JP2001198014A - Electric pot - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an electric pot which has stability, is compact and has good operability. SOLUTION: The bore size of the body of an inner container is formed longer than the height size up to an opening from the base surface of the inner container.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an electric pot in which a liquid is stored and heated with a lid and heated or kept warm to store hot water, and the stored liquid is discharged to the outside through a discharge passage. About.

[0002]

2. Description of the Related Art As shown in FIG. 5, a conventional electric pot of this type comprises an outer case 2 forming an outer body of a container 1, an inner container 3 accommodated in the outer case 2, and a liquid in the inner container 3. A heater 4 for heating and maintaining the temperature of the container 1, a lid 6 of the container 1 having a steam passage 9 for allowing steam generated in the inner container 3 to escape from a steam outlet to the outside, and hot water stored in the inner container 3. And an electric pump (not shown) that discharges the filled liquid through the discharge passage 5. The height Y from the bottom surface 3b of the inner container 3 to the opening 3a is higher than the inner diameter N of the inner container 3 (Y > N)
Has formed. In that connection, the outer diameter G of the outer case 2
From the bottom surface 2a of the exterior case 2 to the top surface 6 of the lid 6
The height dimension Z up to a is formed high (Z> G). At the same time, based on the dimensional relationship of the whole container, the height M of the full level of the inner container 3, the height T of the spout 15 discharged through the pouring passage 5, the diameter H of the heating area of the heater 4, etc. Was set. The dimensional relationship of the entire body, such as a tall, is to follow the appearance of a conventional air bottle on a desk using a thermos bottle, and to reduce the installation area on the table to make it easier to place. In addition, it is easy to pour into a receiving container such as a teapot, a cup, a baby bottle, and the like.

[0003]

However, in the case of such a conventional electric pot configuration, the height Z of the entire body is higher than the outer diameter dimension G of the outer case 2, so that the pouring operation is performed. When there is a dislike of lack of stability in the event of a shock from the outside or when it is applied from the outside, etc., and the height of the entire body is raised and the storage height is limited or stored in a cupboard or storage room where the storage height space is limited In some cases, it cannot be used, and there is a problem that the compactness is lacking.

An object of the present invention is to solve the above problems and to provide a stable, compact, and easy-to-use electric pot.

[0005]

In order to achieve the above object, the electric pot of the present invention according to claim 1 comprises: an outer case forming an outer case of a container; an inner container housed in the outer case; A heating means for heating the content liquid in the inner vessel to make it hot and keep warm, a lid of a vessel having a steam passage for releasing steam generated in the inner vessel from a steam outlet to the outside, and storing hot water in the inner vessel. An electric pot provided with a pouring means for pouring the filled content liquid through a pouring path, wherein the inner diameter of the inner container is formed to be longer than the height from the bottom to the opening of the inner container. .

In such a configuration, the inner diameter of the inner container is formed longer than the height from the bottom to the opening of the inner container, so that the inner container can store the same volume of hot water as the conventional inner container. Even when used, the entire body can be configured so that the height of the whole body is low, which gives a sense of stability even when performing a pouring operation or when an external impact is applied In addition, it can be used in a state of being stored or stored in a cupboard or storage having a limited storage height space, so that the storage space is compact.

Further, in the electric pot of the present invention, the inner container housed in the container, heating means for heating the content liquid in the inner container to heat the water or keep the temperature in the inner container, In an electric pot having a lid of a vessel having a steam passage for allowing generated steam to escape from a steam outlet to the outside, and an ejection means for ejecting the content liquid stored in the inner container through an ejection passage, The outer diameter of the case is formed to be longer than the height from the back surface of the outer case to the top surface of the lid.

In such a configuration, the outer diameter of the outer case is formed to be longer than the height from the back surface of the outer case to the top surface of the lid, so that the inner container can be adapted to the outer shape of the outer case. The inner container that can store the same volume of hot water as the conventional inner container can be used, and the height of the whole container can be made low, so that it can be used at the time of pouring operation or from the outside. In addition, a sense of stability is generated even in the case where the space is added, and it can be used in a cupboard or a storage having a limited storage height space, or can be used in a stored state, resulting in compactness.

