WO2006129451A1

WO2006129451A1 - Liquid heating container

Info

Publication number: WO2006129451A1
Application number: PCT/JP2006/309287
Authority: WO
Inventors: Masato Murakami; Yosuke Kojoma
Original assignee: Masato Murakami; Yosuke Kojoma
Priority date: 2005-05-30
Filing date: 2006-05-09
Publication date: 2006-12-07
Also published as: CN101031228A; JPWO2006129451A1; JP4286289B2; US20070227524A1

Abstract

[PROBLEMS] To provide a liquid heating container utilizing a heat generating temperature control agent which is heated by pouring water to generate steam, wherein the quantity of a matter being heated, the quantity of heat generating temperature control agent and quantity of water poured to the heat generating temperature control agent can be regulated, and a heating temperature can be controlled. [MEANS FOR SOLVING PROBLEMS] The liquid heating container comprises a tubular container arranged to contain a water permeating bag encapsulating a predetermined quantity of heat generating temperature control agent, a tubular body A engaging with the upper section of the tubular container removably and having an opening in the bottom with a plurality of ribs being provided at the inner circumferential edge, a can body containing water, coffee or other liquid and being inserted along the ribs of the tubular body, a tubular body B engaging with the tubular body A and having a water supply diffusing unit the front surface of which serving as a water pouring diffusing portion and the rear surface of which serving as a portion for closing the upper end opening of the can body, and a lid also serving as a measuring cup being put over the tubular body B while the opening edge directed downward.

Description

Specification

Liquid heating container

Technical field

Water, coffee, milk, and other objects to be heated can be cooked with steam generated using an exothermic temperature control agent that causes a chemical reaction by water injection, and the amount of the exothermic temperature control agent and the water injection The present invention relates to a liquid heating container capable of adjusting the amount to obtain an appropriate temperature liquid according to the object to be heated.

Background art

[0002] In one container, sake as an object to be heated, a heat generating agent, water for water injection, etc. are stored, and the heat generating agent is usually separated by a separation wall, and the separation wall is broken during use to make the heat generation agent. There is disclosed an example in which water is injected to generate heat, and the water or liquor in the container is heated by the generated steam.

[0003] As an example of a food heater, a safety belt provided in a container is removed, and water is injected when the medicine container is rotated, and the heat generating agent reacts with water to generate steam to heat the food. is there.

Patent Document 1: Japanese Patent Application Laid-Open No. 63-102726

Patent Document 2: Japanese Patent Publication No. 4-76873

Patent Document 3: Japanese Patent Application Laid-Open No. 5-228063

Patent Document 4: Japanese Patent Application Laid-Open No. 2005-8207

Patent Document 5: Japanese Utility Model Application Publication No. 63-160736

Patent document 6: real fair 5-23162

Patent document 7: Utility model registration 3115586 gazette

Patent document 8: Utility model registration 3116128 gazette

Disclosure of the invention

Problem that invention tries to solve

[0004] The problem to be solved is that, when water, the object to be heated, and the heat generating agent are stored in one container in advance, if the types of the object to be heated are different, a large number of containers of various forms are prepared accordingly. It is necessary to select the heating temperature because the amount of the heat-generating agent stored beforehand is fixed.

When water, a heat generating agent and an object to be heated are contained in one container, the power and heat generating agent that generates heat due to the injection of water can be kept safe and dry before use. The problem was how to pour the water isolated in the container into the heat generating agent and how to efficiently transfer the generated steam heat to the water in the can.

[0006] In order to solve this problem, the interior of one container is partitioned and protected with a moisture-proof aluminum foil or the like in order to isolate the contained heat generating agent and water, and when used, it is stiffened and other tips. It was crushed by the thing and the composition of supplying water to the exothermic agent was taken. However, the type and amount of material to be heated and the amount of water injection were limited, and it was considered difficult to adjust the heating temperature due to heat generation. Means to solve the problem

In order to be able to appropriately select the amount of heat generation temperature control agent and the amount of water injection according to the type and amount of the object to be heated, a cylindrical container for containing the heat generation temperature control agent and the object to be heated are accommodated on this cylindrical container. The removable cylinder was releasably engaged.

