Patent ID: 7219624
Filing Date: 2007-05-22
Classification: A01K

Abstract:
1. A manufacturing method of an animal excretions disposal material is a characteristic manufacturing method comprising: inputting materials consisting of: powdered natural organic substance as the base material, powders of highly water absorbing resin, powdered antibacterial/deodorant substance consisting of green tea leaves before extraction of effective ingredient, and powdered binder into a high-speed mixer; granulating the mixture evenly mixed by the said high-speed mixer; and making the product by drying the granules thus obtained; wherein, the inputting step comprising inputting the materials consisting of: 30 to 80 parts of weight of the powdered natural organic substance as the base material having particle sizes less than 840 μm, 1 to 10 parts of weight of the powders of highly water absorbing resin, 5 to 20 parts of weight of the powdered antibacterial/deodorant substance consisting of green tea leaves before extraction of effective ingredient, and 3 to 10 parts of weight of the powdered binder consisting of highly water soluble natural macromolecule having particle sizes less than 74 μm or 15 to 30 parts of weight of the powders of bentonite with high viscosity having particle sizes less than 74 μm into a high-speed mixer; the granulating step comprising granulating the mixture evenly mixed by the said high-speed mixer which is equipped with an injection nozzle of water inside the vessel, and includes agitating blades provided at a plurality of stages on a rotary shaft inserted through the inside of a vessel and a bottomed entirely-porous cylindrical frame including a scraper blade rotatably provided in the form of a cage having coarse openings within the vessel and outside a locus of rotation of the agitating blades, by rotating the inner blades at a speed of 300 to 800 rpm and the outer cylindrical frame at a speed of 16 rpm or more in the opposite direction of that of the inner blades; and the making step comprising making the product by drying the granules thus obtained until they become to have a bulk density of 0.20 to 0.50 g/cm3 and a water absorbing capacity of 1.3 to 3.5 times of their own weight.