions of heating, providing air-conditioning and drying clothes; the multi-purpose air energy water heater uses the evaporator of the heat pump system to absorb the heat energy of the air, and uses the condenser tube to discharge the heat energy. Heat exchange is performed to heat the air in the dry closet, and the clothes in the dry closet are used to dry the clothes, which saves energy compared to the direct electric drying clothes.
  • Figure 1 is a schematic view of the structure of a multi-purpose air energy water heater. detailed description
  • Figure 1 is a schematic view of the structure of the multi-purpose air energy water heater, the multi-purpose air energy water heater, including the compressor 1, the hot water tank 2, the condensation pipe 3, the storage 4, the expansion valve 5, the evaporator 6, the fan 7, the gas liquid a separator 8, a controller 9 and a dry closet 10;
  • the condensing duct 3 includes a dry clothes condensing pipe 11 and a water condensing pipe 12, the clothes drying condensing pipe 11 is located in the dry closet 10, and the water condensing pipe 12 is located in the hot water tank 2,
  • the condensing pipe 3 is connected with a drying machine solenoid valve 13, and the drying machine solenoid valve 13 is provided with a drying control line connected to the controller 9.
  • the refrigerant output connector 14 of the compressor 1 is connected to the input connector 15 of the drying solenoid valve 13, and is dried.
  • the first output joint 16 of the clothes solenoid valve 13 is connected to the water condensation pipe 12, and the water condensation pipe 12 is connected to the expansion valve 5 after passing through the hot water tank 2;
  • the second output joint 17 of the clothes drying solenoid valve 13 and the clothes drying pipe 11 Connection the drying condensing duct 11 is connected to the inlet of the check valve 18
  • the head 19 is connected, the outlet joint 20 of the check valve 18 is connected to the water condensing pipe 12, and the water condensing pipe 12 is connected to the expansion valve 5;
  • the direction of the check valve 18 is directed from the drying condensing pipe 11 to the water condensing pipe 12, and the refrigerant only It can flow from the clothes drying pipe 11 to the water condensation pipe 12, and does not flow in the opposite direction;
  • the fan 7 is a two-way exhaust fan, the dry closet 10 is provided with a warm fan 21; the air in
  • the exhaust port 23 is provided with a heating connecting pipe 31, the heating connecting pipe 31 is connected to the room 24, the air outlet 26 is provided with a cold air connecting pipe 32, and the cold air connecting pipe 32 is connected with the room 24;
  • a control panel 29 and a remote controller 30 are provided, and the remote controller 30 is provided with a cold air switch, a warm air switch, and a dry switch.
  • the working state of the multi-purpose air energy water heater includes a hot water working state, and the hot water working state is: the refrigerant of the compressor 1 enters the water condensation pipe 12 through the refrigerant output joint 14 , and then the water condensation pipe 12 passes through the expansion valve 5 and the evaporator 6 returns to the compressor 1 to form a heat pump system; the evaporator 6 absorbs the heat of the air, and the water condenser 12 transfers the heat to the water of the hot water tank 2.
  • the hot water working state includes a cold air working state
  • the cold air working state is: the motor of the fan 7 rotates counterclockwise, the second louver 28 opens, and the air flow of the fan 7 flows into the room from the outdoor via the evaporator 6. 24, the outdoor air enters the room 24 after being cooled by the evaporator 6, and the evaporator 6 absorbs the heat of the outdoor air; the first louver 27 is closed, and the warm fan 21 stops rotating.
  • the hot water working state includes a warm air working state
  • the warm air working state is: the refrigerant outputted by the compressor 1 enters the water condensing pipe 12 and the expansion valve 5 through the drying condensing pipe 11 and the check valve 18, and then Returning from the expansion valve 5 to the compressor 1 via the evaporator 6; the motor of the fan 7 is rotated clockwise, the second louver 28 is opened, and the blowing direction of the fan 7 is discharged from the room 24 through the evaporator 6 to the outside, the room
  • the air of 24 is cooled by the evaporator 6 and then flows out of the outdoor, the evaporator 6 absorbs the heat of the indoor air, and the drying condensing duct 11 dissipates the heat in the dry closet 10, and the water condensing duct 12 transfers the heat to the water of the hot water tank 2;
  • the first louver 27 is opened, the warm fan 21 is operated, and the warm air flows into the room 24 from the dry closet 10.
  • the hot water working state includes a dry working state, and the drying working state is: the drying solenoid valve 13 works, the refrigerant outputted by the compressor 1 passes through the drying condensing pipe 11 and the check valve 18 enters the water condensing pipe 12 and The expansion valve 5 is then returned to the compressor 1 via the evaporator 6 via the evaporator 6; the drying condensing duct 11 dissipates heat in the dry closet 10, drying the clothes in the dry closet 10; the first shutter 27 is closed, warm The fan 21 stops rotating.