In the electric pot according to the present invention, the inner container accommodated in the container, heating means for heating the content liquid in the inner container to heat the liquid or keep the temperature in the inner container, An electric kettle comprising a lid of a vessel having a steam passage for allowing generated steam to escape from a steam outlet to the outside, and a pouring means for pouring a content liquid stored in the inner container through a pouring path, It is characterized in that the height of the inner container at the water filling position is formed to be approximately ／ or lower than the height from the bottom of the container to the opening.

In such a configuration, the height of the inner container at the full position is formed to be approximately 3/4 or lower than the height from the bottom surface of the inner container to the opening. The height of this inner container can be reduced by using an inner container that can store hot water up to the full capacity of the conventional inner container, and as a result, the entire container can be maintained without changing the capacity of the inner container. Can be configured to have a lower height, which gives a sense of stability and compactness when performing a pouring operation or when an external impact is applied.

Further, in the electric pot according to the present invention, the inner container housed in the container, heating means for heating the content liquid in the inner container to heat the water or keep the temperature in the inner container, An electric kettle comprising: a lid of a vessel having a steam passage for allowing generated steam to escape from a steam outlet to the outside; and an ejection pot for ejecting a liquid content stored in the inner container through an ejection passage. The heating means is constituted by a surface heater on a disk contacting the inner surface of the inner container, and the diameter of the surface heater is formed longer than the height of the inner container at the full position.

[0012] In such a configuration, the diameter of the surface heater is formed longer than the height of the inner container at the full position, so that the inner container capable of storing the same volume of hot water as the conventional inner container is used. However, the height of the entire body can be reduced to provide a sense of stability and compactness, and the heating area of the surface heater corresponds to the inner diameter of the inner container. By increasing the heating area of the surface heater, the time until boiling can be shortened.

Further, in the electric pot of the present invention, the inner container housed in the container, heating means for heating the content liquid in the inner container to heat the water and keep the temperature in the inner container, An electric kettle comprising a lid of a vessel having a steam passage for allowing generated steam to escape from a steam outlet to the outside, and a pouring means for pouring a content liquid stored in the inner container through a pouring passage, The height of the container at the water filling position was formed to be shorter than the height obtained by adding the height between the top surface and the back surface of the lid and the height size between the back surface of the inner container and the back surface of the outer case. It is characterized by:

[0014] In such a configuration, the height of the inner container at the full position is set to the height between the top surface and the back surface of the lid, and the height between the back surface of the inner container and the back surface of the outer case. By forming the height lower than the length including the dimensions, the height of the entire body can be designed to be compact, and in addition to the above-described operation, a more stable feeling can be obtained.

In the electric pot according to the present invention, the inner container housed in the container, heating means for heating the content liquid in the inner container to heat the water or keep the temperature in the inner container, An electric kettle comprising: a lid of a vessel having a steam passage for allowing generated steam to escape from a steam outlet to the outside; and a pouring means for pouring a content liquid stored in the inner container through a pouring path. The height of the spout for discharging the content liquid through the pouring path by the pouring means is higher than the height from the back surface of the outer case to the full position of the inner container.

In such a configuration, the height of the entire body can be reduced, so that a sense of stability is generated and compactness is achieved. Despite becoming a general use baby bottle, teapot,
A liquid receiving container such as a cup can be used without any trouble, and the usability is good.

Further objects and features of the present invention will become apparent from the following detailed description and drawings. Each feature of the present invention can be used alone or in various combinations in combination as far as possible.

[0018]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Some preferred embodiments of the present invention will be described with reference to FIGS.
The description will be made with reference to FIG.

However, the present invention is not limited to the following embodiments, and the material shapes of the components described in the following embodiments are within the scope of the present invention unless otherwise specified. Is not intended to be limited to them only,
It is only an illustrative example.

(Embodiment 1) This embodiment 1 is shown in FIG.
As shown in FIG. 2, the internal solution is heated by a heater 4 as a heating means to store hot water, and the stored internal solution is discharged to the outside through an injection path 5 using an electric pump (not shown). This is an example of the case of the electric pot described above.

