JPH04201879A - Vessel for cooking range - Google Patents

Abstract

PURPOSE:To enable cooking food quickly and evenly and also provide good thermal insulation by providing a vessel built of a hollow double layer or one built of a multilayer and a single layer and in either case equipped with a valve which has the function to adjust the pressure, flow rate, or direction or such functions as are peculiar to hermetic closure and a hollow double layer, or a multilayer. CONSTITUTION:A vessel has, for the main containing part 1 and the lid 2, a structure consisting of a double layer with a vacuum or hollow space in between or with one layer superposed upon the other and has the abilities to retain heat, to prevent scorching, and to produce far infrared rays. Where the lid 2 fits on the main containing part 1 a packing 3 is placed as a means of hermetic sealing so that heat can be retained with good effect. By opening a stem hole and ventholes 5 in the lid 2, a valve disc 4 is fitted into the stem hole to hermetically close the ventholes 5 and as a means of adjusting the pressure, flow rate, direction of the flow, and guiding the flow. A wall 7 encircling the ventholes 5 is raised from the lid 2 to stop boilover from spreading during cooking.

Description

[Detailed Description of the Invention] (Industrial Application Field) This invention relates to containers used in daily life.
Containers used for preserving food, herbal medicine, etc., keeping warm, cooking, and other occasions.

(Conventional technology) Conventional microwave containers simply cover the container and heat it in the microwave, but cannot adjust the pressure, adjust the flow rate, prevent leakage, prevent the lid from getting on your skin, or retain heat.

(Problem II to be Solved by the Invention) The present invention can quickly adjust the pressure, adjust the flow rate, prevent leakage, prevent the lid from attaching and detaching, or keep the heat warm when cooking in a microwave oven, open range, electromagnetic cooker, etc. There has been a desire for a cooking method and food that are safer, more delicious, and stay warm for a longer time (Means for solving the problem) The container according to claim 1 is a heat-insulating container having both a hollow layer or a layer and a layer. It also has a valve that can adjust or adjust the flow rate or adjust the direction or seal. Therefore, food can be cooked quickly and evenly in the microwave.

Moreover, there are containers that retain heat well even after heating.

The container according to claim 2 is a heat insulating container having both a hollow layer and a layer and a layer, and a packing that can adjust the pressure a, adjust the flow rate, adjust the direction, or seal the container. Therefore, food can be cooked quickly and evenly in the microwave. Moreover, the container has good heat retention even after heating.

The container according to claim 3 is a heat insulating container having a hollow layer or a combination of layers and layers, and is equipped with a valve and a seal that can adjust pressure, flow rate, direction, or seal. Therefore, food can be cooked quickly and evenly in the microwave. Moreover, the container has good heat retention even after heating.

The container according to claim 4 has a vent hole in a part of the container to adjust the pressure during heating, and furthermore, a partition wall is provided around the vent hole of the container, so that the fluid flowing out from the vent hole is discharged through the wall. It is intended to have features that can prevent this.

The container according to claim 5 is characterized in that the container is provided with a check valve and a pressure regulating valve so that pressure adjustment, flow rate adjustment, direction adjustment, or sealing can be performed.

The container according to claim 6 has a lid having a convex or concave shape such as a circle or a corner, and a convex or concave shape such as a circle or a corner provided on the body of the opening so that the lid can be easily engaged with the container.

The container according to claim 7 is characterized in that the engaging portion of the container according to claim 6 is provided with a spiral shape, a bulge, a slope, a stopper, etc., so that the lid can be tightly closed against the user's body.

The container according to claim 8 is characterized in that a gap may occur when it is engaged with the container according to claim 6 or the container according to claim 7, so a gasket is provided to ensure airtightness and fitting.

The container according to claim 9 is provided with folds, slits, grooves, overlapping parts, ventilation holes, protrusions, recesses, etc. in the valve and packing parts of the container, so that the pressure can be well adjusted, the flow rate can be adjusted, or the direction can be adjusted. It is characterized by adjustment, sealing, or safe operation. Further, the structure of claim 8 has an added value of 1!9 features, and is characterized by better pressure regulation, flow rate regulation, direction regulation, sealing, or safe operation.

The container according to claim 10 is provided with a plurality of stoppers or hooks on the body or the lid, and when the body and the lid are engaged, the pressure, flow rate, direction, or sealing of the container is adjusted depending on the attachment position of the hook. It is a container of things that are characterized by having the functions that it performs.

When a container with multiple stoppers and hooks on the lid is heated in a microwave with the lid properly set, the container will move from the first hook to the second or third hook depending on the level of pressure. The hook part moves appropriately to prevent explosions and maintain safety. By attaching a gasket or a valve to the sashimi, lid, etc., it is possible to make it airtight by adjusting the setting on the first hook after heating.

