|Publication number||CN1177187 C|
|Application number||CN 01139921|
|Publication date||24 Nov 2004|
|Filing date||19 Nov 2001|
|Priority date||19 Nov 2001|
|Also published as||CN1420333A|
|Publication number||01139921.X, CN 01139921, CN 1177187 C, CN 1177187C, CN-C-1177187, CN01139921, CN01139921.X, CN1177187 C, CN1177187C|
|Inventors||辛钟玟, 具廷桓, 金大植, 郑成海|
|Export Citation||BiBTeX, EndNote, RefMan|
|Referenced by (40), Classifications (1), Legal Events (7)|
|External Links: SIPO, Espacenet|
技术领域 Technical Field
本发明涉及家电领域，尤其是制冷型电冰箱领域。 The present invention relates to the field of home appliances, especially in the field of refrigeration type refrigerator.
电冰箱是通过冷媒反复执行压缩-冷凝-膨胀-蒸发的冷冻循环，降低电冰箱内的温度，使食物在一定期间内保持新鲜。 Refrigerator is repeated by refrigerant compression - condensation - expansion - evaporation of the refrigeration cycle, reduce the temperature inside the refrigerator, the food in a certain period to keep fresh.
一般情况下，电冰箱的冷冻循环结构是由压缩机、冷凝器、膨胀阀和蒸发器组成。 In general, the structure of the refrigeration cycle of the refrigerator by a compressor, condenser, expansion valve and evaporator components. 压缩机将低温/低压的冷媒通过升温/升压转换为高温/高压的冷媒，冷凝器将从压缩机流入的冷媒通过外部气体进行冷凝。 Compressor temperature / low-pressure refrigerant by heating / boost converter high temperature / high-pressure refrigerant, the refrigerant flows into the condenser from the compressor is condensed by the outside air. 由于膨胀阀的直径最小，将从冷凝器流入的冷媒进行减压膨胀。 The minimum diameter of the expansion valve, the inflow refrigerant from the condenser decompression expansion. 在蒸发器上，经过膨胀阀的冷媒在低压状态下蒸发，吸收箱体内的热量。 In the evaporator, the refrigerant through the expansion valve at low pressures evaporate, absorbing heat cabinets.
下面结合图对普通电冰箱的结构进行说明：如图1所示，电冰箱是包括冷冻室1、冷藏室和机械室5。 The structure below in conjunction with FIG ordinary refrigerator will be described: As shown in Figure 1, the refrigerator comprising a freezer compartment, refrigerator compartment and a machine chamber 5. 通过与蒸发器4进行热交换后的冷气直接流入冷冻室1，使冷冻室内的温度维持在摄氏零下18度。 4 through the cool air and the evaporator heat exchanged directly into the freezing chamber 1, so that the freezer compartment temperature is maintained at 18 degrees Celsius below zero. 冷冻室1的冷气流入冷藏室，使冷藏室内的温度维持在摄氏0-7度，冷冻室的后下方有机械室5。 A freezing chamber cold air flows into the refrigerator compartment, so that the refrigerating compartment temperature is maintained at 0-7 ° C, below the freezing compartment after the mechanical chamber 5.
蒸发器4的上部安装有送风扇6和电机。 The upper portion of the evaporator 4 is mounted a blowing fan 6 and motor. 送风扇6将经过蒸发器降温后的冷气强制循环到冷冻室，电机驱动送风扇，蒸发器前面安装了冷气管10。 6 through the cool air blowing fan evaporator cooling after the forced circulation to the freezer compartment, motor-driven blower fan, air-conditioning is installed in front of the evaporator tubes 10.
冷气管10是由分隔冷冻室内空间和蒸发器空间的内侧板7构成。 The cool air duct 10 is separated by space and the freezer compartment evaporator space inside plate 7. 内侧板7内有多个与冷冻室相通的冷气排出口11。 Medial plate 7 with a plurality of communication freezer cold air discharge port 11. 在冷气管10的下端有冷气吸入口13，经过冷冻室而升温的冷气通过冷气吸入口13重新流入到蒸发器4。 At the lower end 10 of the air-conditioned cool air duct inlet 13, through the freezing chamber cold air warmed by the cold air suction port 13 flows into the evaporator 4 again.
