JPS6072517A - Liquid heating container - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention]

Technique 4 (Field J) This invention relates to liquid heating containers, and in addition, it can be used to heat liquids to prevent dry cooking. ) related to vessels. <Prior art> Conventionally, an inner container was installed inside an outer case, and a heating element was further installed at the lower part of the inner container, so that the lagoon inside the inner container was increased by 81 cm.
i rose again

[Keep it in high humidity 1:'i L/I: I made it possible to do () 4] Yuru Denki Boll-/J<
It is also known as the 81i body heating vessel. In this case, the heating element is immersed in water or boiling water, and the electrical insulation is added to the front bottom (the watertight structure becomes complicated and the size increases. There was some embarrassment. Mako attached the kidney heating body to the outside of the inner container.
)1. :(Do you know that 17i1 f has some problems in terms of thermal efficiency compared to direct heating?
child. Considering this point, what about the applicant? 1-Liquid +111 *'! A ceramic heater was installed integrally with the output pipe. Container I Q: i A
'r application has become tj, but if the internal) degree is set to optimal thirst], or if the internal anchor is abnormally fj? There is a problem in that the ceramic heater continues to be energized even when it is dry (dry cooking state U, 'l). This optical type has a ceramic heater installed inside the inner container to improve heating efficiency, and a temperature sensor installed near the ceramic heater to accurately and quickly detect quality changes. Effectively prevents cooking or controls water temperature to 31t
L ll7ruJ, sea urchin, and also Hiramikji Ichiyo are pumped up and positioned below the river surface to prevent dry cooking.
The liquid heating container of the present invention has an inner container in an outer case, A liquid with a dispensing vibrator in the middle container (with the main heating container set, a helical heater for heating the liquid is installed inside the middle container, at a position near the ceramic heater) Install a ceramic heater? (1°t, t/N 121 degrees below the surface of the water that can be pumped out)
There is. <Example> Hereinafter, an example will be described in detail with reference to the drawings. FIG. 1 is a vertical sectional side view showing an embodiment of an electric bottle I~ as a liquid heating container. (1) 1. This is the exterior case of L electric box 1-, (2
) is a medium container composed of J, J, and (3)
) is the pouring pipe inserted into the medium container (2), and (4
)teeth? It is a discharge vibrator that communicates with the i-kawade eve (3), (5) there is a brush ramic heater C, and (6) is a device unit installed in the part of the outer case (1) so that it can be opened and closed. be. To explain in more detail, the outer case (1) is formed into a cylindrical shape with a predetermined diameter, and has a middle container (2
) Pull out the support (11) for the support J-1I and fit it into the shape of a ``1'', and then rotate the support (11) onto the ll5 board (12). (13) is the socket 1 for connecting the electrical cable, (14) is the magnetic plug, and (15) is the socket between the upper end of the metering body [4 in one part, 4 Then, there is a vacuum duplex 11j (21's part 1; the 11th part is supported immovably, and 1 part Ue is placed in 'I'Rir1'. Also, (16) is the switch thread that cuts off the current to the ceramic heater. The Tagawa pipe (4) passes through the specified position of the lower part 4J (1! Dodomo and others 9i: Below [1 member (15) facing downward outside. However, for the part facing the inner listening room C, a downward curved pipe (41) is installed In order to install a connecting pipe (43) that communicates the discharge bar 7p (/l) and the downward curved pipe (41), the 6th outlet pipe (
3) can be easily carried out. Container 1 Outlet 1 (3) has a cylindrical body ζ゛ made of ramic, the upper end of which is fitted into the curved tube (41) facing the opposite direction, and the lower end of which is slightly lower than the inner bottom surface of the vacuum double bottle (2). -1 is positioned so that it is placed on one side (<I-).
At the upper end of +, a moisture-sensitive resistor (52) is integrally sintered between the lamic layers (!+I) (to form a temperature-sensitive element (53) as a temperature sensor, !Ba; in 4-jj of Hiito Ryo (53) (13), [lamic layer (ll
1) Between the resistance IA (M) and the sintering J,
Form the sushi chisel heater (5), and place it slightly above the lamic heater), and place the pouring vibrator (
3) A pumping hole (32) named U1 is installed in the side wall of the hole. Also, install a bottom wall at the lower end of )] Exit/(3).
