TWM514551U - Cooling circulation device - Google Patents

Description

Cooling cycle device

This creation is a cooling cycle device that reduces the internal temperature of the building. It uses the water tower, water tank and other ancillary equipment preset by the building. The cold water obtained by the building is used as a cooling material, and the hot air drawn from the building is soaked in The circulating duct of cold water is used to achieve the cooling effect.

Due to the advancement of modern equipment in the global environment, human beings can enjoy electric air conditioning equipment, but all air-conditioning and air-conditioning equipment requires a large amount of electricity. However, the hotter the weather, the more electricity is required. Although the air-conditioning equipment provides the circulation of cold air inside the building, the relative operation of the air-conditioning equipment causes the generated hot air to be discharged outside the building. This heat gas discharge accelerates the temperature increase outside the building, and the ambient temperature around the building continues to rise. The relative frequency of the use of air conditioners will also increase, so the power consumption is also increasing. As a result, the power energy is relatively tight, resulting in a vicious cyclical effect that raises the temperature of the earth's environment.

To this end, the creator of the case developed a cooling cycle device with a small amount of electricity and no relative hot air effect for the purpose of research and development of green energy air conditioning cycle, by means of additional equipment such as water storage, pool or water storage tower. For the cooling material of hot air, a cooling circulation device for the building was developed.

The cooling circulation device comprises: a main body, a water storage device and a duct The water storage device is a water storage space formed by the enclosure, and a side wall of the enclosure is provided with an inlet pipe and an outlet pipe, and the inlet pipe extends to the water source end. The water outlet pipe functions as a water discharge for the water storage space, and a water level measuring device is arranged on one side of the water storage space, and the water level measuring device can provide an appropriate water storage capacity for detecting the water storage space; The air duct device is divided into an air inlet pipe, a whirlpool pipe and an air outlet pipe, and the air inlet pipe is extended at one end to an air extracting device to extract hot air, and the other end thereof is extended to form a whirlpool tube and is placed in the water storage space, the whirlwind pipe One end extends to form a duct protruding from the water storage device, and the air outlet tube extends to an air outlet in the building.

For the cooling circulation device of the building, the cooling air sent from the inlet pipe to the gyrotron is mainly cooled by the cold water in the water storage device, and the hot air is introduced into the gyrotron placed in the water storage device. The cold air in the water storage device cools the hot air in the gyrotron, and after the hot and cold exchange treatment operation, the air outlet is sent to the air outlet of the building to blow out the cold air, thereby creating the building. The cooling cycle unit provides natural cooling air performance.

1‧‧‧ Subject

1a‧‧‧ wall

1b‧‧‧ accommodation space

11‧‧‧ Cover

12‧‧‧ water inlet

13‧‧‧Outlet

14‧‧‧Water temperature detector

15‧‧‧Water level sensor

2‧‧‧Water storage device

2a‧‧‧ enclosure

2b‧‧‧Water storage space

3‧‧‧ duct installation

31‧‧‧Intake duct

32‧‧‧ gyrotron

33‧‧‧Air duct

4‧‧‧First air extractor

41‧‧‧fan

5‧‧‧Buildings

51‧‧‧Second exhaust device

52‧‧‧ exhaust duct

The first picture is the cooling cycle device of this creation.

The second picture is a schematic diagram of the implementation of this creation.

For the sake of further understanding of the purpose, features and effects of this creation, we will further clarify the drawings in accordance with the preferred embodiment of the present creation, so as to enable those who are familiar with the relevant technology of this creation to rely on this The statement of the specification is implemented accordingly: First, please refer to the cooling cycle device shown in FIG. 1 and FIG. 2, which includes a main body 1, a water storage device 2 and a duct device 3, wherein the main body 1 has a wall body 1a and an accommodation space 1b. The cover body 11 is surrounded by the wall body 1a and has a receiving space 1b for arranging the water storage device 2, and the cover body 11 is disposed on one side of the wall body 1a, wherein the body 1 is disposed under the ground for the best. The water storage device 2 is formed by the enclosure 2a to form a water storage space 2b for storing cold water. The side of the enclosure 2a is provided with an inlet pipe 12 and an outlet pipe 13, and the inlet pipe 12 extends outwardly to connect the water source end. The water pipe 13 is configured to discharge water, and the water storage space 2b is provided with a water temperature detector 14 and a water level sensor 15, and the water temperature detector 14 provides detection of the water storage space 2b. The water temperature, when the water temperature rises to a certain temperature, the new cold water is introduced into the water storage space 2b by the water inlet pipe 12, and the hot water is discharged from the water outlet pipe 13, and the water level sensor 15 can provide the detection and storage. a suitable water level of the water space 2b; the air duct device 3 is divided into an air inlet pipe 31, a gyrotron pipe 32 and an air outlet pipe 33, and the air inlet pipe 31 extends at one end a first air extracting device 4 to the building 5, the first air extracting device 4 is provided with a fan 41 for extracting hot air, the exhaust fan 41 is connected to the inlet end of the air inlet pipe 31, and the other end thereof extends to form a gyrotron 32. The gyrotron 32 is disposed in the water storage space 2b by a curved convolution coil, and one end of the gyrotron 32 extends to form a duct 33 and protrudes out of the water storage space 2b; and the air duct 33 extends to the building 5 The inner exhaust pipe 52, in other words, the turret 32 of the air duct device 3 is in the water storage space 2b of the water storage device 2, and the air inlet pipe 31 and the air outlet pipe 33 protrude from the water storage space. 2b.