如图2所示，冷冻室1由分隔板3分成的冷冻室和冷藏室2。 As shown in Figure 2, the freezing compartment 1 divided by the partition plate 3 2 freezer and refrigerator. 分隔板3的上部有从冷冻室1向冷藏室2排出部分冷气的冷气连通口3a，分隔板3的下部有经过冷藏室2循环升温的冷气重新流入到冷冻室1的冷气连通口3b。 The upper portion of the partition plate 3 has from the freezer to the refrigerator compartment 2 1 air-conditioned cool air discharge portion communication opening 3a, the lower portion of the partition plate 3 has 2 circulating through the refrigerator compartment temperature cool air flowing back into the freezer compartment of cold air communication port 3b 1 .
电冰箱的冷冻室1和冷藏室2内装满食物的状态下，通电时，机械室的压缩机接到控制部的控制信号后启动，通过冷冻循环在蒸发器4上形成热交换的环境。 After the next refrigerator freezer full of food inside the refrigerator compartment 1 and 2 of the state, when energized, the machine room to the control signal control unit compressor starts, the heat exchange environment through the refrigeration cycle is formed on the evaporator 4. 于是，通过蒸发器吸热作用，经过蒸发器的冷气被降温，通过送风扇6的作用，向冷气管10排出冷气，冷气通过冷气排出口11流人到冷冻室1，冷气中一部分冷气通过冷气连通口3a流入到冷藏室2。 Thus, through the evaporator heat absorption through the evaporative air is cooled by blower fan action 6, cold air to the cold air discharge pipe 10, the cool air through the cool air discharge ports 11 inflows to freezing chamber 1, a portion of the cool air in the cool air through the air-conditioning communication port 3a flows into the refrigerator compartment 2. 然后，经过冷冻室和冷藏室进行冷冻循环而升温的冷气重新通过冷气吸入口13流入到蒸发器4形成冷气循环。 Then, after freezing and refrigerating compartments and a refrigerating cycle were re-heated cold air flowing into the cold air suction port 13 is formed into the evaporator 4 through the cold air circulation.
上述电冰箱的结构是通过蒸发器4进行热交换的冷气中的一部分经由冷冻室1流入到冷藏室2。 The structure of the above-described refrigerator is the evaporator 4 through the cool air in the heat exchange part via the freezing chamber 1 flows into the refrigerating chamber 2. 虽然冷藏室的设定温度比冷冻室的设定温度高，但是由于冷藏室内冷气的风量少，冷藏室的制冷效率自然会下降，而且，冷冻室1和冷藏室2的冷气相互进行交流，使储藏在冷藏室内食物的气味和储藏在冷冻室内食物的气味相互影响。 Although higher than the set temperature of the refrigerating compartment the freezing compartment temperature setting, but since the wind is less refrigeration compartment cool air, the cooling efficiency of the refrigerator compartment will naturally decrease, and that the freezing chamber 1 and the refrigerating chamber cold air 2 to communicate with each other, Storage on each other so that the smell of food in the refrigerator compartment and freezer storage at the smell of food. 一般，冷藏室内的冷藏对象的气味比冷冻室内的冷冻对象的气味浓度高，所以冷藏室内冷藏对象的气味流入到冷冻室后渗透到冷冻对象中。 In general, the smell of the refrigerator compartment of the refrigerator odor concentration than the object freezer frozen object is high, so the smell of the refrigerator compartment refrigerated objects to flow into the freezer after penetration into the frozen object.
为了解决上述问题，使冷冻室的冷气管和冷藏室的冷气管相互分离，在冷气管上分别安装各自的蒸发器。 To solve the above problem, the refrigerating chamber cold air duct and cold air pipe separated from each other, the respective evaporators are installed in the cool air duct. 在电冰箱上安装两个高价的蒸发器，造成冷冻循环结构变为复杂，提高了电冰箱的成本。 Install two evaporators expensive in the refrigerator, causing the refrigeration cycle structure becomes complicated, raising the cost of the refrigerator.
