JPS6228280Y2 - - Google Patents

Description

[Detailed description of the invention] This invention is a container for suction and storage of high-temperature liquids such as high-temperature oil with a pump, which uses a battery-powered pump to send high-temperature liquids such as high-temperature oil into the container and store them immediately. Regarding.

Traditionally, when making tempura, fries, etc., especially at home, a pot, etc. is placed on the burner of a gas range, etc., oil is poured in, and the oil is heated to a high temperature to make tempura, fries, etc. Most of the oil remains even after use, and this residual oil can be used several times later, so after extinguishing the fire of the gas range, etc., do not heat it in the gas range until the oil temperature drops to an appropriate temperature. Either they were left on the floor for the required time, or they were left on the floor and then stored in cans or bottles.
However, at present, gas ranges with two or three burners are often used in ordinary households.
The opening of the gas range has a larger diameter than a pot that is normally heated on top of the tinder, and if you leave a pot filled with high-temperature oil, the tinder will become unusable. Not only that, but it was extremely dangerous, making it difficult to work in other crater areas, and causing people to come into contact with other craters and cause them to fall over, resulting in burns. You can lower the temperature of the oil by placing it on the floor, etc. Especially if there are children at home, you must be careful not to let them get near the oil pot. There have been many cases where people have come into contact with something, caused it to fall over, and suffered serious burns.

Therefore, the present invention is designed to suck and pump used high-temperature oil immediately after use, store it in an insulated container, and store it in a kitchen storage shelf, etc., to ensure safety. The purpose is to provide a liquid suction storage container.

Embodiments of the present invention will be described with reference to the drawings.

FIG. 1 shows a first embodiment of the invention.
1 is a container body, 2 is a lid body, 3 is a battery pump assembly,
Reference numeral 4 denotes a delivery liquid pipe, and the container body 1 is mainly composed of an outer plate 5, an inner container 6, and a bottom plate 7, and the inner container 6 is attached to the inside 5b of the inwardly folded part 5a of the outer plate 5. The inner peripheral part 8a of the packing 8 is brought into close contact with the inner container insertion part 6a, and the inner container pressing part 6b is
Press the inner container receiving part 7a of the bottom plate 7 against the packing lower part 8b, and fix the bottom plate 7 to the outer surrounding plate 5 with the bottom plate fixing screws 7b.
It is stopped at Further, there is a space A between the outer cover plate 5 and the inner container 6, and from the upper part 6c of the inner container 6 to the space A,
A delivery liquid pipe 4 is attached through the outer envelope plate 5. The battery pump assembly 3 has a pump blade 3b inside a pump case 3a at the bottom, and a drive shaft 3c attached to the pump blade 3b passes through a bearing 3d built in the pump case 3a and is connected to an ejection pipe 3e. It passes through the inside and is fitted under a coupling ring 3f attached to the upper part of the ejection pipe 3e. The motor shaft 3 is located above the coupling ring 3f.
g is inlaid. 3h is the motor,
Above the motor 3h, the battery compartments 3i and 3j are switches. At the upper part of the ejection pipe 3e, there is a delivery liquid port 3.
k, to which a delivery liquid pipe 4 is connected. The distance between the outer plate 5 of the space A and the inner container 6 is
The temperature of high-temperature oil, etc. to be stored in
It has a completely insulated structure similar to commercially available thermos bottles, so it does not need to be kept warm for long periods of time. In addition, the surface temperature can be lowered below the normal burn temperature by increasing the wall thickness of the inner container 6 or by selecting a material with low thermal conductivity to retard heat conduction and transfer heat into the air. In this case, there is no need for an outer covering plate, and a single layer structure is sufficient.

The lid body 2 mainly includes a lid cover 9 and a lid bottom plate 10.
The two are bonded together with a space B between them, and the space B between the lid cover 9 and the lid bottom plate 10 is
The spacing is similar to the content of space A above.

