JP2503809B2 - Electric pouring type liquid container - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an electric pouring type liquid container, and more specifically, to a pouring path for guiding the content liquid to the outside of the container, an electric pump for pouring the content liquid through the pouring path, and this electric pump. The present invention relates to an electric pouring type liquid container provided with a pouring operation means to be operated and a liquid amount display section for displaying a liquid amount according to a change in the liquid level of a content liquid.

[0002]

2. Description of the Related Art Liquid containers of this type are widely used in household electric pots. Pressurized and non-pressurized electric pumps are used, and the liquid content is poured out while keys or switches are operated. For this reason, the content liquid is poured out while judging the amount of liquid that is actually stored in a container such as a cup, and when it is determined that the predetermined amount has been reached, the operation of the key or switch is released, Immediately stop the output to prevent excessive pouring.

The remaining amount of the content liquid at any time can be confirmed at any time on the liquid amount display portion, and the content liquid can be replenished and continuously used each time the liquid amount becomes small.

By the way, recently, what is more conveniently used is desired, and it has been considered to preset a predetermined pouring amount required each time so that the set amount can be quantitatively dispensed. .

In this case, in order to set the dispensed amount, it has been proposed that the dispensed amount be set by temporarily operating the numerical value displayed on the display unit which digitally displays the liquid amount.

[0006]

However, when the display amount of the digital display unit is operated to set the amount of dispensed liquid, the numerical operation becomes complicated and difficult to set. Also, although the amount to be dispensed will be set while checking the numerical value display, it is difficult to have an image of changes in the amount to be dispensed corresponding to changes in the values,
The setting is confusing and anxious, which causes confusion and troublesome setting operations.

Therefore, the present invention utilizes a liquid amount display section for displaying the liquid amount according to the change of the liquid level of the content liquid to set the amount of liquid to be dispensed, while clearly having an image of the change of the amount of liquid to be dispensed. An object of the present invention is to provide an electric pouring type liquid container capable of easily setting and pouring the pouring amount.

[0008]

In order to achieve the above-mentioned object, the present invention provides a pouring path for guiding the content liquid to the outside of the body,
An electric pump for pouring the content liquid through the pouring path, a pouring operation means for operating the electric pump, and a liquid volume display section for displaying the liquid volume of the content liquid are provided, and the content liquid is displayed on the liquid volume display section. By the operation of the pouring amount specifying means for specifying the pouring amount of the liquid, the detecting means for detecting the pouring completion state when the pouring amount of the content liquid reaches the specified pouring amount, and the pouring operation means. A control means for operating the electric pump to stop the electric pump by obtaining a detection signal of the pouring completion state from the detecting means is provided.

[0009]

In the above configuration of the present invention, the liquid volume display section displays the current liquid volume according to the change in the liquid volume of the content liquid,
If the expected amount of the next amount to be poured out is determined according to the application, etc., the user can easily know the change in the required amount of liquid obtained by subtracting the amount of the expected amount to be poured from the amount displayed at the present time. Then, the change position can be designated as the pouring amount setting position by the pouring amount designating means, and when the electric pump is operated by the pouring operation means in this state, the content liquid is poured out through the pouring path. When the liquid reaches the pouring amount designating position designated by the pouring amount designating unit, this is detected by the detecting unit as the pouring completion state, and the control unit receives the detection signal of the pouring completion state. Since the electric pump is stopped at this time, it is possible to pour the content liquid in the above-mentioned planned pouring amount without excess or deficiency without the operation of stopping the electric pump and the timing of this operation being carefully judged. Can be used for stool It is.

Further, as the content liquid is reduced, it can be confirmed that the position where the liquid amount is displayed on the liquid amount display portion approaches the specified position for the pour amount. It is easier to use because it is easy to feel how the process has progressed and how much time or amount of liquid is to be poured out.

[0011]

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

FIGS. 1 to 8 show a first embodiment of the present invention, showing an electric pot capable of boiling water and pouring the content liquid by an electric pump of a non-pressurizing type.

As shown in FIG. 1, an inner container 2 is housed in an outer case 3 to form a body 1. The inner container 2 receives an upper end flange by a synthetic resin shoulder member 4 which is forcibly fitted to the upper end of the outer case 3.