Landscapes

  • Engineering & Computer Science (AREA)
  • Textile Engineering (AREA)
  • Physics & Mathematics (AREA)
  • Thermal Sciences (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Drying Of Solid Materials (AREA)
  • Detail Structures Of Washing Machines And Dryers (AREA)

Abstract

多用空气能热水器不但有热水器的功能,而且还有采暖、提供冷气以及干衣的功能;多用空气能热水器利用热泵系统的蒸发器(6)吸收空气的热能,利用冷凝管(11)放出热能进行热交换加热干衣柜内的空气,利用干衣柜内的热空气干燥衣服,比直接电热干衣节省电能。

Description

多用空气能热水器
技术领域
本发明涉及一种空气能热水器, 特别是一种多用空气能热水器。 背景技术
现有的空气能热水器, 具有良好的节能效果; 在雨季人们洗的衣服较 难晾干, 给人们的生活造成不便, 一种具有干衣以及采暖功能的多用空气 能热水器已成为人们生活的需要。 发明内容
本发明的目的是克服现有技术的不足, 提供一种多用空气能热水器, 满足人们对热水、 暖气、 冷气以及干衣的需求。
本发明所采用的技术方案是: 多用空气能热水器, 包括有压縮机、 热水箱、 冷凝管、 储存器、 膨胀阀、 蒸发器、 风扇、 气液分离器、 控制器 以及干衣柜; 冷凝管包括有干衣冷凝管以及水冷凝管, 干衣冷凝管位于干 衣柜内, 水冷凝管位于热水箱内, 冷凝管连接有干衣电磁阀, 干衣电磁阀 设有干衣控制线与控制器连接, 压縮机的制冷剂输出接头与干衣电磁阀的 输入接头连接, 干衣电磁阀的第一输出接头与水冷凝管连接, 水冷凝管经 过热水箱后与膨胀阀连接; 干衣电磁阀的第二输出接头与干衣冷凝管连 接, 干衣冷凝管与单向阀入口接头连接, 单向阀的出口接头与水冷凝管连 接, 水冷凝管与膨胀阀连接; 单向阀的方向由干衣冷凝管指向水冷凝管, 制冷剂只能由干衣冷凝管流向水冷凝管, 反方向不流通; 风扇为双向排气 扇, 利用风扇将冷气引入房间内, 或者, 利用风扇将室内的空气引出室外; 干衣柜设有暖风扇, 利用暖风扇将暖气引入房间内; 风扇为双向排气扇, 干衣柜设有暖风扇, 暖风扇设有第一百叶窗, 风扇设有第二百叶窗。
安装时, 将由蒸发器以及风扇构成的室外机安装于室外; 工作时, 压 縮机的制冷剂经制冷剂输出接头进入水冷凝管, 再由水冷凝管经膨胀阀以 及蒸发器回到压縮机形成一个热泵系统; 蒸发器吸收空气的热量, 水冷凝 管将热量传递到热水箱的水中。 天气热时, 利用控制器控制风扇的电机按 逆时针方向旋转, 第二百叶窗打开, 风扇的送风流向由室外经蒸发器流入 房间, 室外空气经蒸发器降温后进入房间, 蒸发器吸收室外空气的热量; 第一百叶窗关闭, 暖风扇停止转动。 天气冷时, 压縮机输出的制冷剂经干 衣冷凝管以及单向阀进入水冷凝管以及膨胀阀, 再由膨胀阀经蒸发器回到 压缩机;利用控制器控制风扇的电机按顺时针方向旋转,第二百叶窗打开, 风扇的送风方向由房间经蒸发器流出室外, 房间的空气经蒸发器降温后流 出室外,蒸发器吸收室内空气的热量,干衣冷凝管将热量散发于干衣柜内, 水冷凝管将热量传递到热水箱的水中; 第一百叶窗打开, 暖风扇运行, 暧 风由干衣柜流入房间。需要干燥衣服时,利用控制器控制干衣电磁阀工作, 压缩机输出的制冷剂经干衣冷凝管以及单向阀进入水冷凝管以及膨胀阀, 再由膨胀阀经蒸发器回到压縮机; 干衣冷凝管将热量散发于干衣柜内, 干 燥干衣柜内衣服; 第一百叶窗关闭, 暖风扇停止转动。
