Abstract: A vehicle fuel composition comprises: a light or low-carbon hydrocarbon or pentane fraction; a non-lead anti-knocking agent including methyl tert-butyl ether, tert-amyl methyl ether, anhydrous methanol and anhydrous ethanol; a fluorocarbon cation surfactant and/or a fluorocarbon non-ionic surfactant; which are thoroughly blended to obtain a motor fuel having a research octane number of more than ninety for enhancing anti-knocking property and also for minimizing carbon accumulation in a combustion engine system.

Abstract: A sprout cultivation device contains a watering member stacked on top of a multi-leveled close rack with an open bottom where a culture dish for sprouts is positioned at each level. The watering member contains a water basin with a mist maker inside and a heat exchanging element attached to the side of the water basin. A control element of the watering member periodically engages the mist maker to turn the water in the water basin into mist and the heat exchanging element to adjust the temperature of the water. A water refiller automatically refills the water basin from a water bottle until the water level of the water basin reaches a threshold. The mist descends down the levels of the rack to irrigate the sprouts in each culture dish.

Abstract: A vehicle fuel composition comprises: a light or low-carbon hydrocarbon or pentane fraction; a non-lead anti-knocking agent including methyl tert-butyl ether, tert-amyl methyl ether, anhydrous methanol and anhydrous ethanol; a fluorocarbon cation surfactant and/or a fluorocarbon non-ionic surfactant; which are thoroughly blended to obtain a motor fuel having a research octane number of more than ninety for enhancing anti-knocking property and also for minimizing carbon accumulation in a combustion engine system.

Abstract: A glove made of synthetic resin has collagen powder homogeneously dispersed and cohered on an inner surface of the glove shell with the outer portion of the collagen powder exposed on and outwardly protruded from the inner surface of the glove shell, thereby maximizing the water absorbing and releasing property of the collagen powder to impart the warm, gentle and comfortable wearing feel as worn by the user's hand and contacted by the user's hand skin, to maintain a proper humidity within the glove, to overcome any cold feeling in the glove interior especially in winter, and also to reduce the production cost of the glove.

Abstract: A glove formed by a formulation of nitrile butadiene rubber latex material added therein with a thickening agent of carboxymethyl cellulose in latex material for making a NBR glove having a tensile strength of 18˜30 Mpa (2,611˜4,351 psi) as measured according to ASTM D-412 on a sample of nitrile butadiene rubber having a thickness ranging from 0.12˜0.15 mm (4.72˜5.91 mils) and having a relaxation property of less than 50% of an initial stress at six minutes, thereby providing a NBR glove having improved abrasion resistance and good donning property.

Abstract: A glove formed by a formulation of nitrile butadiene rubber latex material added therein with a thickening agent of carboxymethyl cellulose in latex material for making a NBR glove having a tensile strength of 18˜30 Mpa (2,611˜4,351 psi) as measured according to ASTM D-412 on a sample of nitrile butadiene rubber having a thickness ranging from 0.12˜0.15 mm (4.72˜5.91 mils) and having a relaxation property of less than 50% of an initial stress at six minutes, thereby providing a NBR glove having improved abrasion resistance and good donning property.