In the case of this electric pot, an outer case 2 serving as an outer body of the container 1, an inner container 3 accommodated in the outer case 2, a heater 4 for heating an inner solution in the inner container 3,
A pouring passage 5 for guiding the inner solution to the outside, an electric pump 7 for discharging the inner solution through the pouring passage 5, a lid 6 for closing the opening 3a of the inner container 3, and an inner container 3 through the inside of the lid 6. A steam passage 9 for discharging the steam generated inside to the outside
Water shutoff valves 22 and 23 which are separately provided in the spouting passage 5 and the steam passage 9 to close the spouting passage 5 and the steam passage 9 so that the inner solution does not flow out to the outside when the body 1 is turned over.
And

The inner container 3 is housed in an outer case 2 made of a synthetic resin to form an electric hot water storage container 1. The internal solution of the inner container 3 is heated from the outside by the heater 4 and stored therein, and the stored internal solution is discharged to the outside through the discharge passage 5 by the electric pump 7 and used. The rising portion rising to the outside along the body of the inner container 3 of the spouting channel 5 is formed as a liquid amount display pipe 5a made of a material such as transparent or translucent glass or resin. However, the liquid amount may be visually recognized by an electronic liquid amount display unit that displays the liquid amount of the internal solution.

The inner container 3 is a single inner container made of metal such as stainless steel, titanium, aluminum or the like, but may be a vacuum double structure inner container formed of an inner body and an outer body. .

The outer case 2 is made of a synthetic resin and the bottom and the body are integrally formed. However, the outer case 2 may be made of a metal. When the body is made of a metal, the structure and the shape tend to be complicated. Is preferably made of a synthetic resin. The outer case 2 is at the bottom,
Both the body and the body may be made of synthetic resin, or may be divided as necessary according to the relationship with molding and overall assembly.

The shoulder member 11 forming the shoulder of the container 1 is provided with a lid 6 so as to open and close the opening 3a of the inner container 3.

For opening and closing, the lid 6 is pivotally supported on a bearing 19 provided at the rear of the shoulder member 11 by a hinge pin 18 so as to be detachable. Inner container 3 of lid 6
The steam passage 9 for letting steam from the inside escape to the outside has a steam outlet 9a formed on the upper surface of the lid 6 and a steam inlet 9b from the inner container 3 to the lid 6 formed on the lower surface. In the middle of the steam passage 9, there is provided a pool chamber 9 c for temporarily storing or bypassing the inner solution when the container body 1 has rolled over and the inner solution has entered, and delaying the solution from reaching the steam outlet 9 a. The water valve 23 is provided immediately inside the steam inlet 9 b of the steam passage 9. This makes it possible to take measures such as raising the container 1 before the container 1 rolls over and the internal solution flows out through the vapor passage 9 to the outside.

At the front of the lid 6, a lock lever 27 is provided which engages with the locking portion 24 on the shoulder member 11 side at the closed position and operates the lid 6 to the closed position.

At the center of the bottom of the inner container 3, a temperature sensor 10 as a temperature detecting means is in contact with the back surface of the bottom of the inner container 3 from below to detect the temperature of the internal solution at each time. And heating control of the internal solution in the warming mode.

An operation panel 13 is provided on the upper surface of the beak-shaped projection 12 projecting from the front part of the shoulder member 11 of the body 1, and indicates an operation section for mode setting and the like or a display or operation state corresponding to the operation. Display is performed. Operation panel 1
An operation board 14 for transmitting and receiving a signal corresponding to the operation and display is provided below the operation board 3. The pouring path 5 rises between the inner container 3 and the outer case 2 and passes through a liquid amount display pipe 5a having the same liquid level as the inner container 3, and the container 1
Beak-shaped protruding part 12 and pipe cover part 2 on the outer case 2 side
5 through the water stop valve 22 at the time of rollover provided between
Is formed.

A bottom plate 16 is attached to the opening formed at the bottom of the outer case 2 from below by screwing or partially engaging the bottom plate 16.
a, and a rotatable seat ring 17 is provided on the outer periphery of the bottom plate 16 so as to be rotatable.
When it is set on a table or the like, it can be rotated slightly on the rotary seat ring 17 to change its direction.

In a space between the bottom plate 16 of the outer case 2 and the bottom of the inner container 3, a base box for accommodating the electric pump 7, a control base (not shown) for controlling the energization of the heater 4 and the electric pump, and the like. A terminal for wiring is provided, and a plug receiver 40 for connecting a magnet plug is provided at the bottom of the outer case 2. The heating of the heater 4 is controlled by the control board provided in the board box based on the output from the temperature sensor 10.