[0008] Since the cylindrical container and the cylinder are removable and a predetermined amount of heat-generating temperature control agent is prepared in advance, adjustment such as replacing or adding the amount of heat-generating temperature control agent becomes easy, It has become possible to adjust the amount of water injection according to the type and amount of heating material.

The bottom of the cylindrical body is an opening with a large opening area, and a plurality of ribs in the vertical direction are provided on the inner circumferential surface, and a can for accommodating the object to be heated is inserted along the ribs to the opening. The outer edge was kept by the rib.

[0010] The upper end of the can body is covered with the back surface of the water injection dispersion portion or a can with a lid is used, water is dispersed quickly at the time of water injection, and is efficiently supplied to the exothermic temperature control agent.

[0011] The generated vapor intensively heats the bottom of the can through the opening provided at the bottom of the cylinder and is also heated from the outer periphery through the gap between the cylinder and the can . The rising steam did not fly away, but was covered by the measuring cup and lid to some extent.

After heating, the tubular body holding the can was held by hand to inject the object to be heated into a cup or the like.

The configuration will be specifically described below. According to the first aspect of the present invention, there is provided a cylindrical container in which a heat generating temperature control agent that generates heat due to water injection, and a water permeable bag in which a predetermined amount of the heat generation temperature controlling agent is sealed, A cylinder A which is detachably engaged via an engaging portion, has a plurality of ribs vertically formed on the inner peripheral edge, and has an opening at the bottom, water, coffee and other liquids to be heated can be accommodated. The upper end is an opening edge, and the can is inserted and held along the rib of the cylinder A until it reaches the opening, and is attached to the upper part of the cylinder A via the engaging portion, A cylinder B having a water injection dispersion portion whose surface is a water injection dispersion portion and whose back surface is a closed portion closing the upper opening edge of the can body; and a measurement which is covered from the top of the cylinder body B A liquid heating container comprising: a cup and lid; and a gap formed by the ribs between the cylinders A, B and the can.

According to a second aspect of the present invention, there is provided a cylindrical container having a heat generating temperature control agent that generates heat by water injection and a water permeable bag in which a predetermined amount of the heat generation temperature controlling agent is sealed. The inner peripheral edge is provided with a plurality of vertically extending ribs projecting inward, and the projecting outer peripheral portion is provided on the middle outer periphery, and the inner peripheral edge of the projecting outer peripheral portion is engaged with the engaging portion A of the container. A cylindrical body A having a portion B, an engaging portion C at the upper end and an opening at the bottom, and an engaging portion D screwed with the engaging portion C of the cylindrical body A And water is dispersed on the surface inside, and a cylinder B having a water injection portion for closing the can on the back, and is inserted up to the opening along the plurality of ribs of the cylinder A. The can which is held and forms a gap between the can and the cylinder, the water and other objects to be heated contained in the can, and the cylinder with the mouth from the upper end of the cylinder B downward Weighing knife placed above Liquid heating vessel comprising a a and the lid.

[0016] A third invention relates to a cylindrical container in which a heat generating temperature control agent that generates heat due to water injection and a water permeable bag in which a predetermined amount of the heat generating temperature control agent is sealed is contained. A cylindrical body in which a water injection portion is provided which is detachably engaged via an engagement portion and in which an opening edge at the upper end is expanded, an opening portion is provided at a bottom portion, and a plurality of ribs in the vertical direction are protruded at an inner periphery. And a can with a lid which is inserted into the opening along the rib of the cylinder C and which holds the liquid of water, coffee and other objects to be heated, and the mouth from the upper end of the cylinder. And a gap portion formed between the can body and the cylindrical body C.

[0017] In the fourth invention, the cylindrical container and the cylinder are made of heat-insulated, heat-resistant plastic.

[0018] A fifth invention is a granule in which the heat generation temperature control agent comprises quick lime, and the heat generation temperature control agent is A plurality of 0g, 100g or 150g and other fixed amount sealed water-permeable bags are prepared as one pack. By selecting one or more of these packs, the amount of heat-generating temperature control agent suitable for the amount of the object to be heated can be obtained.

The sixth aspect of the invention relates to selection and control of heating conditions corresponding to the amount of the object to be heated in the can by setting the ratio between the amount of heat-generating temperature control agent and the amount of water injection to 1: 1. It will be.