本发明的有益效果是: 多用空气能热水器不但有热水器的功能, 而且 还有采暖、 提供冷气以及干衣的功能; 多用空气能热水器利用热泵系统的 蒸发器吸收空气的热能, 利用冷凝管放出热能进行热交换加热干衣柜内的 空气, 利用干衣柜内的热空气干燥衣服, 比直接电热干衣节省电能。 附图说明
图 1是多用空气能热水器的结构示意图。 具体实施方式
下面结合附图对本发明进行进一步的说明:
图 1所示的多用空气能热水器的结构示意图, 多用空气能热水器, 包 括有压缩机 1、 热水箱 2、 冷凝管 3、 储存器 4、 膨胀阀 5、 蒸发器 6、 风 扇 7、 气液分离器 8、 控制器 9以及干衣柜 10; 冷凝管 3包括有干衣冷凝 管 11以及水冷凝管 12, 干衣冷凝管 11位于干衣柜 10内, 水冷凝管 12位 于热水箱 2内, 冷凝管 3连接有干衣电磁阀 13, 干衣电磁阀 13设有干衣 控制线与控制器 9连接, 压缩机 1的制冷剂输出接头 14与干衣电磁阀 13 的输入接头 15连接, 干衣电磁阀 13的第一输出接头 16与水冷凝管 12连 接, 水冷凝管 12经过热水箱 2后与膨胀阀 5连接; 干衣电磁阀 13的第二 输出接头 17与干衣冷凝管 11连接, 干衣冷凝管 11与单向阀 18的入口接 头 19连接, 单向阀 18的出口接头 20与水冷凝管 12连接, 水冷凝管 12 与膨胀阀 5连接; 单向阀 18的方向由干衣冷凝管 11指向水冷凝管 12, 制 冷剂只能由干衣冷凝管 11流向水冷凝管 12, 反方向不流通; 风扇 7为双 向排气扇, 干衣柜 10设有暖风扇 21 ; 暖风扇 21的进气口 22与干衣柜 10 连通, 暖风扇 21的排气口 23与房间 24连通; 风扇 7的进风口 25与蒸发 器 6连通, 风扇 7的出风口 26与房间 24连通; 暖风扇 21设有第一百叶 窗 27, 风扇 7设有第二百叶窗 28; 排气口 23设有暖气连接管 31, 暖气连 接管 31与房间 24连通, 出风口 26设有冷气连接管 32, 冷气连接管 32与 房间 24连通; 控制器 9设有控制面板 29以及遥控器 30, 遥控器 30设有 冷风开关、 暖风开关以及干燥开关。
多用空气能热水器的工作状态包括有制热水工作状态, 制热水工作状 态为: 压縮机 1的制冷剂经制冷剂输出接头 14进入水冷凝管 12, 再由水 冷凝管 12经膨胀阀 5以及蒸发器 6回到压縮机 1形成一个热泵系统; 蒸 发器 6吸收空气的热量, 水冷凝管 12将热量传递到热水箱 2的水中。
制热水工作状态包括有送冷风工作状态, 送冷风工作状态为: 风扇 7 的电机按逆时针方向旋转, 第二百叶窗 28打开, 风扇 7的送风流向由室 外经蒸发器 6流入房间 24, 室外空气经蒸发器 6降温后进入房间 24, 蒸 发器 6吸收室外空气的热量; 第一百叶窗 27关闭, 暖风扇 21停止转动。
制热水工作状态包括有送暖风工作状态, 送暖风工作状态为: 压縮机 1输出的制冷剂经干衣冷凝管 11以及单向阀 18进入水冷凝管 12以及膨胀 阀 5, 再由膨胀阀 5经蒸发器 6回到压縮机 1 ; 风扇 7的电机按顺时针方 向旋转, 第二百叶窗 28打开, 风扇 7的送风方向由房间 24经蒸发器 6流 出室外, 房间 24的空气经蒸发器 6降温后流出室外, 蒸发器 6吸收室内 空气的热量, 干衣冷凝管 11将热量散发于干衣柜 10内, 水冷凝管 12将 热量传递到热水箱 2的水中; 第一百叶窗 27打开, 暖风扇 21运行, 暖风 由干衣柜 10流入房间 24。
制热水工作状态包括有干衣工作状态, 干衣工作状态为: 干衣电磁阀 13工作,压縮机 1输出的制冷剂经干衣冷凝管 11以及单向阀 18进入水冷 凝管 12以及膨胀阀 5, 再由膨胀阀 5经蒸发器 6回到压縮机 1 ; 干衣冷凝 管 11将热量散发于干衣柜 10内, 干燥干衣柜 10内衣服; 第一百叶窗 27 关闭, 暖风扇 21停止转动。