The heater 4 as a heating means is constituted by a heater unit 4a in which a water heater and a heat retaining heater are sandwiched between an upper plate and a lower plate via an insulating member. Is fixed in contact with the back surface of the inner container 3, and the inner solution is heated and heated by the water heater and the heat retaining heater.

In such a configuration, as shown in FIG. 2, the inner diameter N of the inner container 3 is formed longer than the height Y from the bottom surface 3b of the inner container 3 to the opening 3a (N> Y). ing.

As described above, the inner diameter N of the inner container 3 is formed longer (N> Y) than the height Y from the bottom surface 3b to the opening 3a of the inner container 3, so that it is the same as that of the conventional inner container. Even if an internal container capable of storing hot water is used, the entire container can be configured so that the height of the entire container is low, so that a shock is applied when pouring out or from outside. In such a case, a sense of stability is generated, and it can be used in a cupboard or a storage cabinet having a limited storage height space, or can be used in a stored state, resulting in compactness.

The body outer diameter G of the outer case 2 is longer than the height Z from the back surface 2a of the outer case 2 to the top surface 6a of the cover 6 (G> Z).

As described above, since the outer diameter G of the outer case 2 is formed longer than the height Z (G> Z) from the back surface 2a of the outer case 2 to the top surface 6a of the lid 6, the content is increased. By matching the container 3 to the external shape of the outer case 2, an inner container capable of storing the same volume of hot water as a conventional inner container can be used, and the height of the entire container can be reduced. It can also be used in a state of being stored or stored in a cupboard or storage room where stability is generated even when performing a pouring operation or when an external shock is applied and the storage height space is limited. It becomes possible to have compactness.

Further, since the height of the whole body is formed to be low as described above, the operation position of the operation panel 13 is also lowered, so that the dispensing operation can be performed in the same posture without standing up for the dispensing operation. It becomes possible to perform the dispensing operation easily and to be easy to use.

The height M of the inner container 3 at the water filling position A is formed to be approximately 3/4 or lower than the height Y from the bottom surface 3b of the inner container 3 to the opening 3a. ing.

As described above, the height M of the inner container 3 at the water filling position A is formed to be approximately 3/4 or lower than the height from the bottom surface 3b of the inner container 3 to the opening 3a. As a result, the height of this inner container can be reduced by using an inner container that can store hot water to the same capacity as the conventional inner container, and as a result, the capacity of the inner container can be changed. And the height of the entire body can be reduced, resulting in a sense of stability and compactness.

The heater 4 as the heating means is
It is constituted by a surface heater 4 on a disk which is in contact with the back surface 3c of the inner container 3.
Is longer (H> M) than the height dimension M of the full water position A.

As described above, since the diameter H of the surface heater 4 is formed longer (H> M) than the height M at the full position A of the inner container 3, the same volume of hot water as that of the conventional inner container can be stored. Even when an inner container is used, the height of the entire container can be reduced to provide a sense of stability and compactness, and the heating area of the surface heater 4 can be reduced. Can be formed so as to correspond to the inner diameter N of the inner container 3, and by increasing the heating area of the surface heater, the time until boiling can be shortened.

The height M of the inner container 3 at the full position A is M
Is smaller than the length obtained by adding the height F between the top surface 6a and the back surface 6b of the lid 6 and the height S between the bottom surface 3b of the inner container 3 and the bottom surface 2a of the outer case 2 ( Y <F + S).

As described above, the height of the inner container 3 at the water filling position A is set to the height F between the top surface 6a and the back surface 6b of the lid 6 and the back surface 3c of the inner container 3 and the outer case 2 are set. The height of the entire body can be designed to be more compact by forming it shorter (Y <F + S) than the length including the height dimension S between the back surface 2a, and it is even more stable. It becomes something with a feeling.

Further, an outlet 15 for discharging the content liquid through the discharge passage 5 by the electric pump 7 as the discharging means.
Is higher than the height M from the back surface 2a of the outer case 2 to the full position A of the inner container 3 (T> K).

As described above, the height of the entire body can be reduced so that the height of the whole body can be reduced, and in addition to the effect of providing a sense of stability and compactness, the entire body has been lowered. Nevertheless, liquid receiving containers such as baby bottles, teapots, cups and the like for general use can be used without any trouble, so that it is easy to use.

(Embodiment 2) In Embodiment 2 shown in FIG. 3 and FIG. 4, the stored liquid is supplied to one electric outlet 7 by selectively using an electric pump 7 and a manual bellows pump 50. 5 is an example of the case of an electric pot that is discharged to the outside through 5 and can be used.