A bottom ring 5 made of synthetic resin is applied to the lower end of the outer case 3, and the bottom ring 5 and the bottom of the inner container 2 are connected by a connecting fitting (not shown) to form the outer case 3 and the inner container 2. And the bottom ring 5 are integrated with each other. A bottom lid 10 is attached to the opening of the bottom ring 5 by fitting a plurality of claws provided on the bottom ring 5 and fixing with screws at one place. The rotary seat body 9 is rotatably fitted by the plurality of claws, and the body body 1 can be rotated on the rotary seat body 9 when the body body 1 is stationary.

A pouring path 11 for pouring the content liquid is connected to the bottom of the inner container 2. The pouring path 11 rises in a space between the inner container 2 and the outer case 3 and into a beak-shaped protrusion 12 provided at the front of the shoulder member 4.
The discharge port 19 is bent in a letter shape and opens downward. An electric pump 13 for delivering the content liquid flowing into the pouring path 11 to the discharge port 19 is provided in a portion of the pouring path 11 below the inner container 2 and is driven by a motor.

The content liquid discharged from the discharge port 19 is once exposed to the atmosphere, and then integrally molded with a lower cover 15 attached to the lower part of the beak-like protrusion 12 and attached to the front part of the outer case 3. It is received by the liquid injection guide 16 and guided and injected by the liquid injection guide 16.

The rising portion of the pouring path 11 is the inner container 2
The liquid level display unit 302 for displaying the liquid level at the position of the float 301 by utilizing the same liquid level as above is exposed through the display window 303 provided in the front part of the outer case 3. For this reason, the rising portion of the pouring path 11 is a transparent tube 11a made of glass or resin, and the float 301
Can be seen through from the outside. A transparent plate 304 is provided on the display window 303, and a scale 305 for displaying the liquid amount is provided on the transparent plate 304 or a display plate (not shown) provided on the back of the transparent tube 11a (FIGS. 4 and 5). ).

A magnet 306 is built in the float 301, and a reed switch 312 is provided at a position corresponding to the lower limit liquid level of the float 301 so that the lower limit liquid level can be automatically detected. A water shutoff valve 22 at the time of falling is provided immediately upstream of the bent portion of the spout passage 11.

A bottom heater 61 is provided on the lower surface of the bottom of the inner container 2.
b, 61c are applied.

The bottom heaters 61b and 61c are a water heater and a heat-retaining heater, and the linear bottom heaters 61b and 61c are alternately wound around an annular mica plate, sandwiched between the mica plates, and housed in a case. It is a thing.

A heat shield plate 24 is screwed under the bottom of the inner container 2 using a metal fitting 23, and a pressing spring 28 is sandwiched between the heat shield plate 24 and the back sides of the bottom heaters 61b and 61c. Thereby, the bottom heaters 61b and 61c are pressed against the bottom surface of the bottom of the inner container 2. The electric pump 13 is attached to a part of the heat shield plate 24.

A temperature sensor 33 for sensing the temperature of the content liquid is provided in the through hole at the center of the bottom heaters 61b, 61c.
The sensor 33 has a bottom wall heater 61 by a heat shield wall 34.
bottom heaters 61b, 6 which are thermally isolated from b, 61c
The temperature of the inner container 2 can be accurately detected without the thermal influence of 1c.

The bottom ring 5 is provided with a circuit housing box 41 which opens downward. As a result, the circuit board 48 housed in the circuit housing box 41 is waterproofed against water leakage from above.

A body lid 62 is provided on the upper end of the body 1. The body lid 62 has a hinge pin 6 attached to the shoulder member 4 at the rear portion thereof.
3 is pivotally connected to be openable and closable. This pivoting is performed on the bearing member 64 detachably fitted to the shoulder member 4, and the body lid 62 can be detached by attaching and detaching the bearing member 64. This makes it easy to clean the inside of the container 1 and to supply and discharge the content liquid.

The bearing member 64 is inserted into the concave portion 65 of the shoulder member 4 from above, and one end 68 of the spring 68 is operated around the hinge pin 63 so as to bias the body lid 62 in the opening direction.
By a elastically engaging the locking portion 66 provided in the concave portion 65, the bearing member 64 is securely locked in the mounted state.