A drain hole (38) is provided in this bottom wall. Furthermore, (ll6) (57) 1.i This is a lead wire buried in the side wall of the pouring pipe (3), and the lead wire (5G ) to electrically connect the C connectors 1 to (13) to the ceramic heater), and connect the lead wire (57) to J and the temperature sensing element (53) to the flill 1111 circuit. The lead wires (5G> (57) are connected at equal intervals of ζ1 to h).
It is immediately installed on the outlet pipe (3), but the lead wire (,'
iG>(57) is connected to the part where C) is pulled out from the pouring pipe (3), these lead wires (5G) (57)
q-1 is approached by U and J Taly, but the lead wire (56
) (!i7) The drawer part smells (, these lead wires (!
5(i) Install a waterproof hand (39) made of rubber or the like that holds (57) in one direction with the output pipe (3). Pull out the lead wire (5G) (57). The part is covered with silicone rubber.
21 and a plug (61) that closes the upper end of the opening.
Upper bomb ([i2), +-+ Tsu'y lever (G3) Try jL/"Connection end at CA3" (
J3 was on the right side of Figure 1 and it was kidnapped (1!+).
It is connected to 111u which can be rotated ten times. In addition, (04) and (65) are presser feet, and presser foot (64)
) is placed on the presser foot M (6!
Katsu is J to 4a (6G), and it is J, and Bellows is 'j, -1-,)y pump (6
2) is opened between the upper ends to prevent abnormal R pressure within the vacuum double layer (2). . Figure 33 (This is an electric circuit diagram of Yodenkibo 1~, 1^1
A reference voltage J is applied to the constant resistors (71) and (72), and a reference voltage is applied to the output terminal of the comparator (74), which is applied with a comparison voltage by the fixed resistor (73) and the moisture sensing element (53). -Switch (75) J3 and relay coil (17) are connected in series. Soshi-C1 Relay-” Ile (77)
The normally closed terminal (18) driven by the moisture sensitive element f (53
) series connection L/, other normally closed iii r (7!I
>', r L Connect in series with the Nomitsuku heater (5),
1:3 terminal (80) and alarm element (81) such as pre-
and Reretsu 1-Switzbu (7G) are connected in series. In addition, Kanpuku Kenko (!i3) has positive resistance-temperature characteristics.
Then J3, Riren 1 ~ Suitsuji (7!+) <7
6> is a normally closed switch that is linked to H. The operation of the electric kettle with the above configuration is as follows. Inquire about Tsubame Units 1-(6), fill water inside the vacuum duplex 11i (21), then insert the magnetic plugs (14) into sockets 1-(13), and the Hiramic Heater (1
By passing electricity through )), water can be heated and crystallized. Therefore, after the ceramic heater (5) is molded for a predetermined length of 11.1 minutes, the presser cover (64) is attached together with the presser foot (65).
To push it up, it's a mortar type "near bone-1"
(62), thereby causing the lagoon in the vacuum double layer (2), ? L-Out pipe (3) OJ: Is it possible to take it out to the outside through the 1-out pipe (/l)? If this is done, the suspension of the lagoon inside the vacuum two-wheel bottle (2) will be reduced, but the pumping hole (3) of the dispensing vibrator (3) will be
32) is exposed on the mud surface, the upper back of the vacuum bottle (2) attached to the bellows-type horn pump (62) should be removed from the pumping hole (32). Since it is released into the atmosphere through the pouring pipe (3) Onibida Paizo (/l), the surface of the lagoon is not lowered and the ceramic is completely immersed in the mud. Keep it oiled and oiled.