Since the filling by the manual bellows pump 50 is performed by pressurizing the content liquid, the steam passage 9 needs to be closed. If the steam passage 9 is always closed, the internal pressure rises abnormally. A passage through which the discharge port 29 of the manual bellows pump 50 and the discharge port 28 of the vapor passage 9 selectively communicate with the inner container 3 in conjunction with the pressing operation of the bellows pump 50 and the release of the pressing operation. Switching valve 3
0 is provided. The bellows 50a forming the manual bellows pump 50 is also provided with an intake valve 30, which can open the intake port 32 at the time of restoring by the restoring spring 31 and suck air into the bellows 50a. To prevent air from leaking out.

With such a configuration, the internal solution stored in the hot water can be discharged by using the manual bellows pump 50 even in a place having no power supply. And can be selectively used either electrically or manually.

Further, a water purifier 26 is provided in the inner container 3 so that the stored liquid is purified by heat convection by heating and discharge flow. The water purifier 26 is provided with a filter 3 in a flat water purification case 34 forming the main body.
5 is housed, and a fitting 36 provided at a lower portion is removably fitted into a discharge port 37 of the inner container 3 which communicates with the spouting path 5 via an intermediary.

The other configuration is the same as the configuration shown in FIG. 1, and a detailed description will be omitted.

In the configuration of the lid 6 provided with the manual bellows pump 50, as shown in FIG. 4, the height M of the inner container 3 at the full position A is adjusted by the top surface 6a of the lid 6. Is formed by adding the height F between the bottom surface 3b of the inner container 3 and the bottom surface 2a of the outer case 2 to the height F between the upper surface of the push plate 33 and the back surface 6b of the lid 6. Low (Y <F
+ S) so that the height of the entire body can be designed to be compact.

The height M of the inner container 3 at the full position A is shown in FIG.
The water purifier 26 is located at a height J substantially the same as or close to the height thereof.
The top surface 26a of the water purification case 34 forming the main body of FIG.

With such a structure, the water purifier 26 is immersed to the full position A of the inner container 3 in conjunction with the lowering of the inner container 3, and the inner solution is stored. Regardless of the amount, the water purification operation can be performed substantially evenly.

In the configuration shown in FIG. 3, as in the configuration shown in FIG. 2, as shown in FIG.
The inner diameter of the inner container is formed longer (N> Y) than the height Y from the bottom surface 3b to the opening 3a of the inner container 3, and an inner container capable of storing the same volume of hot water as the conventional inner container is used. However, the whole body can be configured so that the height of the whole body is low, which gives a sense of stability and storage even when performing a pour operation or when an external shock is applied. It can also be used in the state of being stored or stored in a cupboard or a storage space with a limited height space, resulting in compactness.

The height M of the inner container 3 at the water filling position A is formed to be approximately 3/4 or lower than the height from the bottom surface 3b of the inner container 3 to the opening 3a. The height of this inner container can be reduced by using an inner container capable of storing hot water up to the full water level of the conventional inner container, and as a result, the container can be maintained without changing the capacity of the inner container. The overall height can be reduced to provide a sense of stability and compactness.

Further, the diameter dimension H of the surface heater 4 is
Formed longer than the height dimension M of the full water position A (H> M),
Even when an inner container capable of storing the same volume of hot water as a conventional inner container is used, the height of the entire container can be reduced to provide a sense of stability and compactness. At the same time, the heating area of the surface heater 4 can be formed to be large corresponding to the inner diameter N of the inner container 3, and by increasing the heating area of the surface heater, the time until boiling can be shortened. it can.

Further, the height dimension T of the spout 15 for selectively pouring the contents liquid through the pouring path 5 by the manual bellows pump 27 or the electric pump 7 as the pouring means is adjusted from the back surface 2a of the outer case 2 to the contents. The container 3 can be formed to have a height (T> K) higher than the height dimension M of the container 3 up to the full position A, so that the height of the entire container can be reduced, resulting in a sense of stability and compactness In addition to the effect of having a certain quality, it can be used without problems even for general use baby bottles, teapots, cups and other liquid receiving containers despite the fact that the entire body has been lowered I am trying to be.