[0020] In the seventh invention, when the cylindrical container and the cylinder are separated, the can containing the object to be heated is kept held by the cylinder.

Effect of the invention

[0021] In the liquid heating container of the present invention, a cylindrical container containing a predetermined amount of a heat generating temperature control agent which generates heat when heated to generate steam, and a cylinder A, a can and a cylinder fixed thereon Engage body B, measuring cup and lid etc. detachably! Therefore, the amount of heat generating temperature control agent can be selected and loaded into the cylindrical container according to the type and amount of the object to be heated, and the temperature of the object to be heated in the can can be appropriately adjusted by measuring and selecting the water injection. It became possible to warm up.

[0022] Several types of heat-permeable temperature control agents can be used, such as 50 g, 100 g, 150 g, etc., so that heat generation temperature control agents can be used over one, several, or several degrees. It is also possible to control the desired temperature by adjusting the amount of water injected by the measuring cup and lid.

[0023] Since the can is held on the side wall by the rib provided on the cylinder, it can be used stably, and can be held and moved by hand while being held by the cylinder after the end of heat generation.

[0024] The liquid heating container is lightweight, and if there is water, it can easily be heated, so it can be used safely indoors and out, and it can be used easily in simple places with no fire, cooking in the camp, underground construction, high-rise buildings It is most suitable for non-flaming work fuels etc. In addition, it can be used for cooking instant food during leisure sports such as camping, fishing, fishing, winter mountain climbing, ski tour rings, etc. It is a convenient liquid that can be applied to emergency food during earthquakes and floods, heating of relief supplies, etc. It was possible to provide a heating container.

BEST MODE FOR CARRYING OUT THE INVENTION

The present invention is a liquid heating container comprising a cylindrical container for selecting and storing the amount of heat-generating temperature control agent, and a cylindrical member which can be detachably engaged with the cylindrical container. First, an appropriate amount of heat-generating temperature control agent was loaded into a heat-insulated, heat-resistant plastic container, and a cylinder was provided above it. The cylindrical container and the cylindrical body are detachably engaged, and the can containing the object to be heated is inserted along the rib of the cylindrical body up to the opening, and the can is cylindrical. It is held stable. Cans can be filled with drinking water, coffee, milk, fruit drinks, and other beverages to be heated.

[0027] The opening edge of the can is covered with the back of the water injection dispersion portion, and the injected water is quickly injected into the exothermic temperature control agent without entering the can (see FIG. 4).

[0028] When using a can with a lid, a wide opening and a water injection portion are provided to facilitate water injection. The injected water is dispersed at the shoulder of the can and immediately injected into the heat-generating temperature control agent. Commercially available lidded coffee cans, juice cans, etc. can be loaded instead of cans and heated (see Fig. 11).

[0029] The measuring cup and lid measure the amount of water injected into the heat-generating temperature control agent, and pour water into the liquid heating container, and were made to cover the upper portion of the cylinder at the time of heating.

[0030] The heat of the steam generated by the heat generation of the heat-generating temperature-regulating agent directly heats the bottom of the can through the opening (6 or 23). Ascends upward from the gap (d), and heats the rim of the can evenly, so that the liquid in the can is evenly and quickly heated (Fig. 5 or Fig.). 12).

[0031] After heating, the cans are moved as they are with the projecting ridges or cylinders of the cylinder into which they are inserted, and then transferred to a power cup or the like for drinking, and products such as packed black tea, green tea, other cups of ramen etc. Note above !, can be heated food.

A predetermined temperature can be obtained by appropriately adjusting the amount of heat generation temperature control agent and the amount of water injection.

Examples will be described below.

FIG. 1 is an overall exploded perspective view of a liquid heating apparatus as one embodiment, FIG. 2 is a cross-sectional view of the entire, and FIG. 3 is a perspective view.

[0035] Reference numeral 1 denotes a heat-generating temperature control agent, which is a granule mainly composed of quick lime which generates heat by water injection. Several types of 50 g, 100 g, 150 g, and other appropriate grams are pre-sealed in a permeable bag. Before using the permeable bag, wrap it in an aluminum foil wrapping material and it is suitable for long-term storage.

