4results about How to "Simple drying process" patented technology

This utility model relates to the field of dust removal technology in cotton sock production, specifically a dust removal component for cotton sock production workshops. It includes a mounting frame and textile threads. The textile threads are divided into upper and lower threading groups. The mounting frame is U-shaped, with a set of horizontally opposite guide tubes installed at the top and bottom of the frame. The two sets of guide tubes are staggered and L-shaped. Two guide rods are installed vertically on the inner surface of the mounting frame, with several evenly distributed retaining rings connected to the guide rods. This dust removal component for cotton sock production workshops allows the textile threads to enter from both top and bottom directions, increasing the single-pass feed rate. Furthermore, the two sets of textile threads are staggered under the guidance of the guide tubes and guide rods. The upper atomizing nozzle increases air humidity, resulting in less water on the textile thread surface, making it easier to dry in subsequent processing and not affecting the overall production quality of the cotton socks.

This invention relates to the field of glass processing equipment technology, and discloses a wiping device for tempered glass production and processing with waste liquid recovery. The device includes a conveyor body, on which a drying component, a cleaning component, and a waste liquid recovery tank are mounted. An installation gap is provided on the conveyor body, located between the cleaning component and the drying component. A mechanical triggering component and a wiping component are installed at the installation gap. This invention, by incorporating the mechanical triggering component, wiping component, and wiping strip, forces the wiping strip to move to the upper surface of the glass after operation, thereby guiding water droplets on the glass surface to the glass edge and ultimately allowing them to fall off. This reduces the amount of water droplets remaining on the glass after cleaning, making the glass easier to dry subsequently without requiring higher drying temperatures, thus reducing the energy consumption of the drying component and achieving energy-saving effects.

The application relates to a shooting jacket weaving process and relates to the technical field of textiles, and comprises the following steps: step S1, putting warp yarn raw materials on a warp beam and performing warping through a warping machine; step S2, passing the prepared warp beam through manual or equipment to perform healding; step S3, installing weft yarn on a water jet device; step S4, performing weaving on the warp yarn and the weft yarn through a water jet loom; when step S4 does not perform water jetting, the height position of the nozzle is a standby position higher than a working position, when water jetting is started, the nozzle is controlled to move downward to a working position of weft insertion height, and when water jetting is ended, the nozzle is moved upward to the standby position. Through upward deviation of the nozzle in the height direction, downward deviation of the front end and the tail end of water jet flow is compensated, so that the contact of the front end and the tail end of water jet flow on the warp yarn is reduced, the phenomenon of broken spandex of the warp yarn in the weft insertion process is reduced, the wetting amount of the warp yarn is reduced, the fabric is more easily dried in the later period, and the problems of decoloration and quality reduction of the warp yarn are also improved.

The hollow spiral incense stick with a long burning time described in this utility model is characterized by comprising a hollow spiral incense stick body extending downwards in a spiral shape, a base connected to the lower end of the hollow spiral incense stick body, and an insert rod, the upper end of which extends into the base and the lower end of which extends out of the base. This utility model eliminates the need for breaking the incense sticks apart during use, reducing unnecessary waste of mosquito coils. It also boasts a long burning time, is safe to use, and the hollow structure effectively reduces drying time and the amount of bamboo sticks used, significantly lowering production costs.