Claims

权 利 要 求 书
1.多用空气能热水器,包括有压缩机(1)、热水箱(2)、冷凝管(3)、 储存器(4)、 膨胀阀 (5)、 蒸发器 (6)、 风扇 (7)、 气液分离器(8)、 控 制器 (9) 以及干衣柜 (10); 其特征在于: 所述的冷凝管 (3) 包括有干 衣冷凝管 (11) 以及水冷凝管 (12), 干衣冷凝管 (11)位于干衣柜 (10) 内, 水冷凝管 (12)位于热水箱(2) 内, 冷凝管 (3)连接有干衣电磁阔
(13),干衣电磁阀(13)设有干衣控制线与控制器(9)连接, 压缩机(1) 的制冷剂输出接头 (14) 与干衣电磁阀 (13) 的输入接头 (15) 连接, 干 衣电磁阀 (13) 的第一输出接头 (16) 与水冷凝管 (12) 连接, 水冷凝管
(12) 经过热水箱(2) 后与膨胀阀 (5) 连接; 干衣电磁阀 (13) 的第二 输出接头(17)与干衣冷凝管(11)连接,干衣冷凝管(11)与单向阀(18) 的入口接头(19)连接, 单向阀(18) 的出口接头(20)与水冷凝管(12) 连接, 水冷凝管 (12) 与膨胀阀 (5) 连接; 单向阀 (18) 的方向由干衣 冷凝管 (11) 指向水冷凝管 (12), 制冷剂只能由干衣冷凝管 (11) 流向 水冷凝管 (12), 反方向不流通; 风扇 (7) 为双向排气扇, 利用风扇 (7) 将冷气引入房间 (24) 内, 或者, 利用风扇 (7)将室内的空气引出室外; 干衣柜 (10) 设有暖风扇 (21), 利用暖风扇 (21) 将暖气引入房间 (24) 内。
2.根据权利要求 1所述的多用空气能热水器, 其特征在于: 所述的暖 风扇 (21) 的进气口 (22) 与干衣柜 (10) 连通, 暖风扇 (21) 的排气口
(23)与房间 (24)连通; 风扇 (7) 的进风口 (25)与蒸发器(6)连通, 风扇 (7) 的出风口 (26) 与房间 (24) 连通; 暖风扇 (21) 设有第一百 叶窗 (27), 风扇 (7)设有第二百叶窗 (28)。
3.根据权利要求 2所述的多用空气能热水器, 其特征在于: 所述的多 用空气能热水器的工作状态包括有制热水工作状态, 制热水工作状态为: 压缩机 (1) 的制冷剂经制冷剂输出接头 (14)进入水冷凝管 (12), 再由 水冷凝管 (12) 经膨胀阀 (5) 以及蒸发器 (6) 回到压缩机 (1) 形成一 个热泵系统; 蒸发器 (6) 吸收空气的热量, 水冷凝管 (12) 将热量传递 到热水箱(2) 的水中。