本发明所要解决的技术问题是提供一种独立制冷型电冰箱，只安装一个蒸发器也能分成冷藏室的冷气流路与冷冻室的冷气流路，分别进行独立制冷。 Technical problem to be solved by the present invention is to provide an independent cooling type refrigerator, install only one evaporator can be divided into cold air passage and the freezing chamber cold air passage, respectively, independent refrigeration.
为了解决上述问题，本发明采用的技术方案是：一种独立制冷型电冰箱由压缩机、冷凝器、膨胀阀、蒸发器、冷冻室、冷藏室、冷气流路等组成，还包括如下结构：冷冻室内的冷气流路；冷藏室内冷气流路；冷冻室内的冷气、冷藏室内的冷气的热交换场所——蒸发器；蒸发器同时进行冷冻室内的冷气和冷藏室内的冷气的热交换，送风扇各自安装在冷冻室内冷气流路和冷藏室内冷气流路上强制循环冷气。 In order to solve the above problems, the technical aspect of the present invention is used: a self-cooled refrigerator compressor, a condenser, expansion valve, evaporator, freezer, freezer, air passage and other components, including the following structure: freezing chamber cold air passage; refrigerated indoor air flow path; the freezer compartment air-conditioning, refrigeration room cooling heat exchange places - evaporator; evaporator heat exchange while freezing room cooling and refrigeration room cooling, the blower fan each mounted in the freezing chamber cold air passage and the refrigerating compartment air flow path forced circulation air-conditioning.
所述蒸发器进行冷冻室内冷气的热交换的面积比冷藏室内冷气的热交换的面积大。 Area of the evaporator freezing chamber cold air heat exchange area of indoor air-conditioning refrigeration heat exchange is large.
本发明还可以是一种独立制冷型电冰箱，包括压缩机、冷凝器、膨胀阀、蒸发器、箱体，其特征是箱体被分隔板左右划分成冷冻室和冷藏室；蒸发器上交叉设置冷冻室侧冷气管和独立的冷藏室侧冷气管；在冷冻室侧冷气管和冷藏室侧冷气管上分别设置强迫冷气循环的送风扇。 The present invention may also be a separate cooling type refrigerator including a compressor, a condenser, an expansion valve, an evaporator, the housing, wherein the housing is divided into a left and right partition plate freezer and refrigerator; the evaporator Set the freezer side cross tube and separate freezer cold air side air-conditioning pipe; set forced cold air circulating blower fan in the freezer compartment on the side were the cool air duct and a refrigerating chamber side air-conditioning duct.
所述箱体被分隔板左右划分成冷冻室和冷藏室；为了进行热交换，循环有冷气的冷冻室侧冷气管和独立的冷藏室侧冷气管；蒸发器上交叉设置冷冻室侧冷气管和冷藏室侧冷气管；在冷冻室侧冷气管的指定位置和在冷藏室侧冷气管的指定位置分别设置强迫冷气循环的送风扇。 The box is divided into a left and right partition plate freezer and refrigerator; for heat exchange loop air-conditioned cool air duct side freezer and separate freezer side of the air-conditioning duct; crossover settings cold air freezing chamber side evaporator tube and refrigerating chamber side air-conditioning pipe; set forced cold air circulating blower fan are designated location at a specified location freezer side cold air tube and cold air in the freezer side of the tube.
所述蒸发器包括贯穿冷冻室侧冷气管和冷藏室侧冷气管的管，管为片管型。 The evaporator includes a freezing chamber side through the cool air duct and the refrigerating side cool air duct pipes in the piece tube.
所述蒸发器中，冷冻室侧冷气管的散热片个数比冷藏室侧冷气管的散热片的个数多。 The evaporator, the number of number of fins more freezing chamber cold air pipe side than the refrigerating compartment cold air duct side fins.