To release this, the vessel lid 62 is further rotated in the opening direction from a predetermined open position where the biasing force of the spring 68 acts, and one end 68a of the spring 68 follows this movement, and Since it disengages from the locking portion 66, the bearing member 64 may be lifted together with the body lid 62 in this state.

A lock member 69 is provided at the free end of the body lid 62 to elastically engage the locking portion 71 of the shoulder member 4 by the bias of the spring 72 and lock the body lid 62 in the closed state. Has been.

The lock member 69 is guided forward and backward by a projection 83 formed on the upper surface of the back plate 82 of the body lid 62.

On the slope 75 of the lock member 69, the container lid 6 is attached.
A protrusion 78 at the tip of a lock release lever 77 pivotally attached at the rear by a shaft 76 is in contact with the bearing 150 in the second bearing. The lock release lever 77 is the lock member 69.
When the spring 72 is advanced to the engaging position, it is pushed upward by the slope 75 via the protrusion 78, and the operating portion 79 at the tip end is moved from the upper surface opening 81 of the body lid 62 to the body lid. It is exposed so as to be flush with the surface of 62.

When the operating portion 79 is pushed down in this state, the lock release lever 77 is rotated counterclockwise and the projection 78 is rotated.
The sloping surface 75 of the lock member 69 is pushed by the lock member 69, and the lock member 69 is retracted against the spring 68 to disengage from the locking portion 71. Therefore, the lock of the container lid 62 to the closed state is released. At the time when the lock release is completed, there is play in the direction to release the lock between the lock release lever 77 and the body lid 62, and the body lid 62 is released from the pressing operation of the lock release lever 77. Regardless of whether or not the spring 68 is opened, the spring 68 is slightly rotated in the opening direction.

As a result, the lock member 69 is slightly displaced upward from the position of the locking portion 71, so that the lock member 69 is again moved to the locking portion 71 by a natural operation of releasing the lock and releasing the hand from the operating portion 79. The body lid 62 is automatically opened to the fully opened state by the spring 68 without any engagement.

The lock release lever 77 has a safety member 114.
Has been worked. The safety member 114 is supported on the body lid 62 so as to be slidable in the longitudinal direction of the lock release lever 77. When the operating portion 114a is slid, the locking portion 114b is advanced and retracted below the tip of the lock release lever 77, and the lock release lever 77 is prevented from moving when entering the tip of the lock release lever 77. Prevents easy unlocking.

On the lower surface of the back plate 82 of the container lid 62, the inner container 2
A metal inner lid 85 that closes the rear of the
It is screwed at 0. Outer periphery of inner lid 85 and back plate 82
A seal packing 86 facing the rim of the inner container 2 is sandwiched between the inner packing 85 and the inner lid 85 is in contact with the rim of the inner container 2 at the seal packing 86 when the container lid 62 is closed. The inner container 2 is closed.

A steam passage 87 is provided between the inner lid 85 and the back plate 82 to allow steam generated in the inner container 2 to escape to the outside. The steam passage 87 has an opening 88 to the inner container 2 side in the inner lid 85 and an opening 89 to the outside on the upper surface on the rear side of the container lid 62. A valve chamber 91 fitted to the back plate 82 from below is provided in the opening 88, and a water stop valve 92 for turning over which closes when the body 1 falls is provided in this.

Immediately downstream of this valve chamber 91 is a vessel lid 62.
A reservoir 93 having a wide space reaching the upper part of the vessel 1 is provided, and the container body 1 is turned over either forward or backward, left or right, and the liquid content is not stopped by the water stop valve 92 at the time of the overturn. When the content liquid is to flow out, the content liquid to be flowed out is stored in the reservoir 93, and the outflow to the downstream side is suppressed and prevented until the content liquid overflows.

As a result, the outflow of the content liquid to the outside is suppressed, and it is possible to provide a sufficient time margin for returning the container 1 to the normal state before the outflow to the outside. For this reason, the passage cross-sectional area of the outlet 94 from the reservoir 93 to the downstream side is made small, and the shape of the first reservoir 93 relative to the outlet 94 is defined by the front, rear, left and right directions of the container 1. Various measures have been taken such as having a spread on the upper surface side of the body lid 62.