[0036] When used, take out the aluminum foil packaging material, and if stored in the bottom of the cylindrical container, the heating temperature control agent in the condylar state is enclosed in a permeable bag, so it is scattered carelessly Do not do When water is injected, it can permeate through the bag and generate heat. Since the exothermic temperature control agent after use is harmless, natural disposal is possible.

[0037] The amount of heat-generating temperature control agent is calculated in advance, and several types are prepared in a state of being packed in a water-absorbent bag, and the amount of water injection is measured with a measuring cup and lid to inject water. To achieve the Therefore, the amount of heat-generating temperature control agent and the amount of water to be added can be easily selected depending on the amount of drinking water injected into the can body and the amount of liquid as the object to be heated or according to the desired heating temperature. The

It is desirable to control the temperature of the object to be heated by setting the amount of heat-generating temperature control agent and the amount of water supplied to 1: 1.

[0039] The heat generation temperature control agent is commercially available under the trade name of OZOMAX as a manufacturer, as a manufacturer, as a research institute for research on technology for Ozoi Science, and as a distributor, as Yukiedo Osaka Co., Ltd.!

The following is a table showing an example of temperature control.

[0041] [Table 1]

Example 1

It is loaded in a cylindrical container as a heat-generating temperature control agent per 100 ml of water as a heating target When the amount was 50 g, the temperature of the object was 51 ° C. warm water.

Example 2

When the amount of heat generating temperature control agent is 100 g with respect to the amount of water as the object to be heated of 100 ml, the temperature of the object to be heated is 92 ° C. warm water.

Example 3

When the amount of water as the object to be heated was 150 ml and the amount of heat-generating temperature control agent was 100 g, the temperature of the object to be heated was 80 ° C.

Example 4

When the amount of water as the object to be heated was 180 ml and the amount of heat-generating temperature control agent was 100 g (the same as in Example 3), the temperature of the object to be heated was 69 ° C.

Example 5

The amount of water as an object to be heated contained in a can is 200 ml, and if it is cooked twice, warm water having a temperature close to the boiling point (98 ° C.) can be obtained. By pouring this hot water into black tea, green tea, instant soup, instant noodles, etc., warm foods can be provided immediately.

Example 6

[0047] When 150 ml of coffee was injected into the can as the object to be heated, and the amount of heat-generating temperature control agent and the amount of water injection were 100 g, instant coffee at 80 ° C was obtained.

Example 7

When 180 ml of milk was injected into the can as the object to be heated, and the amount of heat-generating temperature control agent and the amount of water injection were 100 g, a milk of 70 ° C. was obtained.

Example 8

[0049] In a 200 cc can, 50 g of non-washed rice is encased and stored in a plastic non-woven fabric, injected with 160 ml of water and cooked twice, the cooking time is 5 minutes 2 minutes 10 minutes, and the steaming time 10 minutes As I cooked rice on the spot.

Example 9

[0050] In each of the above embodiments, a can of 200 cc capacity is used as the amount of the object to be heated. The amount and the amount of added water were 1: 1. However, it is not limited to this.

[0051] For example, the larger the amount of injected water with respect to the amount of the exothermic temperature control agent, the more the exothermic temperature is suppressed. Therefore, when a high temperature object to be heated is desired, the temperature to be heated is slightly low. Temperature control is possible by increasing the amount of water injection if you want to

In FIG. 1, a cylindrical container 2 is a heat-insulated, heat-resistant plastic container, which accommodates a predetermined amount of heat-generating temperature control agent, and has an engagement portion A3 at its upper end. If the heat insulating material (a) is wound around the periphery of the heat resistant container, it is further strengthened.

[0053] 4 is a can body, into which water, coffee and other liquids to be heated are injected, and the upper end thereof is an opening edge. The can 4 is desirably made of a metal having high thermal conductivity such as aluminum, but is not limited thereto. For example, heat-resistant plastic can be used.

A bottom 5 is an opening 6, and a plurality of inward projecting ribs 7 are provided in a vertical direction at a cylindrical inner peripheral edge to hold the side wall of the can 4. did.