A hinge 11 is provided between the container body 1 and the lid body 2 to connect them. Further, there is a key 5c on the upper part of the outer cover plate 5 of the container body 1, a spring-loaded stopper 12 is provided on the lid bottom plate 10, and an inwardly bent part 5 of the outer cover plate 5 of the container body 1
The lower part of the lid bottom plate 10 of the lid body 1 is attached to the surface part 8c of the gasket 8 attached to the inner circumferential part 5b of the lid body 1 so as to be in close contact with the surface part 8c of the gasket 8. A grip handle 13 is attached to the outer plate 5.

The pump-equipped container for suction and storage of high-temperature liquids such as high-temperature oil has the structure described above and is used in the following manner.

When sending high-temperature liquid such as high-temperature oil into the inner container 6 immediately after use, put the pump blade 3b at the lower end of the liquid pump 3e into the high-temperature liquid such as high-temperature oil in a pot, etc., and turn the switch 3j. push. By pressing the switch 3j, the motor 3h is driven, the coupling 3f closely connected to the motor shaft 3g and the drive shaft 3c are simultaneously rotated, and the pump blade 3b is also rotated. The rotation of the pump blade 3b sucks up high-temperature oil, etc., and the high-temperature oil, etc. rises in the pumping pipe 3e, passes through the pumping liquid pipe 4 from the pumping liquid port 3k, and enters the inner container 6. At this time, the same volume of air inside the inner container as the high-temperature oil etc. that has flowed into the inner container 6 flows through the ventilation hole 10.
It is discharged to the outside from a and 9a. When the liquid feeding is completed, when the switch 3j is released, the motor 3h is stopped, and therefore the liquid feeding is stopped. In addition, the temperature of the high temperature oil etc. sucked into the inner container 6 is determined by the outer plate 5.
Appropriate spacing or insulation material is provided between the inner container 6, the lid bottom plate 10, and the lid cover 9, and the inner container 6 and the lid bottom plate 10 are made of heat insulating material, so the surface temperature of the outer plate and the lid cover 9 is It will not cause burns. After sucking in high-temperature liquids such as high-temperature oil, you can immediately store this container in a kitchen storage shelf, etc. If you want to use the stored oil, etc. again, hold the handle 13 in your hand, put the pump case 3a at the lower end of the ejection pipe 3e into a pot, etc., and tilt the main body. , passes through the delivery liquid pipe 4, passes through the lift pipe 3e,
It enters the pot etc. from inside the pump case 3a. At this time, if a flexible material is used for the delivery liquid pipe 4, the container body 1 can be fixed and the battery pump assembly 3 can be freely moved. Alternatively, push the spring-loaded stop 12, remove it from the key 5c, open the lid 2 around the hinge 11, hold the handle 13 in your hand, tilt the main body, and pour oil etc. from the opening c of the inner container 6. Pour directly into a pot, etc.

As is clear from the above explanation of the configuration, the present invention has the following excellent effects.

According to the storage container for inhaling and storing high-temperature liquids such as high-temperature oil with a pump according to the present invention, the high-temperature oil, etc. that has been used to make tempura, fried food, etc. can be kept at a temperature that is safe from contact with it while it is in a pot etc. In order to lower the temperature of the gas, the gas was left on the crater of a gas range for a certain period of time, making it difficult to use the gas range, and furthermore, it was dangerous to come into contact with it and cause burns. In order to leave it for the required time, immediately after using the high temperature oil, etc., inhale it into the high temperature liquid suction storage container with a pump of the present invention, and immediately store it in a kitchen storage shelf, etc. Therefore, by using this, there is no danger at all, and storage can be made even more cleanly.

[Brief explanation of the drawing]

Figure 1 shows the front view 1 of the first embodiment of this invention.
It is a partial sectional view. In this figure, 1... Container body, 2... Lid body,
3... Battery pump assembly, 4... Delivery liquid pipe, 5...
...outer plate, 6...inner container, 7...bottom plate, 9...lid cover, 10...lid bottom plate.

Claims (1)

[Scope of utility model registration request] A battery pump assembly is attached to a container mainly composed of a container body 1 and a lid body 2, and is connected to a delivery liquid pipe from the inside of the container body 1 to the outside of the container in a direction that allows liquid to be sent from the outside of the container to the inside of the container body 1. A storage container for inhaling and storing high-temperature liquids such as high-temperature oil.