), ■ - Output +: (), 1. Direction curved pipe (41)
, Y' of the plug body (61), ;li'+ ji! I+
C is to prevent R from happening. The following 1- is the operation of Ik'l, and it is possible to reliably prevent dry cooking. 11#i (If the U ramic heater f!'51 is energized without any water inside 21, it will be in a dry cooking state, and the humidity detected by the temperature sensing element (53) will be 1.
00℃ or higher 1- Howl. Therefore, C relay coil (
77), shuts off the power to the ceramic heater (RI'\), and energizes the alarm controller (81) to notify the abnormal state. J3, relay': 1il (7
7), the normally closed terminal (78) becomes 0111, so even if the humidity detected by the thermosensing element (53) is low, the relay coil (77) continues to be energized, causing the ceramic to -
([5]) is kept in the energized state. In addition, when removing the TUi cutoff state of the Hiramic heater (5), manually operate the 0 to 1- Do-no-4
0ma,j,i1. In this case, if you forget to add water and operate Rishitsu 1 - Sweets y (15) 1'1,
Also, in order to enter the dry cooking state, it is possible to cut off the power supply to the heater (5) and activate the alarm element (81) in the same way as described above. In the above example, I feel like, ``, feeling?!;
> There is 6U near the lamic heater (5), so H
Immediately detects the change in 1f wear, detects the dry cooking state, and activates the dry cooking prevention 11.
However, -11 empty meals paid! 1st (J), which detected the
) can be brought into a state in which the current is turned on. , 1, IC, Sense 1RrlA': Avoid positioning r (!IJ) near the Regimic controller (:)), and make sure that the lamic pipe itself connects these 1 stages to λ1! There is no need to set up a special means of handling, and there is no need to set up special means for handling.
That's easy! Hisa (), and direct heating with a remic heater (5) and a moisture-sensitive element (!
It also has the effect of increasing the heating rate and increasing the temperature change detectability by direct sensing by i3).J In the example of IC1 sales, there is no difference in size between the "C pumping hole (32)" and the drain hole "38". )
J, If the person is alone, drive the bellows type ABOMP <62> - CX: J, The internal pressure of the empty two small bottles (2) will be removed from the lifting platform with a considerable hanging lagoon as a drainage hole. (38) is taken out through the Pipe (: JI Jj Yohi Tagawa Vibrator (4). Then, to the Biramic Heater)) to the water surface II'/, '+Fi. ,
8J Jj
There are each. Therefore, by closing the g
However, when removing the spout pipe (3), it is difficult to remove the inside of the spout pipe (3). -+'J fiI8, so the size of the water 1 friend hole (38) is the same as the pumping hole (32).
J, the sushi is small and will interfere with the water draining work (it is preferable that the ball is not small and has a constant L1 diameter. (7
1) Switch to (72) J: and switch to 10 port 1 (83
) (3i Misera Co., Ltd. μP C1701C) based on the non-inverting input terminal 4 of i, lt electric moon - heavy weight j, b, temperature sensitive cord (53) and resistor (73) J, 1 [ ” Pol 1
- Insert a comparative weight into the inverting input terminal 3 of the switch (83).
Eh, U Robo 1 - Pulse output terminal 6 of switch (83)
A pulse signal from 1 to 1 is applied to the gate terminals of 1 to 1 to 1. Then, the comparator output terminal r2 is connected to the connection point of resistor (71) (72).
To prevent dry cooking, it is possible to maintain the energization state 1-i to the resistive heater (:)) after detecting the dry cooking state. Figure 5 shows the 131t ton (5)
3) What is the relationship between the temperature lens (53) and the pouring pipe (
The point () installed at the bottom of the liquid passage in 3) and the temperature sensor (!).
There is only the configuration of i3). In this implementation series, the crystallinity υ (53) is determined by the switching J'' with the constant temperature 11ti as the critical
It consists of a real reed switch, a thermally responsive displacement switch, a shape memory alloy switch, etc., and is housed in a sealed box (53a).
A spout pipe (33) with a water hole (38) built into it is supported by the bottom wall and a switching element for controlling the energization to the resistive heater (3) The parallel is I! (Then, connect the lead wire (57) drawn out from the sealed box (53a) to the silicone rubber, etc.)