所述冷藏室侧冷气管包括：蒸发器一部分、冷藏室侧冷气流入的冷藏室侧第一冷气管、与冷藏室侧第一冷气管相连通且进行热交换后的冷气向冷藏室排出的冷藏室侧第二冷气管。 The refrigerating chamber cold air side tube comprising: an evaporator portion, the refrigerating chamber cold air inflow side of the first side of the refrigerating chamber cold air duct, the cool air and the refrigerating chamber side of the first communicating pipe and the air is cooled after the heat exchange is discharged to the refrigerating compartment of the refrigerator chamber side of the second cool air duct.
所述冷藏室侧第一冷气管与冷冻室侧冷气管一起位于冷冻室的后面，冷藏室侧第二冷气管位于冷藏室的上部。 The cold air refrigerating chamber side of the first tube and the freezing chamber cold air pipe together at the back side of the freezer compartment, refrigerator compartment side of the second cool air duct in the upper part of the refrigerator compartment.
为了连通冷藏室侧第一冷气管和冷藏室，冷气吸入管贯通分隔板。 To the side of the first cool air duct communicating the refrigerator compartment and a refrigerating chamber, air intake pipe through the partition plate.
为了连通冷藏室侧第一冷气管和冷藏室侧第二冷气管，冷气连接管贯通分隔板。 To the side of the first cool air duct communicating the refrigerator compartment and the refrigerating chamber side of the second cool air duct, air connection pipe through the partition plate.
冷藏室侧第一冷气管和冷藏室侧第二冷气管相遇的部分设置热风扇。 Refrigerating chamber side of the first side of the second cool air duct and the refrigerator compartment cool air duct portion is provided heat fan encounter.
冷冻室侧的送风扇可以是位于蒸发器上部的轴流扇。 Freezer side of the blower fan can be located in the upper part of the axial flow fan evaporator.
所以，本发明独立制冷型电冰箱通过用一个蒸发器进行循环冷冻室内的冷气和循环冷藏室内的冷气的热交换，相互分离上述各自冷气流路，进行互不干涉的独立制冷。 Therefore, the present invention independently cooled by a refrigerator evaporator heat exchange cycle refrigeration room cooling and room cooling cycle of the refrigerator, the air flow from each other above their path, carry out mutual non-interference in the independent refrigeration.
本发明独立制冷型电冰箱产生如下效果：1.由于本发明对循环在冷冻室和冷藏室的冷气流路单独分开，所以能防止冷冻室和冷藏室内的食品气味相互影响。 Independent refrigeration type refrigerator of the present invention produces the following effects: 1 Since the invention of the cycle in the freezing room and the cold air flow path separate separated, it is possible to prevent interaction freezer and refrigerator compartment food odors.
2.由于本发明冷冻室侧冷气管和冷藏室冷气管分别具备了送风扇，所以能增加冷藏室的冷气风量，能够提高制冷效率。 2. As the freezer compartment of the present invention, the side air-conditioning and refrigerating chamber cold air pipe respectively pipe with a blower fan, it is possible to increase the amount of cool air in the refrigerator compartment, can improve the cooling efficiency.
3.虽然本发明只利用一个蒸发器也能执行独立制冷，避免了由于为了独立制冷而增加蒸发器和复杂的冷冻循环结构，减少了电冰箱的成本。 3. Although the present invention using only one evaporator cooling can be performed independently, avoiding increased due to independent refrigeration evaporator refrigeration cycle and complex structure, reducing the cost of the refrigerator.
附图说明 Brief Description
图1 一般电冰箱构造的纵断面图；图2 一般电冰箱构造的正面图；图3 本发明独立制冷型电冰箱的结构简图；图4 本发明实施例独立制冷型电冰箱结构的横断面图；图5 本发明实施例独立制冷型电冰箱作用的正面图和侧面图。 Example independent cooling type refrigerator cross section structure of FIG. 4 embodiment of the present invention; structural diagram of Figure 3 independent cooling type refrigerator of the present invention; Figure 1 General structure profile refrigerator; Figure 2 is a front view of the general structure of the refrigerator ; Figure Inventive Example independent role cooled refrigerator front view and a side view 5.
