A hot pressing composite nursing pad and its laminating machine
By setting up a lamination mechanism and pneumatic components in the lamination composite machine of the hot-press composite care pad, stable lamination composite of the care pad is achieved, avoiding excessive compaction of the surface layer and absorbing layer and the problem of the care pad being stuck inside the mold, ensuring the water absorption and flexibility of the care pad.
Patent Information
- Application Number
- CN202510061625.7
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2025-01-15
- Publication Date
- 2025-04-01
- Estimated Expiration
- Not applicable · inactive patent
AI Technical Summary
During the lamination process of existing hot press composite care pads, the hot press plate directly contacts the care pads to be laminated, which may lead to deformation of the surface non-woven fabric, excessive compaction of the absorbent layer fog slurry structure, reduce water absorption capacity, and the care pads are easily stuck inside the mold, affecting continuous processing.
A hot press composite care pad and its laminated composite machine are designed. By setting up a lamination mechanism, the drive assembly drives the hot press plate down, and at the same time drives the pneumatic assembly to start. The pneumatic assembly generates suction force to pre-fix the raw material to avoid deviation. The hot press plate hot-presses a circular protrusion at the contact position between the surface and the bottom layer, and a diamond pattern is hot-pressed at the contact position between the absorbent layer and the surface layer, completing the composite of the care pad. The buffer assembly at the bottom of the mold buffers the movement of raw materials during hot pressing to prevent dispersion, and uses a pneumatic assembly to eject the care pad during the demolding process to avoid getting stuck inside the mold.
Through this technical means, excessive compaction of the surface non-woven fabric and absorbent layer fluff slurry is avoided, the water absorption capacity and flexibility of the care pad is maintained, and the stable lamination composite of the care pad is achieved, which avoids the problem of the care pad being stuck inside the mold, ensuring continuous processing.