Waterproof band (53b) made of rubber etc.
) to make it waterproof, and then insert the lead wire through the insertion hole formed at the -L end of 3) or the specified position of the connecting pipe (43) into the spout pipe (not shown). (57
) is pulled out to the vertical part of the vacuum duplex 1114 (21).Here, avoid the insertion hole (J, bagging (not shown), and insert the This prevents leakage.Also, by forming the upper leg (53c) of the sealed box (!i3a), the water drain hole (38)
It is made to be a J that does not block rJ1. I1-1
However, it is not possible to separately provide a switching element for controlling energization to the resistic heater. Therefore, similarly to each of the above embodiments, detection of the empty cooking Z■ state,
Preventing dry cooking, after detecting the dry cooking state, d Cut off the electricity to the lamic heater (5).
=i can. FIG. 6 is a longitudinal sectional side view of an electric box 1~ according to yet another embodiment, and shows the differences from the embodiment shown in FIG.
4%" The fact that a stainless steel medium container was used instead of a two-wheeled container was used, and the bottom plate of the medium-sized container was passed through U1. Explanation: (1) has an outer case.
(Medium container made of 2N nonless material (゛(Rari), (3) is a dispensing vibrator, (4) is a discharge pipe, (5)
(I) is attached to the lid 1. When the outer case (1) is attached to the inner container (2) and the support (11), ), and further includes a timer (17) and an inward flange (18) that supports the upper end flange (22) of the medium container (2). <23> is a lid body; The upper end flange (24) is supported by the upper end flange (22) of the middle container (2) with an appropriately shaped packing (25) interposed therebetween. 3) is a pumping pipe (33) located inside the medium container (2) and a supply pipe (34) located at the upper part of the container body (23).
) and connect both pipes with a water stop ball (3G) inside.
Air passage (37) that conducts current to the top and bottom of the bottom
are communicated with each other by a connecting pipe (35). Discharge pipe (/IN via auxiliary pipe (44)!Sa1
．． ! (Uζ supply pipe 34) Doren) Iil J5?
+li I move forward and backward in the axial direction of the bazo (44), and the door that is taken by the /7-base (1) hits the protruding body (4!i) and is pulled out. Turn the protrusion (4G) that stops the movement in the direction to the right, operate J < 47) and forcibly push in the C protrusion (45) to completely handle the discharge pipe (4) ( [) I'm in a good mood. still,
- The auxiliary vibrator (44) is screwed into the second side tab (19) of the outer case (1). In addition, replace the lid unit h (61 with the l\1''type'' bomb (62), and replace the base with the J-no' pump (62).
62) Drive presser cover (65), spring (fi(i)
, turn the blockage U (67) to the right, and then turn the lever 1"
63) IjL/-7: There is. The configuration of the connecting portion between the ceramic heater (t5) and the inner container (2) is as follows. Gaisho with a tsuba on the upper end (5
8) is installed on the bottom plate of the medium container (2). Pass it through the hole (fix it with silver solder welding, etc.), then pass the lamic heater (5) through the outer hole (58). Attach C to the C silver solder cR, and finally attach J to the support (59) to attach the outer cylinder (
58) lIj J: Covers the lower part of the ceramic heater (5). In addition, a moisture-sensitive element r (!13> is formed on the ceramic heater (5), and the l+'/1 value of the ceramic heater (5) is added to the ceramic heater (5). 3
3) It should be set below the lower end frontage. Therefore, if J is used in this embodiment, then the actual J shown in FIG.
Heat in the same way as M M * Rl! i! Wow 4J!
It can prevent full cooking, dry cooking, and abnormal heating of various parts, and can also maintain the dry cooking prevention state.In addition, the 21-output via Ca+ can be removed and easily checked. In addition, since the medium container (2) is made of stainless steel, it is possible to apply strong polishing of λ・1 to one stroke, etc., and polish it by 1-V. Ceramic heater (()) and temperature sensing element (5) are installed.
