TWM258260U - Energy-saving air conditioner with external air ventilation - Google Patents

Description

M258260

The two-phase flow rainbow, evaporator and water, which are mentioned in the operation to save energy, are generally used in outdoor air-conditioning systems. The body is directly discharged into the atmosphere, which wastes the energy effect. At present They only pass through a full heat exchanger, and the gas first performs a heat exchange, so that the outside air can be reduced. The external air that has passed through the full heat exchanger can reach the pollution. The discharged exhaust gas will be fresh with the incoming air. The outside air interacts with the indoor air quality; at the same time, its cooling performance is still an ideal step, and the creator is for this purpose to provide a condenser and compressor that can be used with a two-phase flow siphon heat exchanger to assist the system The air conditioning system composed of a combination of evaporator, water pan and sprinkler can make the operation and the temperature of the room and the condensation can be further reduced to achieve energy saving. [New content] ％ This creation is to use the condenser and compressor of the air conditioning system. Tray, sprinkler and other components are provided in the condensate of the two-phase flow siphon type heat transfer evaporator to the sprinkler, so that the sprinkler writes to the condenser on the exchanger to make the vertical steam The air source discharged from the condensing condenser is used to save energy to achieve the indoor and outdoor temperature effect. Although the effect of temperature has been affected by pollution, it is not possible to achieve the real 'special research and development aided air-conditioning water heaters and other components. Effectiveness of air temperature source. , Evaporator and water changer, and can sprinkle water on the heater to play better M258260 Case No. 92222692 Μ! Said to amend η, creation instructions (2) of the treatment r ~ but 果 'use such an air conditioner The system can fully exchange heat between # m leaving the two-phase flow siphon heat exchanger and 进 人 内 # to achieve the purpose of saving energy. [Embodiment] > Bai Xianqing refers to the first figure, which is the two-phase flow siphon heat exchanger of this creation: #Structural schematic diagram, the evaporator 1 and the cold can be seen on the figure, The condensing pipes in the state 2 are designed to be vertically arranged, and the radiating fins 13 having a plurality of horizontal openings are arranged on the outer edge surface of each condensing officer 12 because each condensing pipe 12 It is a vertical row ^ 'so the horizontally perforated fins 1 3 provided on the outer edge surface of the condenser tube 2 are formed in a vertical shape with the condenser tube i 2, so that the sprinkler is used during operation When the water film flows from the top to the bottom, it can be completely attached to the surface of the heat sink 13, which can fully exert the effect of evaporative cooling and is composed of the above-mentioned cold reduction tubes. 2 is a vertical arrangement, so it can make condensation & 12 The direction of the refrigerant and steam flowing in the same direction as the condensate. Condensation can be reduced by gravity to make the pressure drop small. In addition, when air cooling is used, the heat transfer area of the condenser tube 12 is large. Can also increase heat dissipation, comprehensive = above Clicking on 'will make the air-conditioning system of this creation achieve better efficiency and efficiency, and call for the efficiency of transportation to Langjou Energy, and the two-phase flow of this creation is rainbowed out'—ί ^ ^ Α The working principle is as follows: On the first figure, there is a display (the evaporation section 11 with 2I being 1 and the condensation section 21 of the condenser 2 when there is high temperature to the outside) when air flows through the evaporator 1, the inside of the evaporator 1 The liquid state produces boiling after sighing, and changes from liquid to gaseous state. At the same time, the temperature is lowered due to the release of energy from the high temperature (outdoor) air.