图6 本发明实施例蒸发器的结构图。 Inventive Example diagram showing the structure of the evaporator 6.
具体实施方式 DETAILED DESCRIPTION
下面结合附图和具体实施方式对本发明独立制冷型电冰箱做进一步的详细说明：如图3所示，本发明独立制冷型电冰箱以分隔板3为中心划分为冷冻室1和冷藏室2，分离冷冻室内循环的冷气流路A和冷藏室内循环的冷气流路B。 Below in conjunction with the accompanying drawings and specific embodiments of the present invention independent cooling type refrigerator further details: Figure 3, the present invention is independent cooled refrigerator to the center of the partition plate 3 is divided into a freezing chamber 1 and the refrigerating chamber 2 separate freezer compartment circulating air flow path A and refrigerated indoor circulating air flow path B. 虽然，冷冻室内循环冷气流路A和冷藏室内循环冷气流路B相互分离，但是只有一个蒸发器27，通过冷冻循环进行冷气的热交换。 Although, the freezer compartment cool air circulation passage A and the air flow path circulating within the refrigeration compartment B separated from each other, but only one evaporator 27, the air is cooled by heat exchange of the refrigerating cycle.
上述冷冻循环的结构是由压缩机21、冷凝器23、膨胀阀25和蒸发器27组成。 Structure of the refrigerating cycle by a compressor 21, a condenser 23, an expansion valve 27 composed of 25 and an evaporator. 压缩机21将低温/低压的冷媒通过升温/升压转换为高温/高压的冷媒。 21 compressor temperature / low-pressure refrigerant by heating / boost converter high temperature / high-pressure refrigerant. 冷凝器23将从压缩机流入的冷媒通过外部气体进行冷凝。 Condenser 23 flows into the refrigerant from the compressor is condensed by the outside air. 由于膨胀阀25的直径最小，将从冷凝器流入的冷媒进行减压膨胀。 Since the diameter of the expansion valve 25 is minimum, refrigerant flowing from the condenser, the expansion under reduced pressure. 在蒸发器27上，经过膨胀阀的冷媒在低压状态下蒸发，吸收箱体内的热量。 In the evaporator 27, the refrigerant through the expansion valve at low pressures evaporate, absorbing heat cabinets.
为了在蒸发器27上冷冻室内的冷气以及冷藏室内的冷气进行热交换，冷冻室内的冷气流路A和冷藏室内的冷气流路B都设置在蒸发器27上。 For the air-conditioning evaporator 27 and freezing cold storage room cooling indoor heat exchange, refrigeration room cooling flow path A and the refrigeration compartment air flow path B are set on the evaporator 27.
另外，由于冷冻室1内的温度要比冷藏室2的温度低，为了能够只利用一个蒸发器使冷冻室内冷气和冷藏室内冷气符合各自的设定温度，因此以蒸发器27为中心，将冷冻室内冷气的热交换面积和冷藏室内冷气的热交换的面积设计成不同，即在冷冻室内冷气进行热交换的蒸发器面积要比冷藏室内冷气进行热交换的蒸发器面积要大。 Further, since the temperature inside a freezer compartment 2 is lower than the temperature of the refrigerating compartment, in order to utilize only one evaporator to the freezing chamber cold air and refrigeration compartment cool air in line with the respective set temperature, and therefore to the evaporator 27 as the center, frozen heat exchange area of indoor air-conditioning heat-exchange area of the air-conditioning and refrigeration compartment designed to be different, i.e., cold air in the freezing chamber evaporator heat exchange area than the refrigerating compartment cold air by heat exchange area of the evaporator larger.