On one side of the display window 303 serving as the liquid volume display section, a dispense amount designating tool 311 serving as a dispense amount designating means is provided. This dispense amount specifying tool 311 is a magnet 3 built in the float 301 in the transparent tube 11a.
A reed switch 307 that reacts with 06 is connected, and a rubber bush 314 (FIG. 2, FIG. 2, a reed switch 307 portion is attached to a guide bar 313 provided parallel to the transparent tube 11a.
It is supported so as to be vertically slidable via (Fig. 3).

The exterior case 3 is provided with a slit 315 adjacent to the display window 303, and a connecting portion 316 between the dispensing amount designation tool 311 and the reed switch 307 passes through the slit 315 and the dispensing amount designation tool 311 and the reed switch. It is possible to move integrally with the guide bar 313 along with 307.

The pouring amount designating tool 311 is provided with a specific liquid amount display position on the display window 303, specifically on the scale 305, and a change in the liquid amount when the content liquid is poured out, for example, as shown in FIG.
As shown in (a), an index 317 for pointing and designing is provided, and the float 301 at the position where the liquid level of the content liquid has reached the designated liquid amount position is poured as shown in FIG. 5 (b). The reed switch 307 of the dispensing amount designating tool 311 which is moved to the dispensing amount designating position faces the reed switch 307.

The guide bar 313 is supported together with the transparent tube 11a by resin joints 318 and 319 in the middle of the pouring path 11 (FIGS. 2 and 3).

Control circuit 1 mounted on the circuit board 48
00 uses the microcomputer 101 (FIGS. 1 and 6). On the operation panel 201 provided on the upper surface of the beak-shaped protruding portion 12, as shown in FIG. 4, a pouring operation key 102 as a pouring operation means, a fixed amount pouring key 103 for setting a fixed amount pouring mode, a reboiler, Reboiling / descaling key 104 and timer setting key 10 for alternately setting descaling
9, water supply display unit 105 for prompting water supply due to the lower limit liquid level, descaling mode display 106, heat retention mode display 107, boiling mode display 108, timer setting displays 111a to 11
1c, a required operation part such as a fixed amount dispensing mode display 112, and a display part are provided.

FIG. 6 shows a control circuit 100. In the microcomputer 101, as shown in the drawing, the electric and electronic parts related to the various inputs and outputs are an A / D converter 401, a switch circuit 402, a drive circuit 403, and a display circuit 404. Are properly connected via.

The operation control will be described below. FIG. 7 is a flowchart of the main routine showing the main operation control. After the power is turned on, the initial setting of step # 1 is first performed, and then the processing according to various input / output is performed (step # 2). Next, when the boiling process (step # 3) is called and the temperature of the content liquid is lower than the heat retention temperature, that is, when the temperature is low due to the initial supply of water or the addition of the content liquid, reboiling is performed by the reboiling / descaling key 104. When set, the content liquid is controlled to be heated at high speed until boiling in a high capacity state by the bottom surface heaters 61b and 61c.

Subsequently, the heat retention process (step # 4) is called, and after the initial boiling or re-boiling, the bottom heater 61
b, 61c, a small-capacity bottom heater 61 for keeping heat
Only c is turned on and the content liquid is controlled to be kept at a predetermined temperature so that there is no heat loss due to excessive heating.

The bottom heaters 61b and 61c are applied to the bottom surface of the bottom of the inner container 2 to efficiently retain heat by heating in a small capacity energized state, and even when the content liquid is reduced, the bottom heater is lower than the content liquid. The heaters 61b and 61c do not come to the upper side, and in a heat-retaining state where they are easily placed for a long time, it is difficult to invite an empty cooking state, and it is easy to achieve safety in use.

Subsequently, timer processing (step # 5)
Is called and the timer is set by the timer setting key 109, the boiling operation start time is delayed to the time required to boil the content liquid at the timer setting time, and then the delay operation is started to start the boiling operation. To do.

Next, when the descaling process (step # 6) is called and the re-boiling / descaling key 104 is operated in the descaling mode, control is performed so that the boiling operation in step # 3 is continued for a predetermined time. To do. However, the boiling operation may be repeated intermittently to remove the descaling.

Next, the pump operation processing subroutine (step # 7) is called, the electric pump 13 is driven by the pouring operation by the pouring operation key 102 to perform the pouring, and the fixed quantity pouring key 103 is turned on. Only in this case, the dispensing operation in the fixed volume dispensing mode is performed.

Finally, after the other processing (step # 8) is completed, the process returns to step # 2, and the above operation is repeated thereafter.

