5results about How to "Guaranteed fluffiness" patented technology

This invention relates to the field of tobacco processing technology, and particularly to a sweet-scented granular tobacco stem and its processing technology. The processing technology includes the following steps: S1, Preparation of coarse granular tobacco stem: The tobacco stem raw materials are screened by size, washed, stored, pressed, cut once, and cut twice to obtain coarse granular tobacco stem; S2, Popping the stem in a popcorn machine: The coarse granular tobacco stem is fed into a popcorn machine for roasting, kept warm and pressurized, and then quickly depressurized to normal pressure to obtain granular tobacco stem with a uniform microporous structure; sieving; S3, Flavoring the tobacco stem: The sieved granular tobacco stem is fed into a roasting equipment, a natural sweetener is added, and roasting is performed, controlling the moisture content between 12-14%, to obtain the finished sweet-scented granular tobacco stem. The sweet-scented granular tobacco stem obtained by this invention has a regular and uniform shape, rich flavor layers, and a long aroma retention time. The overall quality of the tobacco stem is significantly improved, and it can be effectively applied to cigarette production to enhance the competitiveness of cigarette products.

The intelligent down feather extraction and purification system comprises a filter box, a disinfection box and a drying box which communicate with one another, a first down feather inlet is formed in the lower portion of the filter box, a first down feather outlet is formed in the upper portion of the filter box, and a second down feather inlet and a first auxiliary suction opening are formed in the upper portion of the disinfection box; the filter box is used for filtering down feather for the first time; the disinfection box is used for disinfecting, sterilizing and secondarily filtering the down feather; and the drying box is used for drying and filtering the down feather for three times. The first auxiliary suction port is connected with a suction device, the second down inlet is connected with the first down outlet through a pipeline, a sensor and a proportional control device are arranged on the pipeline, the sensor is used for detecting the gas flow rate in the pipeline, the proportional control device is in linkage with the sensor, and the proportional control device is used for controlling the size of an opening in the position where the proportional control device is arranged. And the aim of extracting down feather in stages is fulfilled while multi-stage filtering disinfection is ensured.

The present invention is a motor-driven suspended electric baking pan and a control method thereof, belonging to the field of household appliances. Aiming at the problem that the existing electric baking pan has poor effect in improving the fluffiness and taste of food, the present invention is a motor-driven suspended electric baking pan and a method, comprising an upper cover with an upper baking tray and a base with a lower baking tray, the upper cover is rotatably connected to the base, a driving device is provided on the upper cover, the driving device is connected to the upper baking tray to drive the upper baking tray to move up and down along the upper cover, a controller for controlling the opening and closing of the driving device is provided on the driving device, the controller is connected to the signal of the sudden jump switch group, when the food is heated and matured and expands, the controller controls the opening and closing of the driving device, drives the upper baking tray to move to adjust the position of the upper baking tray, so that the heating space between the upper baking tray and the lower baking tray is adapted to the space after the food is fluffiness. The present invention drives the upper baking tray to move by the electric control device and the mechanical structure together, and its sensitivity is higher, the fluffiness of the food is better, and the taste is better.

The invention discloses a double-layer ES composite fiber smooth and fluffy hot air non-woven fabric manufacturing process, and belongs to the technical field of hot air non-woven fabrics, the double-layer ES composite fiber smooth and fluffy hot air non-woven fabric manufacturing process comprises the following steps: S1, fine denier ES composite fibers and coarse denier ES composite fibers with the fiber denier number smaller than or equal to 1D are pre-opened respectively and then conveyed into a carding machine; s2, stripping the fine-denier ES composite fiber through a single doffer of a fine-denier carding machine, removing the disordered treatment of a disordered condensing roller, and discharging the fine-denier ES composite fiber out of a net to form a fine-denier ES composite fiber layer; s3, stripping the coarse denier ES composite fibers through double doffers of a coarse denier carding machine to form a coarse denier ES composite fiber layer; s4, the coarse denier ES composite fiber layer is laid on the surface of the fine denier ES composite fiber layer after being taken out of the net to form a double-layer ES composite fiber layer, and the double-layer ES composite fiber layer is subjected to hot air bonding to obtain a hot air non-woven fabric; and S5, rolling, slitting and packaging. The hot air non-woven fabric has the advantages of being smooth and fluffy, and the comfort can be improved.

This application relates to the textile field, specifically disclosing a thermal insulation fabric and its production method. The thermal insulation fabric comprises, from the outside in, a PTFE garment film, an adhesive layer, a polyethersulfone / polyurethane mixed fiber wadding, a hollow PBT core-sheath composite fiber layer, an adhesive layer, and a polyurethane / zirconia aerogel composite fiber layer. The polyurethane / zirconia aerogel composite fiber layer is woven from polyurethane / zirconia aerogel composite fibers, which have a core-sheath structure. It is prepared by coaxial wet spinning of the sheath solution and the core solution, followed by impregnation in a tert-butanol aqueous solution, pre-freezing, and freeze-drying. The sheath solution is a polyurethane solution, and the core solution is a polyurethane solution containing zirconia aerogel powder, with a mass ratio of zirconia aerogel powder to polyurethane of 0.2-0.3:1. The thermal insulation fabric of this application has the advantages of good thermal insulation effect, high mechanical strength, high compression resilience, and relatively fluffy texture.