高分子材料萃取装置

Abstract

本申请提供一种高分子材料萃取装置，包括萃取主体件、导向件和循环件；萃取主体件内具有萃取液；导向件包括多个第一导向部和多个第二导向部，多个第一导向部和多个第二导向部依次间隔交替设于萃取主体件内，并于萃取主体件内形成萃取通道；循环件包括循环驱动部和循环管道，循环驱动部作用于循环管道内的萃取液，使得萃取液循环流动，且萃取通道内萃取液的流动方向与材料的移动方向相反。本申请的材料在传送经过萃取液时还同步进行上下往复移动，确保了材料能够充分接触到萃取液，同时由于萃取液的流动方向与材料的移动方向相反，萃取液能对材料表面实现冲刷，提高了萃取效率，缩短了萃取所需的时间。

Claims

1. A macromolecular material extraction device, characterized by, include: Extraction body (1), which contains extraction liquid; The guide member (2) includes a plurality of first guide portions (21) and a plurality of second guide portions (22). The plurality of first guide portions (21) and the plurality of second guide portions (22) are alternately arranged in the extraction body member (1) at intervals. The first guide portions (21) and the second guide portions (22) have opposite guiding directions and form an extraction channel in the extraction body member (1). When the material (100) passes through the extraction body member (1), the material (100) moves up and down synchronously in the extraction channel. as well as The circulation component (3) includes a circulation drive unit (31) and a circulation pipe (32). The drive end of the circulation drive unit (31) is located inside the circulation pipe (32), and the circulation pipe (32) is connected to the extraction main component (1). The circulation drive unit (31) acts on the extraction liquid in the circulation pipe (32), so that the extraction liquid circulates and flows, and the flow direction of the extraction liquid in the extraction channel is opposite to the movement direction of the material (100).

2. The polymer material extraction apparatus according to claim 1, wherein The extraction main component (1) includes an extraction tank (11) and an extraction cover (12). The extraction cover (12) is placed over the opening of the extraction tank (11). The extraction tank (11) contains an extraction liquid and is connected to the circulation pipe (32). A plurality of first guide parts (21) are spaced apart on the bottom wall of the extraction tank (11), and a plurality of second guide parts (22) are spaced apart on the extraction cover (12). The guide ends of the plurality of first guide parts (21) and the guide ends of the plurality of second guide parts (22) are immersed in the extraction liquid and guide the movement path of the material (100).

3. The apparatus of claim 2, wherein the apparatus further comprises a pump. The first guide portion (21) includes a first partition (211) and a first guide roller (212), and the second guide portion (22) includes a second partition (221) and a second guide roller (222). A plurality of first partitions (211) are spaced apart on the bottom wall of the extraction tank (11), and a plurality of second partitions (221) are spaced apart on the extraction cover (12). The plurality of first partitions (211) and the plurality of second partitions (221) are alternately spaced apart. The first guide roller (212) is located at one end of the first partition (211) near the extraction cover (12), and the second guide roller (222) is located at one end of the second partition (221) away from the extraction cover (12).

4. The polymer material extraction apparatus according to claim 3, wherein The width of the first partition (211) is equal to the width of the extraction cell (11).

5. The apparatus of claim 3, wherein the plurality of extraction units are arranged in a circular pattern. The first guide roller (212) is rotatably connected to the first partition (211), and the second guide roller (222) is rotatably connected to the second partition (221).

6. The polymer material extraction device of claim 3, wherein Both the first guide roller (212) and the second guide roller (222) are covered with protective pads.

7. The apparatus of claim 1, wherein the polymer material extraction device is a polymer material extraction device. The circulation component (3) further includes a recycling detection unit (33) and a separation tank (34). The separation tank (34) is connected to the circulation pipeline (32). The recycling detection unit (33) is located at the connection between the separation tank (34) and the circulation pipeline (32) and controls the connection or closure of the separation tank (34) and the circulation pipeline (32).

8. The polymer material extraction device of claim 1, wherein, It also includes an ultrasonic component (4), which is disposed within the extraction body (1) and acts on the material (100).

9. The apparatus of claim 1, wherein It also includes a temperature control element (5), which is disposed in the extraction body (1) and acts on the extraction liquid.

10. The apparatus of claim 2, wherein The extraction cover (12) is movably positioned over the opening of the extraction tank (11).

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