FIG. 8 shows a flow chart of the pump operation processing subroutine. Explaining this, when the dispensing operation key 102 is turned on (step # 1
1), it is determined whether the fixed amount dispensing key 103 is turned on (step # 12).

If the fixed amount dispensing key 103 is not turned on, it means normal dispensing. Therefore, while the dispensing operation key 102 is turned on, the electric pump 13 is driven to dispense the content liquid (step # 13, # 14).

When the fixed amount dispensing key 103 is turned on in step # 12, the process proceeds to step # 15 and thereafter, the electric pump 13 and the fixed amount dispensing mode display 112 are turned on to start the fixed amount dispensing operation (step # 15. , # 16), when the liquid level of the content liquid reaches the liquid level at the predetermined pouring amount position specified by the pouring amount specifying device 311, the magnet 306 of the float 301 causes the reed switch of the pouring amount specifying device 311. Thirty
Since this is turned on in opposition to No. 7, when this is confirmed (step # 17), the fixed amount dispensing mode display 112 and the electric pump 13 are turned off to end the fixed amount dispensing operation.

In short, the display window 303 displays the liquid amount at the present time according to the change of the liquid amount of the content liquid by means of the scale 305, and the planned amount of the next liquid to be poured can be determined according to the application etc. In this case, the user can easily know the change in the required liquid amount obtained by subtracting the planned amount to be poured from the liquid amount displayed at the present time, and the change position on the scale 305 can be used as the pouring amount setting position. Can be designated by the dispensing amount designation tool 311. When the pouring operation key 102 is operated to operate the electric pump 13 in the state where the pouring amount designated position is indicated, the content liquid is poured out through the pouring path 11. Then, when the content liquid reaches the liquid amount position designated by the dispensing amount designating tool 311, the magnet as the detecting means and the reed switch 307 face each other and are detected as the dispensing completion state, and the controlling means. Since the control circuit 100, which is the above, stops the electric pump 13 based on this detection signal, the planned amount to be dispensed can be performed without making an operation to stop the electric pump 13 or carefully determining the timing of this operation. It is convenient to use because the content liquid of the minute can be poured out without excess or deficiency.

Further, as the content liquid decreases, the position of the scale 305 displaying the liquid amount on the display window 303 becomes
It can be confirmed that it approaches the pouring amount specified position on the specified scale 305, and it is easy to realize how much the pouring is progressing and how much time or amount of liquid will be poured out. It will be easy.

9 to 11 show a second embodiment of the present invention. As shown in FIG. 9, a liquid amount detection unit 501 based on capacitance is provided at the rising portion of the pouring path 11, and the liquid amount detected by the liquid amount detection unit 501 is gradually displayed on the display window 303 of the body 1. light-emitting diode 502 _{1-502 6} is provided to display.

The liquid amount detecting section 501 is formed by forming an area of the liquid amount detecting section 501 of the pouring path 11 with an insulating tube 11b, and winding a metal foil around the outer surface of the insulating tube 11b to form a first electrode 503. And the insulating pipe 11b and the inner container 2 of the pouring path 11
And a metal tube that is insulated from the first electrode 503 by being connected to the insulating tube 11b by the insulating bush 504 as the second electrode 505.

As a result, the second electrode 505 is connected to the outlet 11
It electrically communicates with the content liquid which maintains the same liquid level as that in the inner container 2, and the content liquid is within the range of the liquid level of the first electrode 50.
3 and the insulating tube 11b to face each other, and an electrostatic capacitance corresponding to the liquid level of the content liquid is generated between them.

This change in capacitance is caused by the first and second electrodes 5
03 and 505 are input to the microcomputer 101 connected as shown in FIG. 10, and the microcomputer 101 determines the liquid level from the capacitance.

[0059] The microcomputer 101 is also connected the light emitting diodes 502 ₁ to 502 _6, or area displayed by all those up to the stage in accordance with the determined liquid level, those steps corresponding to the liquid level 1 One is turned on to display the liquid amount.