Reference numeral 8 denotes a protruding flange portion provided on the middle outer periphery of the cylindrical body A5, and an engaging portion B9 screwed with the engaging portion A3 of the container 2 is formed on the inner peripheral edge. A knurled rim was provided on the outer peripheral edge to make it easy to rotate.

Reference numeral 10 denotes an engaging portion C formed on the upper end of the cylindrical body A.

Reference numeral 11 denotes a cylindrical body B, and an engaging portion D12 screwed with the engaging portion C10 of the cylindrical body A is formed on the inner periphery of the lower end portion. 13 is a water injection dispersion part, which is dispersed around the periphery without accumulation of upward force water injection. The water injection dispersion portion is supported by the plurality of columns 14 in the cylindrical body 5.

The engaging portion A is engaged with and fixed to the engaging portion B and the engaging portion C and the engaging portion D, respectively. If it is screwed, it is not limited to the force screwing which can rotate and close a cylinder. For example, you may use an intermittent engagement part so that the engagement part of the upper cylinder can be pushed into alignment with the engagement part of the lower cylinder, and it can be closed by slightly rotating it.

Reference numeral 15 denotes a packing provided on the back surface of the water injection dispersion portion 13, which can be ring-shaped to close the opening edge of the can body. When the cylindrical body B11 is engaged and fixed on the cylindrical body A5, the upper end opening edge of the can body 4 is closed by the packing 15, so that pressure is applied in the can body 4.

Reference numeral 16 denotes a measuring cup and lid, which is inserted into the cylindrical body B from the upper end of the cylindrical body B with the mouth downward. be able to. In the case of the measuring cup and lid, if 50, 100, 150 or 200 cc of measuring wires are provided, measurement is easy, and the temperature can be adjusted by calculating the amount of water injection according to the calorific value of the exothermic temperature control agent. It is getting better.

FIG. 3 shows an appearance view of the entire liquid heating container.

[0062] FIG. 4 is a cross-sectional view showing a state in which the container is filled with water by the measuring cup and lid, and shows a state in which water is dispersed and supplied into the container by the water injection separation unit.

[0063] FIG. 5 shows that water is poured into the exothermic temperature control agent to generate heat, and the generated vapor rises to heat the can, and the bottom of the cylindrical body A is shown as the arrow shows. From the hole 6 through the gaps (d) formed by the ribs 7 and between the posts 14 to the top. Since the upper end of the can 4 is closed by the packing 15 on the back of the water injection dispersion portion 13, it is safe without the surrounding hot air entering the can.

FIG. 6 is an enlarged view of the cylindrical body A5 as viewed from below. FIG. 7 is an enlarged view of the cylinder B as viewed from below.

FIG. 8 is an enlarged explanatory view of a water supply distributing portion showing a state in which the upper end of the can 4 is closed.

FIG. 9 is an exploded view of the whole, and the usage state will be described below.

[0066] A predetermined amount of heat generation temperature control agent 1 enclosed in a permeable bag is loaded into cylindrical container 2 and cylindrical body A

The cylindrical body A5 is detachably engaged with the upper end of the container 2 by the engagement portion provided on the inner periphery of the protruding collar portion 8 of 5.

[0067] Since the cylindrical container and the cylindrical body are detachable at the engagement portion, the amount of the heat-generating temperature-controlling agent can be further selected or temporarily added, and can be further changed. You can freely select the heating temperature.

[0068] The amount of water poured into the object to be heated is easily measured by the measuring cup and lid 16, and is used in conjunction with the amount of heat control agent.

When the water is injected, the heat generated by the heat-generating temperature-controlling agent generates steam, which heats the can 4 intensively from the opening 6 of the cylindrical body A5 and heats the liquid in the can. The opening 6 provided at the bottom of the cylindrical body A5 is close to the heat-generating temperature control agent in the cylindrical container, and the bottom of the can 4 is inserted up to the opening 6, so this occurs. Steam is efficiently transmitted. The measuring cup-cum-lid 16 is used so as to cover the upper end of the cylinder B11. After heating, the measuring cup and lid and the cylindrical body Bl 1 are removed, the cylindrical body A 5 and the cylindrical container 2 are separated, and the protruding collar portion 8 is held by hand to move the cylindrical body A. The liquid of the above is poured into the cup 17 etc. appropriately and it is made to drink. If the protruding ridge is made of plastic, it is safe to touch the can directly when holding it by hand.