In this configuration, the stored liquid is supplied to the electric pump 7 and the manual bellows pump 50.
Although the embodiment in the case of an electric pot which can be selectively used to discharge to the outside through one spouting channel 5 and use it has been described, the present invention is not limited to the electric pot having this configuration. , As in the first embodiment,
The present invention can be applied not only to the one in which the electric pump is poured out alone but also the one in which the manual bellows pump is poured out alone. The invention can also be applied to electric pots used for various uses.

[0059]

According to the electric pot of the present invention, the outer case constituting the outer body of the container, the inner container accommodated in the outer case, and the content liquid in the inner container are heated and heated. Heating means for maintaining the temperature and heat, a lid of a vessel having a steam passage for allowing steam generated in the inner vessel to escape to the outside from a steam outlet, and discharging the content liquid stored in the inner vessel through an injection passage. In an electric pot provided with a pouring means, the inner diameter of the inner container is formed to be longer than the height from the bottom to the opening of the inner container, so that the same volume of hot water as the conventional inner container can be stored. Even if a container is used, the entire container can be configured so that the height of the entire container is low, so that it is stable even when pouring operation or when an external impact is applied. Cupboards with limited storage space Also it becomes what compactness can now be used in a state of being housed or accommodated in paying box.

According to the electric pot of the second aspect of the present invention, the inner container housed in the container, heating means for heating the content liquid in the inner container to make it hot and keep warm, and the inner container, An electric pot provided with a lid of a vessel having a steam passage for allowing steam generated inside to escape from a steam outlet to the outside, and a pouring means for pouring a content liquid stored in the inner container through a pouring path. By forming the outer diameter of the outer case longer than the height from the back of the outer case to the top surface of the lid, the inner container is adjusted to the outer shape of the outer case,
The inner container that can store the same volume of hot water as the conventional inner container can be used, and the height of the entire container can be made low, so that when performing the pouring operation or the impact from the outside, Even when it is added, a sense of stability is generated, and it can be used in a cupboard or storage having a limited storage height space, or can be used in a stored state, resulting in compactness.

According to the electric pot of the present invention, the inner container housed in the inner container, the heating means for heating the liquid in the inner container to heat and keep the water, and the inner container An electric pot provided with a lid of a vessel having a steam passage for allowing steam generated inside to escape from a steam outlet to the outside, and a pouring means for pouring a content liquid stored in the inner container through a pouring path. The height of the inner container at the water filling position is approximately 3/4 or lower than the height from the bottom to the opening of the inner container, so that the inner container has the same capacity as the conventional inner container. By using an inner container that can store hot water to the full water level, the height of the inner container can be reduced, and as a result,
The height of the whole body can be reduced without changing the capacity of the inner container, so that a sense of stability is produced and compactness is obtained.

Further, according to the electric pot of the present invention, the inner container housed in the container, heating means for heating the content liquid in the inner container to heat the water or keep the temperature, and the inner container An electric pot provided with a lid of a vessel having a steam passage for allowing steam generated inside to escape from a steam outlet to the outside, and a pouring means for pouring a content liquid stored in the inner container through a pouring path. The heating means is constituted by a surface heater on a disk which is in contact with the back surface of the inner container, and the diameter of the surface heater is formed longer than the height of the inner container at the full-fill position. Even when an inner container capable of storing the same volume of hot water as the container is used, the height of the entire container can be reduced so that a sense of stability is generated and the device has compactness. The heating area of the surface heater to the inner diameter of the inner container Can be larger correspondingly, it is possible to shorten the time until boiling by increasing the heating area of the surface heater.

According to the electric pot of the present invention, the inner container accommodated in the container, the heating means for heating the content liquid in the inner container to heat the water and keep the temperature, and the inner container An electric pot provided with a lid of a vessel having a steam passage for allowing steam generated inside to escape from a steam outlet to the outside, and a pouring means for pouring a content liquid stored in the inner container through a pouring path. , The height of the inner container at the full position is lower than the height of the height between the top and back of the lid plus the height between the back of the inner container and the back of the outer case With the formation, the height of the entire body can be designed to be compact, and a further sense of stability that can be added to the above-described operation can be obtained.

