JPH09169326A - Gravitationally flowing-down type polymer tank - Google Patents

Abstract

PROBLEM TO BE SOLVED: To dispense with a pump and prevent hands from getting dirty and completely and uselessly discharge kerosene in a polymer tank without the rest, when kerosene is supplied in a cartridge tank of a kerosene stove. SOLUTION: A rubber ball as a cock is put in an integrally molded polymer tank. At first, a hose of the polymer tank is put in the pouring opening of a cartridge tank for a stove. Then the rubber ball (full line) retained at a protrusion in the hose is picked up from the outside to transfer it from the part 1 of the hose to a protrusion at the second stage so as to be kept therein (chain line). When kerosene begins to flow out and the cartridge tank has been filled with kerosene, the rubber ball is returned to the original position (full line) by picking up the part 2 of the hose to stop the outflow of kerosene. In this way, a polymer tank charged with kerosene is put on an exclusive base or the like and kerosene is discharged from the hose attached to the lowermost part of the polymer tank by means of the natural law and hence, any pump is not required.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention is mainly for putting kerosene from a plastic tank into a stove tank.

[0002]

2. Description of the Related Art Conventionally, there has been a pump that pumps kerosene once and transfers it to a stove tank, both manually and electrically.

[0003]

This has the following disadvantages. ~ In the case of manual operation ~ (b) When the kerosene in the plastic tank was transferred to the cartridge tank of the stove, the air chamber part above the pump had to be pushed several times first, and a stable outflow was not always obtained. (B) When the kerosene was running low, we had to either move the plastic tank to a higher place or continue to push the air chamber of the pump. (C) When stopping the outflow, the knob at the top of the pump was turned to put air into the air chamber to stop the outflow, and in some cases kerosene overflowed from the cartridge storage tank. ~ In the case of electric drive ~ (d) A battery was required. ~ Commonly ~ (e) It was difficult to pump up to the end with a pump. (F) When the pump is removed from the tank after the injection is completed,
Drops have fallen. (G) Even if I tried to stop the outflow, it did not stop immediately. (H) I needed a storage location for the pump. The present invention has been made to eliminate these disadvantages.

[0004]

[Means for Solving the Problem] From the beginning, a plastic tank is placed on a high place such as a dedicated stand (2) having a spare tank storage area (Fig. 2), and a rubber ball (1) is put in the hose of the plastic tank. Having the function of a stopper. Also, attach a drip pan (3) to the tip of the hose (Fig. 1), and tilt the bottom toward the hose. (Fig. 3)

[0005]

Function: Put kerosene in the devised plastic tank and place it on the dedicated stand (2).

[0006]

Embodiments of the present invention will be described below. (G) Put the hose of the plastic tank into the pouring port of the cartridge tank of the stove. (H) Pick the rubber ball (solid line) that is stopped by the protrusion inside the hose from the outside at the 1st part of the hose, and Move it so that it stops at the protrusion (broken line). (Li) Kerosene begins to flow. (G) When the kerosene is full in the cartridge tank, pinch the hose part and return the inside rubber ball to the original position (solid line) to stop the kerosene outflow.

[0007]

EFFECTS OF THE INVENTION A plastic tank containing kerosene is placed on a dedicated stand or the like, and kerosene is discharged from the hose attached to the bottom of the plastic tank by utilizing the law of nature. Also, since the bottom of the tank is inclined toward the hose attachment side, kerosene can be used up to the end without waste. Furthermore, when putting the hose back in its original position,
There is a drip pan near the end of the hose so that the liquid may drip, and there are 1 to 3 small grooves facing the drip pan so that the drops can enter the drip pan. Absent. Also, since the hose is attached to the tank, there is no need for space to store the pump.

[Brief description of drawings]

FIG. 1 is a perspective view of a hose tip portion of the present invention.

FIG. 2 is a perspective view showing a state in which the present invention is set on a dedicated stand.

FIG. 3 is a lateral view showing the slope of the bottom of the present invention clearly.

Claims (2)

[Claims] 1. A hose is attached to the lower portion of a plastic tank having an inclined bottom, and a hard rubber ball serving as a plug is put therein. Make sure that the rubber ball stops at the protrusion inside the tip of the hose. By squeezing the ball from the outside of the hose and moving the inner ball, it is possible to easily outflow and stop the liquid, and to let the inner liquid come out to the end. 2. A drip pan is attached to the end of the hose so that the part to be picked up by hand does not become dirty.