6results about How to "Guaranteed ironing effect" patented technology

The utility model discloses a kind of steam ironing device through air suction auxiliary ironing, belong to clothes ironing technology, steam leaks to motor, erodes motor when the air suction device of existing ironing device air suction, the air suction device of the utility model includes motor and wind wheel, wind wheel is located in airflow cavity, motor is located outside airflow cavity, airflow cavity is connected suction port and exhaust port, motor is driven wind wheel by magnetic force transmission, instead of wind wheel is installed to motor shaft and is driven wind wheel by motor shaft, motor shaft does not need to pass through the wall of airflow cavity, completely eliminates leakage position, steam cannot leak to motor, erodes motor when air suction device air suction, motor long service life.

The utility model discloses a textile fabric processing high-temperature steam ironing device which comprises a conveying frame, a conveying roller, a steam supply bin, a lateral partition plate and a steam spraying cover. In the using process of the textile fabric processing high-temperature steam ironing device, the steam supply bin at the bottom of the conveying frame sprays in part of high-temperature steam through an air inlet groove; the part of high-temperature steam is blown upwards from the bottom of the textile fabric, the surface of the textile fabric is blown by circulating high-temperature steam, the filtering cotton layer installed in the bottom area of the wavy curved frame can filter redundant moisture of the high-temperature steam part, and the high-temperature steam blowing effect on the top of the textile fabric is guaranteed; in order to guarantee the high-temperature steam density from the injection pressure of the bottom of the textile fabric, a bottom airflow push fan installed on the surface of the airflow push injection frame can pressurize, guide and inject the high-temperature steam entering the air inlet groove area to the bottom of the textile fabric, and the high-temperature steam ironing effect of the bottom of the textile fabric is guaranteed.

This utility model discloses a steam ironing device with enhanced adsorption capacity, comprising a main body with an air duct inside, a suction device installed inside the air duct, an ironing plate and a suction plate on the same side of the main body, the ironing plate having several steam holes, and the suction plate having a first recess. The top opening of the first recess fits with the fabric surface to form a nearly closed space, and the bottom of the first recess has several air inlets communicating with the air inlet of the air duct. By setting the first recess on the suction plate, when the suction device is activated, the fabric is adsorbed onto the suction plate along the direction close to the ironing plate, ensuring the ironing effect. Since the air inlets are located in the bottom of the first recess, the fabric is adsorbed onto the top opening of the first recess in a nearly closed state, and the fabric does not stick tightly to the air inlets, creating a strong negative pressure in the first recess, enhancing the adsorption capacity of the fabric.

The utility model discloses a handheld steam brush with a compact structure, which comprises a shell, a steam outlet component is arranged in the shell, and the bottom of the shell is connected with a water tank for supplying water to the steam outlet component; the steam outlet assembly comprises a mounting support, a steam generating unit arranged in the mounting support and a steam outlet nozzle covering the output end of the shell, a steam spraying hole used for spraying steam and an adsorption hole used for adsorbing clothes are formed in the steam outlet nozzle, and an exhaust hole communicated with the adsorption hole is formed in the shell. A suction channel communicated with the adsorption holes and the exhaust holes is formed in the bottom of the mounting bracket, and a heat insulation plate covers the steam generation unit.

The split type clothes hanger comprises a main body supporting frame and sleeve supporting frames, the main body supporting frame is rectangular, the position, corresponding to the shoulders of the sweater, of the top of the main body supporting frame is of an inclined structure with the high middle and the two low sides, and the main body supporting frame is used for supporting the body part of the sweater; the two sleeve supporting frames are symmetrically arranged and are trapezoids with narrow outer ends and wide inner ends, telescopic structures are arranged in the middles of the inner ends of the sleeve supporting frames so that the sleeve supporting frames can be pulled out of cuffs conveniently, triangular head sleeve opening supporting frames are arranged at the tops of the main body supporting frames, and triangular cuff guiding frames are arranged at the outer ends of the sleeve supporting frames. Through the split type design and the reasonable structure of each part, the sweater can be quickly unfolded, the ironing efficiency and effect are improved, the clothes hanger is convenient to take out, and the service life is prolonged.

The application provides a high-flame-retardant wear-resistant nylon engineering blanket printing production device, which comprises, in sequence along a feeding direction, an upper blanket mechanism, an inkjet mechanism, a high-temperature color fixing mechanism and a washing mechanism. The upper blanket mechanism comprises, in sequence along a feeding direction, an unfolding assembly, a soaking assembly and a pressing assembly. The inkjet mechanism comprises a conveying assembly, a nozzle assembly and a moving assembly. The conveying assembly comprises a conveying frame, a front conveying roller group arranged on the front side of the conveying frame and a rear conveying roller group arranged on the rear side of the conveying frame. The moving assembly is arranged on the upper side of the conveying frame. The nozzle assembly is mounted on the moving assembly and is driven by the moving assembly to move on the base blanket to print patterns. The unfolding assembly is arranged. A loose winding motor drives a loose winding roller to rotate and drive the base blanket roll to be automatically loosened. The unfolding frame can unfold the base blanket and flatten the base blanket from a curled state. Then, the base blanket is conveyed in a forward direction and a reverse direction through a plurality of unfolding rollers to ensure that the base blanket is fully unfolded for printing.