下面详细说明独立制冷型电冰箱的具体实例：如图4和图5所示，本发明独立制冷型电冰箱通过分隔板3划分，以分隔板3为中心，左侧为冷冻室1，右侧为冷藏室2。 The following detailed description of specific examples of the independent cooling type refrigerator: shown in Figure 4 and Figure 5, the present invention is independent cooling type refrigerator is divided by the partition plate 3, to the center of the partition plate 3, the left side of the freezing chamber 1, right side of the refrigerator compartment 2. 冷冻室1的后面设置有为冷冻室侧冷气管100，在冷冻室侧冷气管100内循环有为了进行热交换的冷气。 Behind the freezing compartment 1 is provided promising freezing chamber cold air pipe 100 side, the side of the freezing chamber cold air circulating pipe 100 to have heat exchange with cold air. 冷藏室冷气管200位于冷冻室1的后面和冷藏室2的上部，冷藏室冷气管200内循环有为了进行热交换的冷藏室侧冷气。 Refrigerating chamber cold air tube 200 is located behind the freezing compartment and the refrigerating chamber 2 of the upper 1, the refrigerating chamber cold air circulating pipe 200 to have heat exchange with the refrigerating chamber cold air side.
为了使蒸发器27与冷冻室内的冷气以及冷藏室内的冷气进行热交换。 In order to make the evaporator 27 and the cool air and refrigeration compartment cool air of the freezing chamber by heat exchange. 将蒸发器与冷冻室侧冷气管100和冷藏室侧冷气管200交叉。 The evaporator and the freezer side 100 and the cold side cold air pipe cool air duct 200 cross. 冷冻室侧冷气管100和冷藏室侧冷气管200由分隔板3划分开，即冷藏室侧冷气管包含蒸发器27的一部分。 Freezing chamber cold air side air-side pipe 100 and the pipe 200 by the refrigerator compartment partition plate 3 demarcated, i.e. cool air duct comprises a portion of the refrigerating chamber side evaporator 27.
冷藏室侧冷气管200包括冷藏室侧第一冷气管210和冷藏室侧第二冷气管220。 Side refrigerator compartment cool air duct 200 includes a refrigerating chamber side of the first pipe 210 and the refrigerating chamber cold air side of the second cool air duct 220. 冷藏室侧第一冷气管210位于冷冻室1的后面，包括蒸发器的一部分。 Refrigerating chamber side of the first cool air duct 210 is located behind the freezing compartment 1, including a portion of the evaporator. 冷藏室侧第二冷气管220与冷藏室侧第一冷气管210相连通，位于冷藏室2的上部。 Refrigerating chamber side of the second cool air duct 220 and refrigerating compartment cold air pipe 210 is connected to the side of the first pass, in the upper part of the refrigerator compartment 2.
冷藏室侧第二冷气管220上有向冷藏室排出热交换后冷气的多个冷气排出口201。 There are more than cool air is discharged to the refrigerating chamber cold air after the heat exchange of the refrigerator compartment discharge port 201 side of the second cool air duct 220. 冷藏室侧第一冷气管210下部有贯通分隔板的冷气吸入管240，通过冷气吸入管240吸入冷藏室2内的冷气。 Refrigerating chamber side of the first cool air duct 210 through the lower part of the partition plate cold air intake tube 240, through the cool air intake pipe 240 2 refrigerating chamber cold air sucked inside. 冷藏室侧第一冷气管210上部有贯通分隔板的冷气连接管230，通过冷气连接管230与冷藏室侧第二冷气管220相连通。 The upper side of the refrigerator compartment 210 has a first cool air duct cold air through the partition plate connecting tube 230, through the connecting pipe 230 and the refrigerating chamber cold air side of the second cool air duct 220 communicating. 于是，冷藏室侧冷气通过冷气吸入管240吸入到冷藏室侧第一冷气管210，进行热交换后的冷气通过冷气连接管230向冷藏室侧第二冷气管220流动，然后向冷藏室排出，形成循环结构。 Thus, the cool air through the refrigerating compartment cold air suction side of the suction pipe 240 to the first side of the refrigerating chamber cold air pipe 210, air is cooled by heat exchange with cool air after the connection pipe 230 to flow tube 220 side of the second refrigerating chamber cold air, and then discharged to the refrigerating chamber, form a cyclic structure.