FIG. 10 is a perspective view showing a state where heated water is being poured into the cup 17.

[0072] FIG. 11 and subsequent figures show another embodiment using a lidded can. Use of heat generation temperature control agent and relationship between the amount of heat generation temperature control agent and the amount of water injection, further generation of steam by heat generation temperature control agent and improvement of heating efficiency by this steam, can containing the object to be heated such as water The state in which is inserted into and held by the cylinder is the same as in the above embodiment.

[0073] In FIG. 11, reference numeral 18 denotes a cylindrical container, which is a heat-insulated, heat-resistant plastic container so as to be able to accommodate a water-permeable bag in which a predetermined amount of heat-generating temperature control agent 19 is sealed. An engagement portion 20 is provided at the upper end of the cylindrical container 18. Reference numeral 21 denotes a cylindrical body C, which has a projecting flange 22 provided at its lower end with an engaging portion 24 engaged with the engaging portion 20 of the container 18 and has an opening 23 formed therein.

A plurality of ribs 25 are formed in the vertical direction on the inner circumferential surface, and an injection portion 26 with an open opening edge is formed at the upper end.

[0075] 27 is a lidded can which contains water or other drinking water. The size is configured to accommodate 400 ml of calories. The bottle can be set directly on the cylinder by matching the size to the diameter (about 8 cm) of a commercially available bottle etc.

The can body 27 is inserted along the rib of the cylindrical body C until it contacts the hole at the bottom. At this position, a plurality of plastic vertically extending ribs hold the can safely in the form of being held at the outer peripheral edge.

Reference numeral 28 denotes a lid, which is attached to the upper end of the can 27 so as to be able to open and close. When the object to be heated is heated to a high temperature, it is possible to prevent the lid from being detached carelessly by loosening it a little.

Note that the form of the lid 28 is not limited to that illustrated. The use of a lid with a slightly larger diameter makes it easier to accommodate liquids other than water and objects to be heated.

At the stage when the can 27 is inserted into the cylinder C21, the head of the can protrudes from the injection part 26 of the cylinder C. A heating state can be stably obtained by injecting water in an amount corresponding to that of the heat-generating temperature-controlling agent 19 by the measuring cup and lid 29. FIG. 12 is a cross-sectional view of relevant parts showing a state in which the can 27 is inserted into the cylindrical body C and injected from the measuring cup and lid 29. The injected water spreads the opening edge so that the gap (d) at the peripheral edge of the cylindrical body C which does not spill outside is lowered to be poured into the heat-generating temperature control agent 19 of the container 18.

At the same time as the water injection, the exothermic temperature control agent 19 generates heat and generates steam. The steam immediately heats the bottom of the can and heats the heated part such as water. The opening 23 has a large opening area so that the generated steam efficiently strikes the can.

FIG. 13 is an enlarged view showing an engaged state of the cylindrical body C and the can with lid.

FIG. 14 is a plan view of the cylindrical body 21. FIG. FIG. 15 is a bottom view of the cylinder C as viewed from the bottom. FIG. 16 is a plan view of the cylindrical container 18, and shows an example in which the engaging portion 20 is provided at four places along the outer periphery of the upper end. The form of the engagement part is not limited to the illustrated example!

FIG. 17 is a perspective view showing a state in which the can separates from the cylindrical container 18 after heating, the lid 28 is removed, and water and other objects to be heated are poured into the cup 30 and roasted. Since the can body is held by the cylindrical body C, it can be used for IJ without touching the heated can body.

[Table 2]

Table 2 shows the change of the heating condition by changing the amount of the exothermic temperature control agent and the amount of water injection when the heating target is water and the initial temperature is usually 5 ° C., 10 ° C. and 15 ° C. It is a value. Using this table, it is possible to select and heat the desired temperature of the object to be heated. In particular

It is desirable that the amount of heat-generating temperature control agent and the amount of water injection be 11.

[Table 3]

Table 3 shows the temperature for cooking twice, and shows the temperature change of 200 ml and 400 ml when the initial temperature of water at the first heating is 5 ° C. Exothermic temperature control agent and water injection amount and "!: 1 Therefore, this table can be applied as a standard value to various objects to be heated.