Further, according to the electric pot of the present invention, the inner container housed in the container, heating means for heating the content liquid in the inner container to make it hot and keep warm, and the inner container, An electric pot provided with a lid of a vessel having a steam passage for allowing steam generated inside to escape from a steam outlet to the outside, and a pouring means for pouring a content liquid stored in the inner container through a pouring path. The height dimension of the spout for discharging the content liquid through the pouring path by the pouring means is formed higher than the height dimension from the back surface of the outer case to the full position of the inner container. In addition to the effect of being able to be configured so that the height of the tall is low and providing a sense of stability and compactness, in addition to the fact that the entire body is lowered, a baby bottle and a teapot for general use are used. , Cups and other liquid receiving containers can be used without any problems. Yellow, it becomes good of selfish use.

[Brief description of the drawings]

FIG. 1 is a sectional view of an electric pot according to Embodiment 1 of the present invention.

FIG. 2 is a dimensional view of the electric pot in FIG.

FIG. 3 is a sectional view of an electric pot according to Embodiment 2 of the present invention.

FIG. 4 is a dimensional view of the electric pot in FIG. 2;

FIG. 5 is a sectional view of an electric pot showing a conventional example.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Container body 2 Outer case 2a Back surface 3 Inner container 3a Opening 3b Bottom surface 4 Heater 5 Discharge path 6 Lid 6a Top surface 7 Electric pump 16 Bottom plate N Inner container body inner diameter H Heater diameter G Outer case outer diameter T Outlet position height Dimension K Full water height J Water purifier height M Full water height Y Inner container height Z Body height F Lid height S Bottom space height

Claims (6)

[Claims] 1. An outer case serving as an outer body of a container, an inner container accommodated in the outer case, a heating means for heating a content liquid in the inner container to heat and maintain the temperature, and a heater generated in the inner container. An electric pot having a lid of a vessel having a steam passage for allowing steam to escape from a steam outlet to the outside, and a pouring means for pouring a content liquid stored in the inner container through a pouring path,
An electric pot characterized in that the inner diameter of the inner container is formed longer than the height from the bottom to the opening of the inner container. 2. An inner container housed in a container, a heating means for heating a liquid content in the inner container to heat and keep the water therein, and a steam passage for releasing steam generated in the inner container from a steam outlet to the outside. In the electric pot provided with a lid of a vessel having a container, and a pouring means for discharging the hot liquid stored in the inner container through a pouring path, the outer diameter of the outer case is changed from the back of the outer case to the lid. An electric pot formed to be longer than a height dimension to a body top surface. 3. An inner container housed in a container, a heating means for heating a content liquid in the inner container to heat and keep the water warm, and a steam passage for releasing steam generated in the inner container from a steam outlet to the outside. In an electric pot equipped with a lid of a vessel having a container and a pouring means for pouring out the content liquid stored in the inner vessel through a pouring path, a height dimension from a bottom surface of the inner vessel to an opening is provided. The electric pot according to claim 1, wherein the height of the inner container at the full position is formed to be approximately ／ or lower. 4. An inner container housed in a container, a heating means for heating a liquid contained in the inner container to heat and keep the water therein, and a steam passage for releasing steam generated in the inner container from a steam outlet to the outside. Wherein the heating means is in contact with the back surface of the inner container, the lid including a lid having a container, and a pouring means for pouring the content liquid stored in the inner vessel through a pouring path. An electric pot comprising a surface heater on a disk, wherein the diameter of the surface heater is formed to be longer than the height of the inner container at the full position. 5. An inner container housed in a container, a heating means for heating a content liquid in the inner container to heat and maintain the temperature, and a steam passage for releasing steam generated in the inner container from a steam outlet to the outside. In the electric pot provided with a lid of a container having a container, and a pouring means for discharging the hot liquid stored in the inner container through a pouring path, the height of the full position of the inner container is set to the lid, The height of the inner case and the height of the back of the outer case are added to the height between the top and the back of the inner case and the height of the back of the outer case. An electric pot as described in Crab. 6. An inner container housed in an inner container, a heating means for heating a content liquid in the inner container to heat and keep water, and a steam passage for releasing steam generated in the inner container from a steam outlet to the outside. An electric pot comprising a lid of a vessel having a container and a pouring means for pouring out the content liquid stored in the inner container through a pouring path, wherein the pouring means pours the content liquid through the pouring path. The electric pot according to any one of claims 1 to 5, wherein a height dimension of the spout is formed to be higher than a height dimension from a back surface of the outer case to a full position of the inner container.