JP2607620Y2 - Kerosene tank without pump - Google Patents

Description

[Detailed description of the invention]

[0001] [Industrial application field] It is intended to put a cylinder of an oil stove used in a home, office, factory or the like without using a pump. [0002] [Prior art] At present, the lid of a kerosene tank is taken out, the inlet of a manual or electric pump is put in, and it is put into the cylinder of the oil stove by the power of the pump. As the mainstream is manual, the general method used is as follows. If you press and release the resin pump on the top with your finger and release it, kerosene will be sucked up in an attempt to rebound. When this is repeated, it is sent to the outlet side by the two valves arriving inside. While the oil level in the kerosene tank is higher than the oil level in the cylinder of the oil stove, it flows out according to the siphon principle. Must. [0003] In such a case, the oil level gauge of the cylinder may be difficult to see, and may overflow. [0004] Also, it is slow to notice, and even if you try to stop it, it will not be stopped immediately, at least the part in the hose on the outlet side will come out. It gets in your mouth, but it spills around.

Also, when the pump is taken out of the kerosene tank at the end, the kerosene attached to the inside of the pump and the outside of the pipe portion on the inlet side cannot be removed until a while, so that the kerosene should be removed from the pump. I have. [0006] [Problem to be Solved by the Invention] It is good while the oil level of the kerosene tank is high, but otherwise, the pump must be kept pushed or lifted to make it high. [0007] In addition, the oil level gauge of the cylinder may be difficult to see and may overflow. [0008] A pump is always needed and when cleaning is done, the kerosene of the pump runs out and the cleaning is done.

[0009] The present invention aims to eliminate these problems.

[0010]

Means for Solving the Problems The present invention relates to a tank body.
An inflow port provided at one end of the upper surface, and an inflow port provided at the other end of the upper surface.
An outlet provided and a hood with a cock connected to the outlet
Along the outlet side and bottom of the tank body.
An L-shaped base, and an upper end of the L-shaped base and the exit side.
A fulcrum for rotatably connecting the upper surface and the tank body
Rotate about 90 ° so that the outlet side surface is the bottom surface
And means for setting When the L-shaped base is opened at the time of use, the two-folded stick is extended to the stopper, and the kerosene tank moves 90 degrees around the fulcrum at the upper part of the L-shaped base.
After turning a little more than half, the outlet that had been on the top surface is now at the bottom of the side surface, and at the same time is at a position slightly higher than the fulcrum position of the L-shaped base. [0011] By doing so, the outlet of the kerosene tank comes below the kerosene tank and at the same time is at a higher position than the cylinder of the oil stove. [0012] When the cock and the hose are attached to the outlet and the cock is opened, the kerosene enters the cylinder by natural fall. [0013] Since the work can be performed in a crouched posture, the oil level gauge of the cylinder becomes easy to see. [0014] When stopping, the cock can be stopped simply by turning the cock 90 ° half-turn. [0015] In the drawings, the cock is attached to the base of the hose, but if it is attached to the tip of the hose, kerosene will be stopped immediately after the cock is stopped. [0016] Since a pump is not used, it can be left as it is. [0017] Alternatively, the L-shaped base may be folded by pushing the two-folded rod from the opposite side of the stopper and bending the rod. In this case, it is only slightly larger than the size of the kerosene tank.

When the L-shaped base is folded, there is no fear that the oil port of the kerosene tank rises and leaks.

[0019]

1 to 3 show an embodiment of the present invention.
You. In the center of the upper surface of the tank body of kerosene tank 1,
2 are provided. Inlet with lid on one end of the upper surface
A mouth 4 is provided and an outlet is provided at the other end.
You. A side grip 3 is provided at the center of the side of the inlet 4 side.
Have been. A hose 8 with a cock 7 is connected to the outlet
Have been. The kerosene tank 1 has an outlet for the tank body.
An L-shaped base 9 is formed along the side and bottom of the mouth.
The upper end of the L-shaped base 9 and the side surface on the outlet side
The upper part is rotatably connected via a fulcrum 10.
The center of the outlet side surface of the tank body is
It is connected to the center of the vertical portion of the L-shaped base 9 via the rod 11.
Is tied. The rod 11 has a strike
The upper 12 is provided. Next, the operation of this embodiment
Will be described. Other kerosene tank 1 has a lateral grip 3
When the link body is turned halfway and the L-shaped base 9 is opened, it breaks into two.
The stick 11 extends to the stopper 12, and the kerosene tank 1
Turn about 90 ° half way around the fulcrum 10 on the upper part of the L-shaped base 9,
As shown in Fig. 3, the exit that was on the top is
And at the same time a little higher than the fulcrum 10 of the L-shaped base 9
You. When the kerosene is full and heavy, or when the stand 6 is hard, hold the upper handgrip 2 and tilt it to the left while attaching the auxiliary foot 5 and pulling the L-shaped stand 9 with the other hand. One break from the set the table gasping extend the spur 11, while lifting the kerosene tank 1 has a lateral grip 3 L
Make a form board, to the state of FIG. [0020] The lid of the injection port 4 is slightly loosened so that the air enters the kerosene tank 1, the hose 8 is inserted into the other cylinder, and the cock is opened to perform injection. [0021] When the oil level gauge on the cylinder becomes full, the cock 7 is tightened and the inlet 4 is also tightened. Remove the hose 8 from the cylinder.

In FIG. 3, when holding the side grip 3 and pushing the two-folded stick from the bottom with the other hand and bending it, the kerosene tank 1 is turned about 90 ° and a half around the fulcrum 10 to the original state. And become compact. [0023] [Effects of the invention] The effects of the invention do not require a pump, so that kerosene can be easily put into the cylinder without pushing the pump or lifting the kerosene tank. Also, the spill rate of kerosene is much lower.

[Brief description of the drawings]

FIG. 1 is a front view showing an embodiment of the present invention .

FIG. 2 is a side view of FIG.

FIG. 3 is a front view showing a use state .

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Kerosene tank 2 Upper grip 3 Side grip 4 Injection port 5 Auxiliary foot 6 Stop 7 Cock 8 Hose 9 L-shaped base 10 Support point 11 Double bent rod 12 Stopper

Claims (1)

(57) [Scope of request for utility model registration] 1. A flow path provided at one end of an upper surface of a tank body.
An inlet , an outlet provided on the other end of the upper surface, a hose with a cock connected to the outlet , and a side surface and a bottom surface on the outlet side of the tank body.
L-shaped base , and the upper end of the L-shaped base and the upper part of the side surface on the exit side are rotatable.
And the tank body is rotated by approximately 90 ° , and the side surface on the outlet side is
A kerosene tank which does not require a pump , comprising: means for forming a bottom surface .