In the case of cooking twice, after cooking once according to this table, the container 18 and the cylindrical body C21 are detached from the engaging portion, reloaded with the heat generating temperature control agent, and engaged at the engaging portion Water injection and continue heating.

Example 10

[0091] 250 ml of milk was stored in a can with a lid, 100 g of a heat-generating temperature control agent was stored in a cylindrical container, 10 Occ of water was injected and the mixture was heated for 5 minutes. Milk at about 50 ° C was obtained.

Example 11

[0092] As an object to be heated, ramen and seasoning liquid were stored in the opened can body, the lid was closed, and cooking was performed for 5 minutes. Assuming that the amount of material to be heated was 400 ml, the amount of water injection was 150 cc per 150 g of heat-generating temperature control agent, and it was possible to eat as instant noodles by cooking with a lid. By putting the measuring cup and lid on the injection part, it was possible to prevent the scattering of steam.

Example 12

[0093] 350 ml of fruit juice was placed in a can, 150 g of a heat-generating temperature-control agent was selected, and the amount of water supplied was 15 Occ and the temperature was high. A temperature of about 50 ° C. and juice were obtained.

Example 13

[0094] 350 ml of canned orange juice can with lid is inserted into the cylinder C and inserted into the cylinder C, 150g of heat control agent is selected, and the water temperature is 150cc. did it

[0095] The shoulder portion of the orange juice can is dispersed with water to be injected, and the injection portion is expanded, so the process was completed in 5 minutes with a heating time at which the water can be easily dispersed. During heating, the lid of the lidded can was slightly loosened.

Example 14

When 400 ml of water was placed in a can with a lid and heated with 150 g of a heat-generating temperature-controlling agent and 150 cc of water for 5 minutes, it became 50 ° C. warm water. The cylindrical container containing the heat-generating temperature control agent and the cylinder are separated, 150 g of the heat-generating temperature control agent is again contained in the cylindrical container, 150 cc of water is injected and heated, and hot water of 95 ° C. for 5 minutes. I got Pour this hot water over instant coffee powder to make coffee cup 2 I got a cup.

Example 15

When warm water heated in Example 14 was poured into instant noodles contained in a cup, instant instant noodles were produced.

Industrial applicability

[0098] Heat insulation 'Constant, lightweight, heat-resistant plastic container, without fire, containing a heat-generating temperature control agent in a cylindrical container, and injecting water into it to cause a chemical reaction. Since the heat generated by the heat generation generates steam, which can heat the liquid in the can, a container with no flame, no odor, no harm, and no fire was realized.

[0099] Since temperature control is possible, heating of the beverage liquid as water, milk, coffee and other objects to be heated can be performed easily and at an appropriate temperature. It can also be used to heat emergency food and relief supplies during earthquakes and floods, and when combined with long-term preservation food, it has high marketability as a container for emergency stockpiled food.

[0100] Because it is lightweight and safe, it is convenient for outdoor use and heating of milk for infants, and easily used as a portable container.

Brief description of the drawings

FIG. 1 is an exploded perspective view of a liquid heating container.

[FIG. 2] A sectional view of a combined state.

[Figure 3] External view of the liquid heating container.

[Fig. 4] A sectional view showing the dispersed state of water at the time of water injection.

[Fig. 5] An explanatory view of the rise of heat when water is injected into the exothermic temperature control agent.

[Fig. 6] An enlarged bottom view of the cylindrical body A.

[FIG. 7] An enlarged bottom view of a cylindrical body B.

[FIG. 8] An enlarged explanatory view showing a closed state of the upper end of the can body.

[FIG. 9] An explanatory view showing a usage state of a measuring cup and a lid.

[FIG. 10] Explanatory drawing of the state which injects into a can body cup after heating.

[FIG. 11] An exploded perspective view in the case of using a can with a lid as another embodiment.

[Fig. 12] A cross-sectional view of main parts showing the time of water injection.

[FIG. 13] An enlarged explanatory view of a cylindrical body C. [FIG. 14] A plan view of a cylindrical body C.

[FIG. 15] The bottom view of the same cylinder.

