Continuous water catching system
A water catcher and water unit technology, which is applied to evaporator/condenser, refrigeration safety arrangement, refrigeration components, etc., can solve the problem of affecting the normal use of continuous pumping type high-humidity decompression storage device and the inability of water catcher to work continuously. and other problems to achieve the effect of reducing energy consumption, automatic and rapid drainage, and reducing load
Inactive Publication Date: 2014-12-10
TIANJIN UNIV OF COMMERCE
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Problems solved by technology
Due to the existence of the defrosting process, the water trap cannot work continuously
However, the pumping system of the continuous pumping type high-humidity decompression storage device needs to work continuously, which requires the supporting water catcher to work continuously. The water catcher affected the normal use of the continuous pumping high-humidity decompression storage device
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[0014] The present invention will be further described in detail below in conjunction with the drawings and specific embodiments.
[0015] The principle diagram of the continuous water capture system of the present invention is as follows figure 1 As shown, it includes a refrigeration unit 8 and a water catching device, which is formed by connecting a first water catching unit and a second water catching unit in parallel. The first water trapping unit is composed of a first air inlet electronic control valve 4, a first water trap 5, and a first air outlet electronic control valve 9 in series, and the second water trapping unit is composed of a second air inlet electronic control valve 1 , The second water trap 2 and the second air outlet electric control valve 12 are connected in series. A first electric heating tube for thermoelectric defrosting is installed in the first water trap 5, and a second electric heating tube for thermoelectric defrosting is installed in the second wa...
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The invention discloses a continuous water catching system, and provides a system which can realize water catching work continuously without being affected by defrosting. The continuous water catching system comprises a refrigerating unit and a water catching device. The water catching device is formed by connecting a first water catching unit and a second water catching unit in parallel. The first water catching unit is formed by connecting a first air inlet electric control valve, a first water catcher and a first water outlet electric control valve in series. The second water catching unit is formed by connecting a second air inlet electric control valve, a second water catcher and a second air outlet electric control valve in series. A first electric heating pipe used for conducting thermoelectric defrosting is arranged in the first water catcher, and a second electric heating pipe used for conducting thermoelectric defrosting is arranged in the second water catcher. A time controller controls the first water catcher and the second water catcher to conduct water catching and defrosting alternately by controlling connection and disconnection of the first air inlet electric control valve, the first air outlet electric control valve, the second air inlet electric control valve, the second air outlet electric control valve, the first electric heating pipe, the second electric heating valve, a first water draining control valve, a second water draining control valve, a first liquid supply valve and a second liquid supply valve.
Description
Technical field [0001] The invention relates to a continuous water capture system capable of continuously capturing water vapor. Background technique [0002] Water traps have different names in different industries. In the chemical industry, they are called gas-solid phase heat exchangers, in the refrigeration industry, they are called evaporators, and in the vacuum industry, they are called water vapor condensers or pumping water vapor. Condensate pump. Regardless of its name, its role is to trap water vapor and to remove water vapor from the gaseous state directly into frost. [0003] For the air extraction system of the high-humidity reduced-pressure storage device, a water trap is installed before the vacuum pump, which can trap most of the water vapor in the high-humidity air drawn from the reduced-pressure storage room, and the air after the water trap will enter the vacuum pump. , Which greatly reduces the load of the vacuum pump, thereby reducing the energy consumption o...
Claims
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Login to View More IPC IPC(8): F25B39/02F25B49/00
Inventor 申江丁峰
Owner TIANJIN UNIV OF COMMERCE