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M258260 QO _Case No .__ 1 丄 1 9 IV. Creative Instructions (3) " "--§ -f ^ rp, low-temperature (indoor) air vapor is in condenser 2 and is absorbed by air through gravity flow) Air absorption The condensation can be recovered to achieve high energy. The implementation of the creation of the two-phase flow siphon type heat transfer air-conditioning evaporator 1 and the water indicated by the reference number 10 is an outdoor space, and the adjustment system indicated by the arrow to the arrow 7 is first set with the two-phase flow siphon-type siphon type. Heat exchanger A The water pan 4 with an air temperature of approximately the outside machine can circulate through the condenser 8 when the airflow passes through the condenser 5 when the sprinkler 5 is started via the pipeline 8 and the pump. 2 The heat released and the condition of warm (outdoor) air. As shown in the second picture, it is replaced by A with air conditioner cold plate 4, sprinkler 5 and so on to represent indoor space. The direction indicated by standard 6 is to represent the outdoor space and operate. At this time, the temperature of the air in the indoor air heat exchanger A is about 30 to 30 ° C. In addition, the air conditioning evaporator 1 and 9 are set to spray water into the two phases.

'The condensate produced by the evaporator 1 changes from a gaseous state to a liquid state and at the same time due to the low temperature (the indoor temperature rises, so that the cold energy can be cooled to obtain the pre-cooling function. Its air conditioning system is composed of a condenser 2, a compressor 3, and components. The structure, the number 1 01 refers to the air flow direction of the indoor air when the watch is ventilated. The air temperature of this creation is 25 ° C. After it is exchanged, it leaves the two-phase flow ° C, so it enters the room and is placed in the air conditioner to evaporate. The water produced under the water collector 1 is collected and sent to the sprinkler 5, and then flows to the siphon heat exchanger A.

'Because the condenser tubes 12 in the two-phase flow siphon heat exchanger A are designed to be vertically arranged, and the fins 13 provided on the outer surface of each condenser tube 12 are connected with the condenser tubes. 1 2 forms a vertical body, so when water is sprayed, the water film can completely adhere to the surface of the heat sink 13 when it flows from the top to the bottom, and a sufficient evaporative cooling effect can be obtained. After the effect, the condensing temperature of the air conditioner at this time can reach about 40 ° c.

93.11.19 MM 92999RQ9 M258260 IV. Creative Instructions (4) Γ: Outside ::] When entering the indoor space, you can first connect with the two-phase flow siphon heat exchanger. At this time, the outdoor air temperature can be analyzed by the 35V df cooling system. The condensing temperature can be lowered t, the analysis of the air-conditioning system and 5 can be assumed that the evaporation temperature is 100%.. ^ ^ ^ ^ When the condensation temperature is 50t, cop is about 7075 Shi Chuanhu When the coldness of the industrial control system can be reduced to 40 ° C, the COP is about 9.433. ^ Condensing temperature of the system is used with a heat exchanger *, so the components created by this work are undoubted. Of course, this work is practical. If to: the efficiency of the energy source is shown, its air-conditioning system is made of two-phase flow siphon type "ί y as shown in the third figure or ice water machine 1 1 〇, ice water coil 2 =, 乂 Change Zhai A with ice storage The tank member is used to leave the two-phase flow siphon ^ f disk 4, sprinkler 5 and so on for ice storage reserve by off-peak time, the outdoor air coil 1 1 1 of the device A is cooled again to cool ^ 1 1 0, using ice water 4, pump 9 and sprinkler 5 to cool the condensate water under the upper part of the condensation part of the water pan A, in this figure The two-phase flow siphon type heat exchange inner space is strictly referred to as 1. The reference numeral 〇i refers to the 标号 'reference ^ refers to the direction of the representative room to the indoor air flow direction, space' and the external air direction to the arrow 6 indicates this. The implementation is in the direction indicated by ϋ7 as the representative chamber two, which will first intersect with the two-phase flow siphon heat transfer: the gas temperature is 25 K and the mediator A of the two-phase flow siphon heat exchanger A performs a heat exchange. The temperature of the air entering the outdoor unit when leaving is about 30 ° C. The air temperature is about 30 ° C, so the water tray 4 below this 1 can be evaporated by w C, plus the evaporator set through the pipeline 8 and the helper. Pu 9 and other structures $: 1 The condensed water is collected, and when it is started by the sprinkler 5, the water is sent to the sprinkler 5 on the recognition wheel, and then

