一种人体热交换设备分流装置与集流装置

Abstract

本实用新型公开了一种人体热交换设备分流装置与集流装置，所述分流装置 / 集流装置包括分流器 / 集流器和柔性套管，所述柔性套管把所述分流器 / 集流器的端口和对应待连接的管道软管套接在一起，所述分流器 / 集流器端口的内径与对应待连接的管道软管的内径相同，所述柔性套管的内径与所述管道软管的外径相同；所述管道软管一端置于所述柔性套管一端的孔腔内，形成紧密配合；所述分流器 / 集流器是刚性的，所述分流器 / 集流器端口外侧有倒刺，所述柔软套管的另一端插接到所述分流器 / 集流器对应的端口，所述端口倒刺位于所述套管内，二者一起形成液密结构。

Claims

1. A human body heat exchange device flow splitting and collecting device, characterized in that, The diverting and collecting devices include a diverter and a collector, and a flexible sleeve. The flexible sleeve connects the ports of the diverter and collector to the corresponding pipes or hoses to be connected. The inner diameter of the ports of the diverter and collector is the same as the inner diameter of the corresponding pipes or hoses to be connected, and the inner diameter of the flexible sleeve is the same as the outer diameter of the pipes or hoses. One end of the pipe or hose is placed in the cavity at one end of the flexible sleeve, and the two are made of compatible materials to form a tight fit. The diverter and collector are rigid, and the ports of the diverter and collector have barbs on their outer sides. The other end of the flexible sleeve is inserted into the corresponding port of the diverter and collector, and the barbs are located inside the flexible sleeve. Together, they form a liquid-tight structure. The human body heat exchange device includes heat exchange clothing that at least partially covers the wearer's body, the heat exchange clothing including a multi-parallel circulation pipe hose loop and a distributor and collector installed in the lining of the clothing.

2. The shunt and collector device of claim 1, wherein, The connection between the flexible sleeve and the pipe hose is formed into a reliable liquid-tight joint using existing methods, including solvent bonding, ultrasonic welding, and radio frequency welding.

3. The shunt and collector device of claim 1, wherein, The length of the flexible sleeve is determined by the port lengths of the distributor and collector it connects to, the bridging gap, and the tight connection process between the flexible sleeve and the pipe hose.

4. The shunt and current collector device of claim 1, wherein, The wall thickness and rigidity of the flexible sleeve are determined by the support force and flexibility requirements at the connection between it and the distributor and collector.

5. The shunt and current collector device of claim 1, wherein, The inner diameter of the flexible sleeve is interference-fitted with the outer diameter of the pipe hose.

6. The shunt and current collector device of claim 1, wherein, The inner diameter of the ports of the splitter and collector is not strictly the same as the inner diameter of the corresponding pipe or hose to be connected.

7. The shunt and current collector device of claim 1, wherein, The outer diameter, length, number of barbs, and barb spacing of each port of the distributor and collector are designed to ensure that they remain liquid-tight and are not easily detached after being inserted into the flexible sleeve.

8. The shunt and current collector of claim 1, wherein, Only some ports of the splitter and collector are connected to the corresponding pipe hoses using flexible sleeves.

9. The shunt and current collector device of claim 1, wherein, To enhance the liquid tightness of the connection between the flexible sleeve and its barbed port and prevent the sleeve from falling off, the flexible sleeve is secured to the port with cable ties.

10. The shunt and collector device of claim 1, wherein, To enhance the liquid tightness of the connection between the flexible sleeve and its inserted barbed port and to prevent the sleeve from falling off, an adhesive was applied to the interface between the outer side of the port and the inner side of the flexible sleeve, bonding the two together.

Images