一种面料加热定型装置
By integrating humidification, heating, drying chambers and independent guide chambers into the fabric heating and setting device, and combining this with real-time dynamic adjustment of the tension adjustment mechanism, the problem of imperfect tension adjustment is solved, achieving stability and efficient production of fabrics during the heating and setting process.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- ZHUJI SHENGYUE DYEING & FINISHING CO LTD
- Filing Date
- 2025-07-16
- Publication Date
- 2026-07-17
AI Technical Summary
In the prior art, the tension adjustment of fabric heating and shaping devices is not perfect, which leads to a common problem of imperfect tension adjustment mechanism in the heating process, resulting in various defects.
The design integrates humidification, heating, drying chambers, and independent guide chambers within the cabinet. Combined with a tension adjustment mechanism, the fabric tension is dynamically adjusted in real time through the cooperation of pressure sensors, microcontrollers, and servo motors, avoiding wrinkles or excessive stretching caused by uneven local tension.
This achieves a stable tension state for the fabric during the heat setting process, improving processing efficiency, reducing manual adjustment time, and lowering production costs and energy consumption.
Smart Images
Figure CN224513844U_ABST
Abstract
Claims
1. A fabric heating setting device, characterized by, include: The housing (100) is internally divided into a humidification chamber (110) for humidifying the fabric, a heating chamber (120) for heating and shaping the fabric, and a drying chamber (130) for drying the fabric. A guide roller (200) is disposed in the humidification chamber (110) and the drying chamber (130) for guiding the fabric; Tension adjustment mechanism (300), located inside housing (100), is used to adjust the tension of the fabric; The housing (100) also includes a guide chamber (140) located at the end of the humidification chamber (110) away from the heating chamber (120), and a tension adjustment mechanism (300) is installed in the guide chamber (140). The tension adjustment mechanism (300) includes: A support base (310) is provided with a guide rod (311) at its bottom, and a slider (320) is slidably connected to the guide rod (311); Guide roller (330) is mounted on slider (320); Tension detection wheel (340), whose spindle is equipped with a pressure sensor; A drive mechanism (350) is used to drive the slider (320) to move on the guide rail; A microcontroller is connected to the pressure sensor and the drive mechanism (350); The guide roller (330) and the tension detection wheel (340) are both in contact with the fabric; The drive mechanism (350) includes: A servo motor (351) is mounted on a support base (310); The screw (352) is mounted on the support base (310) and threadedly connected to the slider (320); The servo motor (351) is connected to the screw (352) via a pulley structure (353); A support connecting block (400) is provided on one side of the slider (320), and an extension rod (410) is provided on the support connecting block (400). The guide roller (330) is rotatably mounted on the extension rod (410). The humidification chamber (110) is equipped with multiple nozzles (111), and the nozzles (111) are connected to a water tank (112) through water pipes. The water tank (112) is located outside the box body (100). The bottom of the humidification chamber (110) is also provided with a recycling box (113), and a filter screen (114) is provided on the recycling box (113). Multiple filter screens (114) are arranged at intervals above and below. The recycling bin (113) is also connected to a drain pipe (115), which is connected to a pump and extends to a water tank (112).