A circulation system for multiple filtration.

TH27385UActive Publication Date: 2026-02-11AMPOC FAR EAST CO LTD
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Patent Information

Application Number
TH2303001095
Authority / Receiving Office
TH · TH
Patent Type
Utility models
Current Assignee / Owner
Filing Date
2023-04-19
Publication Date
2026-02-11
Estimated Expiration
2029-04-18

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Abstract

A recirculating system for multiple filtration processes, designed to circulate and filter. The solution for use includes an export kit, master container, and first circulation kit. And a second set of circulating components, an export set of components that dispense the solution for use, and... The main container collects the solution for use. The first circulation assembly includes: Pipe one and filter one. Pipe one connects the main container and the export assembly. Filter one... One connection facilitates fluid communication with the first pipe. The second circulation assembly includes the second pipe and... The second filter, with both ends of the second pipe connected to the main container, is connected. Fluid communication occurs with the second pipe. The first filter directs the filtered solution from the first filter to the assembly. The export and second filtration process takes the second filtered solution back to the main container, thus completing the system. Recirculation for multiple filtration processes has the ability to reduce residue in the solution for use. The work which enters the first circulation component extends the lifespan of the first filter.
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Claims

1. A recirculating system for multiple filtration processes has the following characteristics: recirculation system. For multiple filtration processes, a structure is designed to circulate and filter the solution for use. And it includes: Export kit (10) which is designed to allow the solution to be extracted for use. Main containers (20) are constructed to hold solutions for use. which was taken out by the export batch of parts (10) First Rotating Component Set (30) which contains: The first pipe (31) with two opposing ends is connected to the main container (20) and the assembly of parts. Export (10) in order; and The first filter (32) is installed on the first pipe (31) and which is connected fluidly to The first tube (31) contains the solution for use, which is filtered by the first filter (32), and includes the solution. Filtered at number one: and Second circulation set (40) which contains: A second pipe (41) with two ends connected to the main container (20); and The second filter (42) is installed on the second pipe (41) and which is connected fluidly to The second tube (41) contains the solution for use which is filtered by the second filter (42), including the solution that Second filter Where the first filter (32) carries the first filtered solution to the output assembly (10). And a second filter (42) is used to transfer the second filtered solution to the primary container (20).

2. A recirculating system for multiple filtration as claimed in claim 1, where: The solution for use, which is filtered by the first filter (32), is further combined with the remaining solution. The first and the solution for use which is filtered by the second filter (42) include the original additions. The remaining solution is the second one.

3. A recirculating system for multiple filtration as claimed in claim 2, where: The circulation system for multiple filtration includes: The secondary container (51) is placed at the second pipe (41) and which is fluidly connected to The second tube (41) of the solution for use has the ability to flow from the secondary container (51) to The second filter (42) passes through the second pipe (41). The first reuse pipe (52) which is fluidly connected to the first filter (32) and The secondary container (R1) in this way the remaining solution is located in one place which has the ability to flow into The secondary container (S1) passes through the first reuse pipe (52), and The second reuse pipe (53) which connects the fluid communication to the second filter (42) and Secondary container (31) In this way, the remaining solution in the second container has the ability to flow into Secondary container (51) through the second reuse pipe (53).

4. A recirculation system for multiple filtration as claimed in claims 1 through 3. Which of the following is true where the diameter of the opening of the filter of the first filter (32) is greater than the diameter of the opening of the filter of the second filter. The second filter (42) 5. A recirculation system for multiple filtration as claimed in claims 1 through 3. One key point is that the circulation system for multiple filtrations includes a first pump (61) which is It is installed in pipe number one (31) and which is connected fluidly to pipe number one (31).

6. A recirculation system for multiple filtration as claimed in claims 1 through 3. One of the following, where the recirculation system for multiple filtrations includes a second pump (62) that is It is installed on the second pipe (41) and which connects the fluid communication to the second pipe (41).