The accommodating space 1b of the main body 1 has an extra space after being placed in the water storage device 2.

The cooling cycle provided by the above cooling cycle device is as shown in the second figure: the peripheral wall of the building 5 or the ground is pre-equipped with the piping of the exhaust duct 52, and the top of the building 5 is provided with hot air discharge. a second air extracting device 51, the outer end of the exhaust duct 52 is connected to the air outlet pipe 33 of the cooling device, and the inlet end of the air inlet pipe 31 of the air duct device 3 is connected to the fan 41 of the first air extracting device 4, the water storage device The inlet pipe 12 of the device 2 is connected to the water source end, and the preset valve of the outlet pipe 13 is closed, and then the faucet that opens the water source end is diverted from the inlet pipe 12 into the water storage space 2b. When the water level is flooded to the water level sensor 15, the When the water level sensor 15 detects that the amount of water is sufficient, the valve provided at the outlet end of the inlet pipe 12 is automatically closed, and the gyrotron 32 in the water storage space 2b is immersed in cold water.

Next, the fan 41 that activates the first air extracting device 4 introduces the hot air suction outside the building 5 into the air duct 31, and the second air extracting device 51 of the building 5 also activates the hot air in the building 5 outside the building 5. The hot air of the air inlet duct 31 is drained to the gyrotron 32. At this time, since the gyrotron 32 is arranged in a curved and convoluted manner and overlapped in multiples, the hot air in the duct is gradually cooled by the cold water outside the tube. Cooling and cooling, and finally reaching the air outlet pipe 33, the hot air has been cooled down by at least 5 degrees, and the second air extracting device 51 of the building 5 continues to suck and discharge the air in the building 5, thereby forming a circulating air conditioning system. In other words, the air outlet pipe 33 sends cold air from the exhaust duct 52, and the second air extracting device 51 discharges hot air, whereby the temperature in the building 5 can maintain a certain comfortable temperature; and, when the water storage device 2 After the water temperature in the cold heat exchange cycle is over a period of time, the temperature of the water storage will gradually increase. When the preset water temperature detector 14 senses that the predetermined cooling temperature is exceeded, it will automatically Opening the valve of the outlet pipe 13 Discharging heated, while the inlet valve 12 is automatically opened so that the water enters the water storage space 2b, and a straight continuous water After the water level reaches the position of the water level sensor 15, the water level sensor 15 closes the valve of the water inlet pipe 12.

When the creator of the case used this cooling circulation device in the experiment, it introduced groundwater. The water source, because the water temperature of the groundwater is constant throughout the year, the general groundwater temperature is between 22 and 25 degrees Celsius, the highest temperature in Taiwan can reach 33 to 35 degrees Celsius in the summer, and the optimal indoor temperature for the human body is 28 degrees Celsius. In the course of the experiment, the external temperature of the building 5 was measured at 33 degrees Celsius, and the number of the inner layer of the building 5 was about 15 pings. When the first air extracting device 4 and the second air extracting device 51 were started, the cycle of hot and cold exchange was started. In the system, after 10 minutes, the temperature in the building 5 begins to gradually decrease. After 15 minutes, the temperature in the building 5 is maintained at a temperature of about 28 degrees Celsius. The first exhaust device 4 and the second used in this experiment are used. The air extracting device 51 is a small fan, and the motor disposed therein is a small motor of a general current, and after being tested, it is similar in power consumption to a general household fan.

In addition, the inlet duct 31 of the present invention can be lengthened to have a first end and a second end. The first end extends to form the second end, wherein the first end is connected to the first air extracting device 4, and the second end is buried under the ground surface or the deep ground, thereby setting the first air extracting device 4 to be relatively cool. Under the tree, by the surface temperature contacted by the second end, the first end can be lifted and sucked into the cooler air, and the second end is cooled by heat exchange with the surface to make the cooling cycle device achieve better. The building 5 cools the performance and can be used to introduce the sweet fendofin air, and the warm water discharged from the water storage device 2 can be further used as an irrigation farmland.