4.根据权利要求 3所述的多用空气能热水器, 其特征在于: 所述的制 热水工作状态包括有送冷风工作状态, 送冷风工作状态为: 风扇 (7) 的 电机按逆时针方向旋转, 第二百叶窗 (28) 打开, 风扇 (7 ) 的送风流向 由室外经蒸发器 (6) 流入房间 (24), 室外空气经蒸发器 (6) 降温后进 入房间(24), 蒸发器(6)吸收室外空气的热量; 第一百叶窗(27 )关闭, 暖风扇 (21 )停止转动。
5.根据权利要求 3所述的多用空气能热水器, 其特征在于: 所述的制 热水工作状态包括有送暖风工作状态, 送暖风工作状态为: 压縮机 (1 ) 输出的制冷剂经干衣冷凝管 (11 ) 以及单向阔 ( 18)进入水冷凝管 (12) 以及膨胀阀 (5), 再由膨胀阀 (5)经蒸发器(6) 回到压缩机 (1 ); 风扇
(7) 的电机按顺时针方向旋转, 第二百叶窗 (28) 打开, 风扇 (7) 的送 风方向由房间 (24) 经蒸发器 (6 ) 流出室外, 房间 (24) 的空气经蒸发 器 (6) 降温后流出室外, 蒸发器(6) 吸收室内空气的热量, 干衣冷凝管
( 11 )将热量散发于干衣柜 (10) 内, 水冷凝管 (12) 将热量传递到热水 箱 (2) 的水中; 第一百叶窗 (27 ) 打开, 暖风扇 (21 ) 运行, 暖风由干 衣柜 ( 10)流入房间 (24)。
6.根据权利要求 3所述的多用空气能热水器, 其特征在于: 所述的制 热水工作状态包括有干衣工作状态, 干衣工作状态为: 干衣电磁阀 (13) 工作, 压缩机 (1 ) 输出的制冷剂经干衣冷凝管 (11 ) 以及单向阀 (18 ) 进入水冷凝管 (12) 以及膨胀阀 (5), 再由膨胀阀 (5) 经蒸发器 (6) 回 到压缩机 (1 ); 干衣冷凝管 (11 )将热量散发于干衣柜 (10) 内, 干燥干 衣柜 (10) 内衣服; 第一百叶窗 (27) 关闭, 暖风扇 (21 ) 停止转动。
7.根据权利要求 1所述的多用空气能热水器, 其特征在于: 所述的控 制器(9) 设有控制面板 (29) 以及遥控器 (30), 遥控器 (30) 设有冷风 开关、 暖风开关以及干燥幵关。
8.根据权利要求 1所述的多用空气能热水器, 其特征在于: 所述的排 气口 (23) 设有暖气连接管(31 ), 暖气连接管(31 ) 与房间 (24)连通, 出风口 (26) 设有冷气连接管 (32), 冷气连接管 (32) 与房间 (24) 连 通。
PCT/CN2013/084899 2013-02-18 2013-11-11 多用空气能热水器 WO2014124578A1 (zh)

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