3) The shape of IJ1 is not limited to the rod shape shown in Fig. 6, but it may be formed into a cylindrical shape, the lead wire is pulled out from inside the cylindrical shape, and the end of the cylindrical part is closed (>nJ capability). Figure 7 is an electrical circuit diagram of an embodiment using a computer with a microphone CI = 1 (with a fixed resistor (7) connected in series).
3) J3J and temperature sensing element (53) connection pyroelectric 1-1'V
Capacitor connected in series with L→Jri84. ), OJ, and contents i+:',
1 space IMA (Figure 12 ・J-) r
iJ variable capacitor (8!1) (7) I continuous point voltage 11[V
2ヲ、I / 0 hoh (8(i) wo through CCP
Input U (87), and ceramic heater (()
) Controls the energization to the triac (82) 1 to 9; 1: Controls the energization to the alarm element (81) 1
Base of J switching transistor (88) ☆η:
f, OJ, H The output Il of CI)U (87) is connected to the control terminal of the drive circuit (90) that drives the LED array (89);
1] is applied through the 110 boat (86). In addition, CP LJ (+17) is
Built-in OM, RAM, CI OCK, etc. In this case, the effect is 7+ in Figure ε3: + -11・-1
After energizing the J3 heater (5) in step 2, the amount of water inside the medium container (2) or the glaze described above is pumped up in step 2. Determine whether or not...1. Then, pump it up (if the water or lake reaches the set temperature in step ①, check whether the temperature of the water or lake reaches the set temperature or not) and then pump the water to the set temperature.
j 4'L step (step 43 at ■), think of energizing the ceramic heater(ri), and if it does not turn on, step again (repeat the operation above ω. Water or hot water is pumped up in
In this case, if it is determined that the product is not a good fit, turn off the alarm element (81 ) to drive 4, which will surely prevent dry cooking.
Notify the water or 4A that the amount of water or 4A has decreased.
2) Inside the water fork (,
6. [C]
If so, the ceramic heater continues to be energized and the alarm element (81) continues to be driven. If you check the alarm and pour water or sludge into the medium container (2), go to step J3 and when the amount of water or sludge in the medium container (2) has reached the amount that can be pumped up, it will be filled. At step ■, J3 drives the alarm cord (81) l'-1t, L/, iI.
Repeat the above actions for Stella 1 and above. That is, if there is enough water or lagoon or people in the medium container (2), the detection path of temperature U (53) will reach 11 degrees.
By energizing the ceramic heater (5) with a response μm or cutting off the energization, it is possible to constantly maintain the temperature of the heater at the set temperature. However, there are a few 4 pieces in the medium container (2).
I: If there is only foreign water or a lake in the water, activate the alarm cord (81) to exhale and turn on the power to the ceramic heater (5)...l L7 ('
It is possible to prevent 61" cooking from occurring. Therefore, when resetting the state in which power is cut off to the ceramic heater (!5), it is sufficient to simply pour water or hot water into the medium container (2). Unlike when using a manual method, the amount of water or lagoon is small. Accept the example (J electrical circuit diagram C included,
The difference is that a current relay (91) is connected in series with the hot nail sensor (53). To explain it roughly and in detail, the normally open terminal (92) of the current relay (91) is connected in series with the ceramic heater (5)).
Then, the other normally open terminal (93) is connected in series with the current relay (91), and the 1: Kimon terminal (94) is directly connected to the alarm element (81). Set 1
- The switch (75) is connected in parallel with the normally open terminal (93), and the normally closed relay 1 switch (76) is connected in parallel with the normally open terminal (93).