另外，在冷冻室1后面的下部有冷气吸入口103，上部有冷气排出口101。 Further, the lower portion of the back of the freezing compartment 1 has cold air suction port 103, the upper part of the cool air discharge ports 101. 冷气吸入口103和冷气排出口101与冷冻室侧冷气管相连通。 Cold air suction port 103 and the cool air discharge ports 101 and the freezing chamber side air-conditioning duct in communication.
具有上述结构的独立制冷型电冰箱中冷冻室侧冷气管100和冷藏室侧冷气管200的送风扇可以采用轴流扇或热风扇。 Independent cooled side refrigerator freezer cold air having the above structure pipe 100 and the cold side cold air tube 200 can be used to send fan fan axial fan or heat.
上述冷冻室侧冷气管100位于冷冻室1的后面，在蒸发器27的上部的冷气排出口101处的位置上设置轴流扇105。 Cold air to the refrigerating chamber side pipe 100 is located behind the freezing compartment 1, the axial flow fan 105 disposed at the position of the cold air discharge port 101 of the upper portion 27 of the evaporator. 冷藏室侧冷气管位于冷冻室1的后面冷藏室2的上部，使冷气强制循环的热风扇205位于冷气管的转折处，即热风扇205位于冷藏室侧第一冷气管210和冷藏室侧第二冷气管220相遇的部分。 Side refrigerator compartment cool air duct located behind the upper part of the freezer compartment of the refrigerator compartment 1 2, the cold air forced circulation of hot air fan 205 is located in the turning point of cold air tube that is hot and fresh food compartment fan 205 located side refrigerator compartment side of the first cool air duct section 210 two part air-pipe 220 meet. 所以，在蒸发器27进行热交换后的冷气通过从冷冻室1后面的上部和冷藏室2的上部排出。 Therefore, in the air-conditioning evaporator 27 by heat exchange is discharged from the upper portion of the upper portion of the freezing chamber 1 and the refrigerating chamber 2 behind.
如图6所示，蒸发器27采取了冷冻室侧冷气管和冷藏室侧第一冷气管交叉设置的特殊结构。 As shown in Figure 6, the evaporator 27 side of the freezing chamber cold air taken tube and the special structure of the first side of the refrigerating chamber cold air pipe crossing disposed.
一般适用于冷冻循环的蒸发器是片管型蒸发器，由在流有冷媒的管的外周上能够进行冷气热交换的多个散热片组成。 Generally applicable to the refrigeration cycle evaporator is a fin and tube type evaporator, the refrigerant flow has on the outer circumference of the tube can be a plurality of fins cold air heat exchange components.
为了防止冷冻室侧冷气管100和冷藏室侧第一冷气管210的冷气相互进行交流，使冷冻室侧冷气管100和冷藏室侧第一冷气管210相互隔离。 To prevent freezing chamber and the refrigerating chamber side of the first side cold air pipe 100 air-conditioned cold air pipe 210 communicate with each other, so that the freezer side 100 and the cold side cold air pipe cool air duct 210 first isolated from each other. 所以本发明片管型蒸发器27的管27a由分区板90分成冷冻室侧冷气管100和冷藏室侧第一冷气管210，管27a的外周表面设置有散热片27b。 So-tube type evaporator tubes 27 of the present invention by a partition plate 27a and a refrigerating chamber side 90 into the freezing chamber cold air pipe 100 side of the first air-conditioning pipe 210, the outer peripheral surface of the tube 27a is provided with fins 27b.
冷冻室侧冷气的设定温度要比冷藏室侧的冷气设定温度低，所以在冷冻室侧冷气管100上散热片27b的个数要比在冷藏室侧第一冷气管210上的散热片27b的个数多。 Air-conditioning of cold air freezing chamber side than the set temperature side of the refrigerating compartment set temperature is low, so the freezer side 100 on the number of fins 27b than in the refrigerator compartment side of the first cool air duct 210 fin cool air duct The number of multi-27b.