And the accommodating space 1b of the main body 1 can be enlarged to store the cold air tank. That is, after the water storage device 2 is placed in the main body 1, the accommodating space 1b of the main body 1 has a space for accommodating the cold air discharged from the air outlet pipe 33 of the air duct device 3, in other words, it has a storable space. The air trough of the cold air (not shown) temporarily stores the cold air in the accommodating space 1b, and the main body 1 One side is provided with a connecting pipe (not shown), which is connected to the exhaust pipe 52 of the building 5. In other words, the connecting pipe is provided to guide the cold air in the accommodating space 1b to the exhaust pipe. 52 discharges cold air. For example, the application of this creation to the farmhouse can be used for maximum effectiveness. Since the rural area generally has natural materials of shade and groundwater, the optimal cooling cycle effect can be achieved after the creation of this creation, and when used in urban construction, It is inconvenient to extract groundwater, but it can be used in the water storage tank installed on the bottom of the building to install this cooling circulation ring device.

In summary, it is only a preferred embodiment of the present invention and is not intended to limit the scope of the present invention. That is, the equal changes and modifications made by the patent application scope of this creation are covered by the scope of the creation patent.

1‧‧‧ Subject

1a‧‧‧ wall

1b‧‧‧ accommodation space

11‧‧‧ Cover

12‧‧‧ water inlet

13‧‧‧Outlet

14‧‧‧Water temperature detector

15‧‧‧Water level sensor

2‧‧‧Water storage device

2a‧‧‧ enclosure

2b‧‧‧Water storage space

3‧‧‧ duct installation

31‧‧‧Intake duct

32‧‧‧ gyrotron

33‧‧‧Air duct

4‧‧‧First air extractor

41‧‧‧fan

Claims (6)

A cooling circulation device refers to a cooling cycle structure for cooling the indoor air of a building, comprising: a main body, a water storage device and a duct device, the main body having a wall body, a receiving space and a cover body, the wall The body has an accommodating space around the forming frame, the cover body is disposed on one side of the wall body, wherein the main body is disposed under the ground; the water storage device is disposed in the accommodating space of the main body, and the water storage device is The water storage space formed by the enclosure has an inlet pipe and an outlet pipe on one side wall of the enclosure, and the inlet pipe extends to the water source end, and the outlet pipe is a function for discharging water, and the enclosure side of the water storage space is provided There is a water level sensor and a water temperature detector, and the water temperature detector provides the water temperature in the water storage space. When the water temperature rises to a certain temperature, the water inlet pipe is introduced into the new water inlet pipe. Cold water enters the water storage space, and hot water is discharged from the water outlet pipe, and the water level sensor can provide a suitable water level for detecting the water storage space; the air duct device includes an air inlet pipe, a whirlpool pipe and an air outlet pipe. The air inlet tube has a first end and a second end, and the first end extension Forming the second end, wherein the first end is provided with a draft device for extracting hot air, the second end is buried under the ground surface or the deep ground, and the second end extends to connect the water storage device into the water storage space Forming a gyrotron, the gyrotron is a curved convolution coil and a plurality of overlappingly placed in the water storage space, one end of which extends to form a duct protruding from the water storage device, the outlet duct extending to be connected to an exhaust duct in a building; And there is still extra space after the accommodating space of the main body is placed in the water storage device. The cooling cycle device of claim 1, wherein the water storage device is disposed in a frame-shaped body. The cooling cycle device of claim 2, wherein the body has an accommodation space. The cooling cycle device of claim 2, wherein the body is provided with a cover. The cooling cycle device of claim 3, wherein the accommodating space is used as a cold air storage tank for storing and discharging the air duct. A cooling circulation device refers to a cooling circulation structure for cooling the indoor air of a building, comprising: a water storage device, which is a water storage space formed by the enclosure, and a side wall of the enclosure is provided with an inlet pipe and an outlet pipe, The water inlet pipe extends to the water source end, and the water outlet pipe is a function for discharging water. The water storage space is provided with a water temperature detector and a water level sensor, and the water temperature detector provides the detection of the storage. The water temperature in the water space, when the water temperature rises to a certain temperature, new cold water is introduced into the water storage space from the water inlet pipe, and the hot water is discharged from the water outlet pipe, and the water level sensor can provide Detecting a suitable water level of the water storage space; a duct device comprising an air inlet pipe, a vortex pipe and an air outlet pipe, the air inlet pipe extending from one end to an air extracting device to extract hot air, and the other end extending to the water storage device a gyrotron is formed in the water storage space, the vortex tube is a curved convolution coil and is overlapped and placed in the water storage space, and one end of the vortex tube is extended to form a duct protruding from the water storage device, and one end of the air outlet tube is connected to a building. The exhaust duct inside.