94) and ii'1 column are connected. In addition, the relen 1 switch (76) is connected to the hit switch 7 (75), and the ret switch (75) is connected to the normally open terminal (93). The current relay (91) is self-holding and energizes the biramic contact (5) through the normally open terminal (92) to heat the water inside the inner container (2), causing it to become warmer. Possible. : 1: If the water in the medium container (2) (f/- is low in the ceramic heater (5) J, low/, 1, then the water in the medium container (2) is wet (53)
When the detected temperature exceeds 100'C, the resistance of (53) increases and the current relay (91)
Since the current value flowing through the terminal is below the critical level, the normally open terminal (9
2) turns OFF and turns off the current to the ramic heater (5), and the normally open terminal (94) turns ON and activates the alarm element (81). Since the normally open terminal (93) becomes OF +- at the same time, the power supply to the ceramic heater (5) is kept cut off, and even if the temperature detected by the humidity sensor (53) is good or low, the ceramic heater (5) remains in the off state. No electricity is applied to the heater (5). Then energize the lamic heater (5); 1! To release the navel state, all you have to do is turn ON Reren 1 to Sweet'f-(75), and heat and raise the temperature in the same way as above. FIG. 1 is a central vertical sectional side view showing still another embodiment of the liquid heating container, and the difference from the embodiment shown in FIG. Surudomuni, t” “exit pipe (3)
Separately, inside the vacuum double bottle (2) -1, line protection R+ Iil
(21) -1 of lead wire holding tab (21)
lj nishi lamic heater (ri) and temperature control (h3
) is set close to lj. For a more detailed explanation, see Lee-E'I! if (k:
k'+ n:) (21> Hair, lead wire (!iG)
It is a vibrator with a thickness that allows the (57) to be inserted through the member (11), and the penetrating support 11 is inserted into the predetermined position of the member (15) with the end facing outward. By installing a waterproof backing (22) made of -rm etc. on the upper end,
Lead 1￥A Prevents water from entering the holding space (21) +1-L
/- (There is. Also, cover the lead wire (!iG) (!i7) that protrudes upward through the waterproof backing with silicone etc. to make the waterproof treatment 3 [1! Suddenly,
Each -1 IF; A (5G) <57) - respectively pyramid heater f5) (13J, bi) Crystal IfIL7
It is electrically connected to (53). In addition, the lead wire (
5B) By holding the connection between (57) and the Hiramic heater (ri) and temperature U-un 4J (53) with a rubber q waterproof band (see '?1' in the figure), the waterproofing can be completed more completely. You can also smile. - Instead of supporting the ceramic heater (5) and temperature sensor 1 (53) in a suspended manner by the lead wire (!i6> (57)), 1
1) Heavy weight1. ! l is supported by j on ten pieces μ,
It is also good to prevent unnecessary tension from being applied to the lead wire (!iG) (!i7). In this embodiment, d3C can be heated as well as in the above embodiment, and four sea ft products can be made, and after the lagoon is taken out and no longer smelt, bL! Immerse the lamic heater in dry oil and dry-cook it.゛) Katko feeling 9JI
Figure 11 shows a flIX-degree liquid on the upper end of the pouring vibrator (33) Cooking prevention Shin υ (!io) - rest) 1
3, a Hiramic heater (5) is integrally formed on the JJJ of the dry cooking prevention range (50), and a 4-crystal 1-quality resin lead is added to 1-h of the ceramic heater. Figure 12 shows the electric circuit diagram of the embodiment shown in Figure 11 in a small size.
There is. In other words, the fixed resistors (71) and (72) are J, and the fixed resistors (73) are depleted.
53) to J, (a comparator (74) that can obtain the comparison voltage
) Connect the relay coil (77) to the output terminal of the relay coil (77) (normally closed terminal (79) driven)
I connected a ramic heater (!) to the 91J and 1-C. : 1, dry cooking prevention”un 4゛(50)
and the fixed resistance (9!i) makes the base 7!
A relay coil (96) is connected to the second switching element (99) of the switching 1-non-distorter (99). Then, the relay m=1il (j is driven in 9(i).li
t, the closing terminal (88) is fixed above (8 (71))
', + +lI l3 pile, ゛1; 5 uniform 1 terminal (87)
``2nd dry cooking prevention 11L! N4J<! □IO) and straight line, always 81) end 1' (80) /, g, nori -
Name' no police tlI completion (81) 1 night 1 [1 13
S-Furthermore, the ever-open type glue 1? TS1-SIN (75) wo7:';l:+lfJ F (87) Connect in parallel and reset Sui f(7b)
Connect the mold plate 1 to switch (76) to the terminal between 1 and mark 26 (
80) are connected in series. ShiIkoga-'(,;jrA IAi11i111all
The temperature of the water is detected by the water heater (53) and the energization to the heater (5) is controlled.