uLi to the two-phase flow siphon heat exchanger A

M258260 92222692, 93.11. 19 ± _Ά Amendment IV. Creation Note (5). After cooperating with the effect of water evaporation and cooling, the condensing temperature at this time is about 40 ° C, and heat can be absorbed before the outdoor air enters the indoor space. After the heat exchange of exchanger A, the outdoor air is cooled to 30 ° C at this time. As far as COP analysis is concerned, it can be seen that the false temperature is 10 ° C. When the condensation temperature is 50 ° C, C · 〇 · p is about When the condensing temperature is 40 ° C, the performance of C · Ο · P is about 9 · 4 3 3 after using the two-phase flow siphon heat exchanger A. The reason is that it can be seen that the main purpose of this creation is to use the structural settings of the air conditioner ’to achieve the energy-saving effect after using the components of this creation. " The secondary purpose of this creation is to use the structure of this creation and the ice water coil of the ice storage tank to replace the condenser components, to facilitate the ice storage reserve, and to transfer some of the peak power to achieve the purpose. In summary, it can be seen that this case has the above-mentioned effect, which enables it to achieve better condensation in operation and use, and imparts practicability, becoming a designer of pole star power. Therefore, the temperature can also be reached through this method. The temperature of the two-phase flow rainbow can be set from 3 5 to the evaporating temperature. 〇5, when a component is cooled to save energy, it is designed to provide an external air-saving heat distribution exchange. Device design, also ^ use off-peak $ to save electricity costs ^ excellent special seven 'to enhance the value of the ability i

M25826 () Sharp body and thin f1Li9 a correction Simple illustration of the drawing [Simplified illustration of the drawing] The first picture is a schematic diagram of the structure of the heat exchanger for this creation. The second picture is a schematic diagram of the structure of the air-conditioning system for this creation. The third figure is a schematic diagram of another implementation structure when the air conditioning system of the present invention uses the ice water coil of the ice storage tank to replace the components of the air conditioning evaporator. [Illustration of drawing number] Evaporator -------------- 1 Condensing tube ------------- 12 Evaporation section ---------- --- 11 Compressor -------------- 3 sprinkler, -------------- 5 outdoor space -------- --101 Outdoor air flow -------- 7 pumps ---- 9 ice storage tank -------- 110 Condenser -------------- 2 Heat sink ------------- 13 Condensing section -------- 21 Water pan ----- ----------- 4 Indoor space ----------- 10 Indoor air flow direction -------- 6 Piping ---------- ------ 8 Two-phase flow siphon heat exchanger A ice water coil ---------- 111

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Claims (1)

M258260 V. Application for patent scope 1. A type of external air saver is provided in common with two water pans, which are located at the two water pans, where the water is collected from the sprinkler; on the condensing unit, on the condenser unit. One condensation ^^ J2222692 唠 · 11 · 19 Correction _ The air conditioner and the air conditioner condenser can be combined to form an air-phase flow siphon and placed on the evaporator, and then the sprinkler can be used to start and up; the two-phase condensing tube is set on the outer edge of the tube. The lower end of the heat exchanger of the compression regulator system and the worm suction machine installed on the water splashing machine become the phase flow siphon heat exchanger, evaporator and water system. Among them, the air conditioner has the most exhaust port. The components such as the evaporator pump can be siphoned from the power phase flow to the two-phase flow siphon heat exchanger. The vertical arrangement is provided with a plurality of water exchanger component disks, a sprinkler condenser, and a downstream. The condensed effluent is sent to the heat exchanger evaporator and the heat exchanger, and the heat sink is in the flat direction. 2 As described in item 1 of the scope of the patent application, the air-saving energy-saving air conditioner can also replace the components of the air-conditioning evaporator with ice-water coils in the ice storage tank, and then use the ice-water coils for cooling to cool the air. The condensed water flowing down is enhanced by the water pan, the second and the sprinkler to enhance the heat dissipation of the condensing part of the two-phase flow siphon heat exchanger. Page 11