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US 12,350,620 B2Granted
Adsorptive separation apparatus
AssigneeShenzhen Biteman Technology Co., Ltd.
InventorYing Hui Guo
Life of this patent
Estimating the term…
Abstract
An adsorptive separation apparatus comprises an upper air pipe, a lower air pipe, an adsorption pipe assembly located between the upper air pipe and the lower air pipe, an oil-water separation seat located at an end of the lower air pipe, and an oil-water separator arranged in the oil-water separation seat. An inner cavity is formed in the oil-water separation seat, and an air intake port is provided on the outer side surface of the oil-water separation seat. The inner cavity is in communication with the air intake port and the lower air pipe. The oil-water separator is located in the inner cavity. The oil-water separator comprises a separator housing and multiple layers of wire meshes filled inside the separator housing. Multiple through holes are formed on the separator housing.
Claims19
An adsorptive separation apparatus, comprising:
- an upper air pipe;
- a lower air pipe;
- an adsorption pipe assembly, wherein an upper end of the adsorption pipe assembly is connected to the upper air pipe, a lower end of the adsorption pipe assembly is connected to the lower air pipe, and an interior of the adsorption pipe assembly is in communication with both the upper air pipe and the lower air pipe;
- an oil-water separation seat located at an end of the lower air pipe, wherein an inner cavity is formed in the oil-water separation seat, an air intake port is provided on an outer side surface of the oil-water separation seat, and the inner cavity is in communication with the air intake port and the lower air pipe;
- and
- an oil-water separator located in the inner cavity, and comprising a separator housing and a plurality of layers of wire meshes filled inside the separator housing, wherein a plurality of through holes are formed on the separator housing, and an airflow enters the separator housing from the air intake port and comes into contact with the wire meshes for oil-water separation, and then enters the adsorption pipe assembly.
3 more elements
An adsorptive separation apparatus, comprising:
- an upper air pipe;
- a lower air pipe;
- an adsorption pipe assembly, an upper end of which is connected to the upper air pipe, the lower end of which is connected to the lower air pipe, wherein an interior of the adsorption pipe assembly is in communication with both the upper air pipe and the lower air pipe;
- a precooling assembly, used to precool an airflow before entering the adsorption pipe assembly, and comprising:
- a refrigerating upper air pipe, arranged in parallel with the upper air pipe,
- a refrigerating lower air pipe, arranged in parallel with the lower air pipe, and
- an evaporation pipe, in which a refrigerant pipe or a refrigerant channel is arranged in the evaporation pipe, and in which an airflow channel is formed, wherein the airflow channel is in communication with both the refrigerating upper air pipe and the refrigerating lower air pipe, and the airflow channel is capable of exchanging heat with a refrigerant in the refrigerant channel or the refrigerant pipe for precooling;
- an oil-water separation seat, wherein an inner cavity is formed in the oil-water separation seat, and is in communication with both an air intake port and the refrigerating upper air pipe;
- and
- an oil-water separator, located in the inner cavity, and comprising a separator housing and a plurality of layers of wire meshes filled inside the separator housing, wherein a plurality of through holes are formed on the separator housing, and the airflow enters the separator housing from the refrigerating upper air pipe and comes into contact with the wire meshes for oil-water separation, and then enters the evaporation pipe for precooling.
7 more elements
An adsorptive separation apparatus, comprising:
- an upper air pipe;
- a lower air pipe;
- an adsorption pipe assembly, wherein an upper end of the adsorption pipe assembly is connected to the upper air pipe, a lower end of the adsorption pipe assembly is connected to the lower air pipe, and an interior of the adsorption pipe assembly is in communication with both the upper air pipe and the lower air pipe;
- a precooling assembly configured to precool an airflow entering the adsorption pipe assembly, and comprising:
- a refrigerating upper air pipe arranged in parallel with the upper air pipe,
- a refrigerating lower air pipe arranged in parallel with the lower air pipe, and
- an evaporation pipe, where a refrigerant pipe or a refrigerant channel is arranged in the evaporation pipe, wherein an airflow channel is formed in the evaporation pipe, the airflow channel is in communication with both the refrigerating upper air pipe and the refrigerating lower air pipe, and the airflow channel is capable of exchanging heat with refrigerant in the refrigerant channel or the refrigerant pipe for precooling;
- an oil-water separation seat arranged at an end of the refrigerating lower air pipe, wherein an inner cavity is formed in the oil-water separation seat to be in communication with the refrigerating lower air pipe, and the inner cavity is further capable of being in communication with the lower air pipe;
- and
- an oil-water separator located in the inner cavity, and comprising a separator housing and a plurality of layers of wire meshes filled inside the separator housing, wherein a plurality of through holes are formed on the separator housing, and the airflow enters the separator housing from the refrigerating lower air pipe and comes into contact with the wire meshes for oil-water separation, and then enters the lower air pipe.
7 more elements
Dependencies are inferred from the claim text.