It is possible to carry out 1 t, and the dry cooking prevention is 11 thinners (!i0
) Is there an abnormality? When detecting the temperature, the power supply to the heater (5) is cut off to avoid being affected by the temperature detected by the temperature control range (53).
By operating Reset 1 - Sweet J - (7!+), the dry cooking prevention state can be canceled and the water temperature control 911 can be performed. The liquid heating capacity: is limited to the embodiments listed in 1. Is it possible to use it?(・Saa, also, for example, when installing a Hiramic heater for a 1-output ino, remove the ejection vibrator and the ejection pipe together.)
It is also possible to use f1':S, or to use a metal container instead of vacuum duplex 1111i, or to use a ceramic heater). Installed in a high position (can be placed above the pipe)
You can also use the second part as a slanless bar and the remaining part as a ceramic vibrator. In addition, the liquid heating container is limited to the electric bot described in the above embodiment. . Well-known thermos bottle, Eve, Hiramic Heater J
Of course, it is also possible to sinter J3 and Nakana's stage G1 without altering the gist of this invention. It is. <Effect Song> As mentioned above, the liquid of this invention 1" 11 heat capacity: ne; can be heated directly because a separate mixer heater is installed inside the medium container. 1% (Heating efficiency can be improved, and when the resimic heater is placed at the top of the river, below the surface of the river), the liquid can be taken out.
It is possible to effectively prevent dry cooking by keeping the resistive heater immersed in liquid, and furthermore, by installing a four-way sink near the resistive heater, this method can be used. in,
It has the effect of being able to quickly detect changes in water level and control the water level or prevent dry cooking.

[Brief explanation of the drawing]

Figure 1 shows an embodiment of the liquid heating container of the present invention.
l 1lli side view, Fig. 2 is a partially cutaway perspective view of the pouring pipe (3)), Fig. 3 is an electric circuit diagram of the liquid heating container, and Fig. 4 is an electric circuit diagram showing another embodiment 1. , Figure 5 shows the spouting pipe (3
), FIG. 6 is a vertical If11 side view of another embodiment of the liquid heating container, FIG. 117 is an electric circuit diagram of another embodiment of the liquid heating container, and FIG. 8 is a flowchart.
Fig. 10 shows still another embodiment of the electric circuit;
7i side view, Figure 11 is yet another actual f+l! FIG. 12 is a partially cutaway perspective view of the pouring pipe (3), and FIG. 12 is an electric circuit diagram of the embodiment shown in FIG. (1)...Outer case, (2)...Inner container.
(1) 4'4, 1] Two small bottles, 3)...t-1 vibrator, (ri)... Ramic heater, (32)...
・N and" 1 hole, (!+3)...Nsho 1. Rerenridoshi C (face drying element, (77)... 1 as a holding means;
) Closed terminal, (79)...Switching terminal and C's closed terminal. 1st Patent Runner Tiger Magic) 11N Stock Company Sugi” Figure 2 Figure 9

Claims (1)

[Claims] '1. Place the medium container in a 4-cous cup, and place the J outlet pipe into the liquid heating container. A liquid heating container characterized in that a temperature range is provided in the vicinity of the lamic heater, and the lamic heater is placed in the direction F from the water surface of the pouring pipe. 2.L! The above-mentioned feature a'1 claims 1, wherein a ramic heater J: and a temperature range are formed in the pouring pipe, and a pumping hole is provided above the ramic heater J. Liquid heating container. ζ3. Hydraulic heater and temperature control are formed separately from the dispensing vibrator.
Liquid heating container according to item 1. 4.1+n! tI'
1'l i1'l Claim 2nd +t'+ or +
31 (+ +, 1.! Astringent 1.1, heating capacity jjh.