[0060] Note that in order to light-emitting diodes 502 ₁ to 502 ₆ be of each two-lamp of the liquid level indicator is lit red, now one are to be lit yellow. This yellow lighting is used as the remaining amount designating means for designating the remaining amount position corresponding to the planned dispensing amount on the display window 303 as in the case of the first embodiment, and the fixed amount dispensing mode is set to continue for a predetermined time. and between the quantitative dispensing key 103 to put off state, each time to turn on the quantitative dispensing key 103, shift the yellow display lighting of the light emitting diodes 502 ₁ to 502 ₆ from the higher ones, one on one of the lower Then, the desired remaining amount position can be designated.

When the specified remaining amount has been designated, the fixed quantity dispensing key 103 may be left in the off state for a predetermined time or longer.

Then, the pouring operation key 102 is operated to start pouring, the liquid level reaches the designated remaining amount, and the red display lighting position for displaying the liquid amount is lit yellow display for displaying the predetermined remaining amount. When it coincides with the position, the electric pump 13 is automatically turned off to stop the fixed amount dispensing.

The subroutine of the pump operation processing in this case is as shown in FIG.

In each of the above-mentioned embodiments, only the case of the non-pressurized pouring type electric pot is shown, but the present invention is not limited to this, and can be similarly applied to the case of using the pressurizing pouring type electric pump. Further, it can be applied to various liquid containers other than the electric pot as described above.

[0065]

According to the present invention, the liquid volume display section displays the current liquid volume according to the change in the liquid volume of the content liquid,
If the expected amount of the next amount to be poured out is determined according to the application, etc., the user can easily know the change in the required amount of liquid obtained by subtracting the amount of the expected amount to be poured from the amount displayed at the present time. Then, the change position can be designated as the pouring amount setting position by the pouring amount designating means, and when the electric pump is operated by the pouring operation means in this state, the content liquid is poured out through the pouring path. When the liquid reaches the pouring amount designated position designated by the pouring amount designating means, this is detected by the detecting means as the pouring completion state, and the control means receives the detection signal of the pouring completion state. Since the electric pump is stopped at this time, it is possible to pour the content liquid in the above-mentioned planned pouring amount without excess or deficiency without the operation of stopping the electric pump and the timing of this operation being carefully judged. Can be used for stool It is.

Further, as the content liquid is reduced, it can be confirmed that the position where the liquid amount is displayed on the liquid amount display portion approaches the above-mentioned specified pouring amount position. It is easier to use because it is easy to feel how the process has progressed and how much time or amount of liquid is to be poured out.

[Brief description of drawings]

FIG. 1 is a vertical sectional view of an electric pot showing a first embodiment of the present invention.

FIG. 2 is a perspective view of a liquid volume display unit.

FIG. 3 is a cross-sectional view of a liquid volume display unit.

FIG. 4 is an external perspective view of an electric pot.

FIG. 5 is a partial front view showing a state where a liquid amount is displayed on a liquid amount display unit and a state where a liquid has been discharged based on this designation.

FIG. 6 is a block diagram of a control circuit.

FIG. 7 is a flowchart showing a main routine of operation control.

FIG. 8 is a flowchart of a pump control subroutine.

FIG. 9 is a partial sectional view of an electric pot showing a second embodiment of the present invention.

FIG. 10 is a block diagram of a control circuit.

FIG. 11 is a flowchart of a pump control subroutine.

[Explanation of symbols]

1 Body 2 Inner Container 11 Discharge Path 13 Electric Pump 100 Control Circuit 101 Microcomputer 102 Dispensing Operation Key 103 Dispensing Dispensing Key 112 Dispensing Mode Display 301 Float 302 Liquid Volume Display 303 Display Window 305 Scale 306 Magnet 307 Reed switch 311 pouring amount specified instrument 317 index 501 liquid quantity detector 502-502 _6-emitting diode 503 first electrode 505 second electrode

Claims (1)

(57) [Claims] And 1. A directing Contents liquid vessel outside pouring outlet, and displays the electric pump to dispense the liquid contents through the pouring outlet, and pour operation means exerting the electric pump, the liquid amount of the liquid content and a solution amount indicator, the amount pouring of the pouring amount fingers <br/> constant means for specifying a pouring amount of the liquid content in the solution amount indicator on, the pouring amount of the content liquid is specified detection means for detecting a completion state pouring reach the exerts the electric pump by operating the dispensing operation means, and control means for stopping the pouring electric pump to obtain a detection signal of completion state from the detecting means An electric pouring type liquid container characterized by being provided with.