具有上述结构的独立制冷型电冰箱通过压缩机的运转造成蒸发器27的热交换的环境，通过轴流扇105和热风扇205的运转，使箱内的冷气强制循环。 Independent refrigeration type refrigerator having the above structure causes the evaporator heat exchange environment 27 through operation of the compressor, axial flow fan operation by 105 and the hot air fan 205, so that the inside of the cold air forced circulation. 在冷冻室1内循环的冷气通过冷气吸入口103流入到冷冻室侧冷气管100，经过蒸发器27进行热交换，经蒸发器27进行热交换后的冷气经过排出口101排放到冷冻室，反复执行上述循环过程。 In the cold air circulating the freezing chamber 1 through the cold air suction port 103 side flows into the freezer compartment cool air duct 100, through the evaporator 27 exchanges heat, through air-conditioning evaporator 27 performs heat exchange through the discharge port 101 is discharged to the freezing chamber, repeatedly performing the above cycle.
另外，通过热风扇205的运转，使在冷藏室内循环的冷气通过冷气吸入口240吸入到冷藏室侧第一冷气管210，然后，经过蒸发器27进行热交换，经过热交换后的冷气在热风扇的作用下，通过冷气连接管230向冷藏室侧第二冷气管220流动，通过冷气排出口201排出到冷藏室2，反复执行上述循环过程。 Further, operation of the fan 205 by heat, so that the cold air circulated through the refrigerating compartment cold air suction port 240 to the suction side of the first refrigerating chamber cold air pipe 210, and then, through the evaporator 27 by heat exchange, the cold air after the heat exchange in the heat Under the effect of the fan, through the cool air flow pipe 220 connecting tube 230 to a second side of the refrigerating chamber cold air, through the cool air discharge port 201 is discharged into the refrigerating chamber 2, the above-described cycle is repeated.
因此，本发明独立制冷型电冰箱只用一个蒸发器也能充分的使冷冻室和冷藏室进行独立制冷。 Therefore, the independent refrigeration type refrigerator of the present invention only one evaporator can be sufficient to make the freezer and refrigerator independent refrigeration. 由于上述冷藏室侧冷气管内单独具备了热风扇，增加了在冷藏室循环冷气的风量。 Because of the above side refrigerator compartment with a separate fan in the air-conditioning heat pipe, increasing the circulation of cool air in the refrigerator compartment air flow.
此外，本发明独立制冷型电冰箱也可以具有如下结构：冷冻室侧冷气管和冷藏室侧冷气管不拘于分隔板的分隔，以分隔蒸发器的分区板为中心，将冷冻室和冷藏室的后面分离，所以上述冷藏室侧冷气管无需分成两个冷气管也可以形成相互独立的冷气流路，与冷冻室侧冷气管相同，冷藏室侧冷气管也位于冷冻室和冷藏室的后面，用送风扇替换轴流扇。 In addition, independent cooling type refrigerator of the present invention may also have the following structure: the freezer and refrigerator compartment side side cool air duct cold air tube confined in separate separation plate to separate the evaporator partition plate as the center, the freezer and refrigerator behind the separation, so the cool air duct above the refrigerator compartment side without cool air into the tube may be formed of two mutually independent air flow path, and the same side of the freezer cool air duct, air conditioning duct side refrigerator compartment is also located behind the freezer and refrigerator, Replace axial fan with a blower fan.
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|28 May 2003||C06||Publication|
|14 Jan 2004||C10||Request of examination as to substance|
|24 Nov 2004||C14||Granted|
|3 Feb 2010||C56||Change in the name or address of the patentee|
Owner name: TAIZHOU LG ELECTRONICS FREEZER CO., LTD.
Free format text: FORMER NAME: LG ELECTRONICS ( TIANJIN ) ELECTRICAL APPLIANCES CO., LTD.
|3 Feb 2010||C41||Transfer of the right of patent application or the patent right|
|3 Feb 2010||ASS||Succession or assignment of patent right|
Effective date: 20091225
Free format text: FORMER OWNER: LG ELECTRONICS ( TIANJIN ) ELECTRICAL APPLIANCES CO., LTD.
Owner name: TAIZHOU LG ELECTRONICS FREEZER CO., LTD.
|16 Jan 2013||C17||Cessation of patent right|