[FIG. 16] A plan view of the cylindrical container 18.

[FIG. 17] An explanatory view of a state of pouring into a cup after heating is completed. Explanation of sign

1: fever control agent

2-shaped container

3: Engaging part A

4: Can body

5: Tube A

6: Opening

7: Rib

8: Protruding ridge

9: engagement portion

10: engaging portion C

11: Tubular

12: engaging portion D

13: Water injection dispersion part

14: Strut

15: Packing

16: Measuring cup and lid

18: Tubular container

19: fever control agent

20: engaging portion

21: Tubular body C

22: Protruding ridge

23: Opening

24: engaging portion 25: Rib

26: injection part 27: can with lid 28: lid

29: measuring cup and a: heat insulating material d: gap

Claims

The scope of the claims

[1] a heat-generating temperature control agent that generates heat due to water injection,

A cylindrical container in which a permeable bag containing a predetermined amount of the heat-generating temperature control agent is accommodated, and the upper portion of the cylindrical container is detachably engaged with the upper portion of the cylindrical container via the engaging portion. A cylindrical body A having an opening at the bottom,

Water, coffee and other liquids to be heated can be accommodated, and the upper end is an opening edge, and the can inserted and held along the rib of the cylinder A until reaching the opening;

A cylinder B provided with a water injection dispersion portion which is attached to the upper portion of the cylinder A via an engaging portion, whose surface is a water injection dispersion portion and whose back surface is a closed portion closing the upper end opening edge of the can body. And a measuring cup and a lid which is covered with the mouth downward on the upper part of the cylindrical body B,

A gap formed between the cylinders A, B and the can by the ribs;

Liquid heating vessel consisting of

[2] Exothermic heat control agent which generates heat by water injection,

A tubular container containing a permeable bag in which a predetermined amount of the heat-generating temperature control agent is enclosed, and having an engaging portion A at the upper end thereof;

The inner peripheral edge is provided with a plurality of inward projecting vertical ribs, and the intermediate outer periphery is provided with a projecting collar portion, and the inner peripheral edge of the projecting collar portion is engaged with the engaging portion A of the container. A cylindrical body A having an engaging portion C at its upper end and an opening at its bottom,

An engaging portion D screwed with the engaging portion C of the cylindrical body A is formed on the inner periphery of the lower end portion, and water injection is dispersed on the surface internally, and a cylindrical body having a water injection dispersion portion closing the can body on the back surface. B,

The can which inserted and hold | maintained to the opening part along the several rib of the said cylindrical body A, and formed the clearance part between the can and the cylindrical body,

Water and other objects to be heated contained in the can body, and a measuring cup and lid covered with the mouth downward on the upper portion of the cylindrical body B;

Liquid heating vessel consisting of

[3] an exothermic temperature control agent that generates heat due to water injection,

A cylindrical container in which a permeable bag containing a predetermined amount of the heat-generating temperature control agent is accommodated, and the upper portion of the cylindrical container is detachably engaged via the engaging portion to widen the opening edge of the upper end A cylindrical body c having a water injection portion, an opening at the bottom, and a plurality of ribs in the vertical direction protruding from the inner peripheral edge;

A can containing water, coffee or other liquid to be heated, and inserted and held along the rib of the cylinder C to the opening;

A measuring cup and a lid, the mouth of which is placed on the upper portion of the cylinder, and

A gap formed between the cylinder and the can;

Liquid heating vessel consisting of

[4] The liquid heating container according to any one of claims 1 to 3, wherein the cylindrical container and the cylinder are made of heat-insulated heat-resistant plastic.

[5] The exothermic temperature control agent is a granule mainly composed of quick lime, and 50 g, 100 g or 150 g of this exothermic temperature control agent, and other water-permeable bags enclosed in a fixed amount in one pack, one or more The liquid heating container according to any one of claims 1 to 3, which is selected.

[6] The liquid heating container according to any one of claims 1 to 3, wherein the ratio of the amount of heat-generating temperature control agent to the amount of injected water is 1: 1.

[7] The liquid according to any one of claims 1 to 3, wherein when the cylindrical container and the cylinder are separated, the can containing the object to be heated is held by the cylinder. Heating container.