JPS6027771A - Air bubble-entrained water vapor generator - Google Patents

Abstract

PURPOSE:To raise the efficiency of combustion of fuel by a method in which air from a sucked air cleaner is introduced into an extra-porous material on the bottom of a water container, finely divided wet air particles so formed are heated with water vapor on the periphery of exhaust pipe and then supplied into engine. CONSTITUTION:A sucked air cleaner 1 is connected to an extra-porous material 4 of vinyl polymer, for example, provided on the bottom of a water container through a duct 2, superfinely divided wet air bubbles F formed on the water surface decomposition, which are jetted from the extra-porous material 4, are introduced into a heat absorber 6 provided on the periphery of an exhaust pipe 5 through the duct 4 from the container 3. The air passing spirally along a resistance plate 7 provided on the periphery of the exhaust pipe 5 is supplied into engine through a duct 8 and air suction manifold after being heated with water vapor.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to the development of improving the efficiency of cylinder operation by introducing externally evaporated gasoline air into the cylinder in an appropriate balance in order to improve the combustion efficiency within the cylinder. The purpose of this is to heat an appropriate amount of fine foam particles in addition to gasoline fuel, maintain balance, and mix in to promote combustion, thereby achieving highly efficient engine operation.

That is, to explain with reference to the drawing which is an example, from the intake cleaner (1) to the lower 1t inside the water container (3) by the introduction pipe (2).
l11 [Connected to a submerged super-porous foam element (4) made of foamed vinyl, for example, of a suitable configuration, and further introducing the wet air F from above the container through decomposition of ultrafine bubbles ejected from the foam element on the water surface. (41) is introduced into a heating absorption device (6) consisting of an appropriate mechanism attached to an appropriate position on the exhaust m151, and the air evaporated by this device is transferred to an appropriate amount of air through an inlet pipe (8) through a manifold into a °C cylinder. This system supplies fuel with gasoline to increase burnup and improve engine/engine operation.

Therefore, the heat absorption device for the exhaust pipe (5) shown in FIG. During this time, if the humid air is heated and evaporated, or if it is the one shown in Figure 3, the introduction pipe (4) itself is spirally wound, or the air is placed inside the cover on the exhaust pipe. This figure shows an example in which a spirally wound heat exchanger may be attached to a spirally wound heat exchanger and an inlet pipe may be connected to this.

As described above, the present invention can be applied from the cleaner fi+ to the water container (:3
), for example, a super porous foam made of vinyl foam (4
1 is connected by an inlet pipe (2), and ultrafine foam is generated from the foaming element (4) by the air sucked in from the cleaner.
By introducing the floating humid air resulting from decomposition of the foam into the heating absorption device (6) of the exhaust pipe attached to the exhaust pipe +51, the humid air is evaporated, and the evaporated air is m= A small amount of warm humidified air is introduced in a well-balanced manner along with supplementary gasoline into the cylinder through the hold.
This allows for efficient combustion within the cylinder, ensuring good engine operation, saving gasoline and saponifying exhaust gas.

[BRIEF DESCRIPTION OF THE DRAWINGS] The drawings show an example of the implementation of the present invention, and FIG. 1 is an overall explanatory diagram showing main parts in cross section, FIG. FIG. 3 is a partially sectional side view of the heat absorption device attached to the exhaust stack. In addition, in 1 drawing (1)...Intake cleaner +21. +41. +81...Introduction pipe (3)...Water container (5)...Exhaust pipe

Claims (1)

[Scope of Claims] An intake cleaner is connected to an appropriately configured superporous foaming element submerged in the lower part 1011 of a water container through an inlet pipe, and the ultrafine foam generated by the foaming element is decomposed on the water surface inside the container, The decomposed moist foam fine particles are evaporated through an inlet pipe and connected to an exhaust pipe heating absorption device installed at a suitable location on the exhaust stack, and the evaporated moist air is transferred into the cylinder via a manifold using the rapid expansion of water. By introducing. A bubble evaporation device using introduced air, which is characterized by increasing combustion efficiency.