The container according to claim 11 has F11 around the vent hole of the container.
Containers with walls that can prevent fluids from flowing out through vents and which can be further fitted with valves to seal, adjust pressure, adjust flow, and control direction als. It is.

The container according to claim 12 is characterized in that an auxiliary chamber is provided in claims 4 and 11 to achieve more effective sealing, pressure adjustment, flow adjustment, and direction adjustment.

The container according to claim 13 is characterized in that a vent hole is provided in a part of the container, and a seat valve element is used to perform sealing, pressure adjustment, flow adjustment, and direction adjustment.

In the container according to claim 14, a cut line is formed in a part of the container, valve, bag, or packing to form a valve body, and the container can be sealed, pressure adjusted,
It is characterized by flow adjustment and direction adjustment.

The container according to claim 15 is characterized in that a groove line is formed in a part of the container so that when force is applied or pressurized, a valve body is formed to perform sealing, pressure adjustment, flow adjustment, and direction adjustment. be.

The container according to claim 16 is sealed, pressure adjusted, flow adjusted,
The container must have a part that can be used to hook, press, pinch, or insert the valve body when a sheet or object for direction adjustment is attached to the container to form a valve body. It is something.

The container according to claim 17 has line grooves, vents, pleats, rings, overlaps, etc. in the hollow layer container or the container having multiple layers and single layers to adjust the pressure, flow rate, or base. , direction 111 or sealing.

In the container according to claim 18, the lid is engaged with the opening of the body and has a U-shaped or 〈, 〉-shaped packing in that part, so that the packing acts as a valve and adjusts the pressure. Or, it is characterized by performing flow talN adjustment or primordium, direction adjustment, or sealing.

The container according to claim 19 has a U-shaped valve body or a valve body in the shape of 〈 〉 or 〈 〉 in the body or lid part, thereby efficiently and appropriately sealing, adjusting pressure, adjusting flow rate, or adjusting the direction of the container. It is a characteristic that allows you to do things.

In the container according to claim 20, the lid body is engaged with the opening of the body and a connecting double gasket or multifunctional gasket is provided at that part, or a double valve or a multifunctional valve is provided on the lid body, This is a special feature characterized by sealing, pressure adjustment, flow rate adjustment, origin, and direction adjustment.

In the container according to claim 21, the body of the lid that seals the opening or the body of the body or the tip of the lid that seals the opening is shaped into a U-shape, a 〉-shape 1, or the like. . The thin piece at the bottom of the integrated shape of the body or lid of the container described above has a structure that can change into a gasket or valve during use, and can be used to seal, adjust pressure, adjust flow rate, or adjust flow rate and direction. It is something that can do work. In short, a thin valve body is provided at the engagement portion between the container and the lid to adjust the pressure, the flow rate, or the direction. The container has a heat retention mechanism, a mechanism for emitting far infrared rays, and a mechanism for preventing burning.
7.8.9.10.11, 12.13, 14.15.1
6. Container (Example) that Can Have the Characteristics of Items 17, 18, 19, 20, 21, and 221 The present invention will be described in detail below.

Fig. 1 shows a container having a composite mechanism according to the invention of patent claims 1.2 and 3.4.11, including a container body (1), a lid body (2
) has a vacuum state, a hollow layer, or a double layer structure, and has heat retention and non-burning functions.

Equipped with an element that generates far infrared rays. A gasket (3) is attached to the engaging portion of the body (1) and the lid body (2) to seal the body and more effectively retain heat. Next, a vent hole (5) and a hole (6) are provided in the lid body (2), a valve body (4) is attached to the hole, the vent hole (5) is sealed with the valve body (4), and the pressure is adjusted. A wall (7) is provided around the primary ventilation hole (5) for adjusting the flow rate, flow rate, and direction, and even if boiling over occurs during heating, the wall (7) stops the outflow. Therefore, since it is possible to stop the leakage, the inside of the microwave oven can be cleaned and cooked without any contamination. It is also a convenient container in which the wall (7) can be used as a handle.

FIG. 2 shows a container having a composite mechanism according to the invention of claim j11.2.3.4.11, and is a view of the container in the operating state of FIG. 1.

FIG. 5a shows a fifth aspect of the invention in which a hole is provided in the lid (12) and a valve body having both a pressure regulating valve (14) and a check valve (15) is mounted therein. An adjustment hole (13) is provided in a part of the valve body.

Next, a plurality of ventilation holes (16) (17) are provided in the lid body (12), and the pressure adjustment, flow rate adjustment, flow rate adjustment, direction adjustment, and sealing can be performed through the ventilation holes (16) (17) using the valve body. It is a lid (12).

Figure 115 shows the fifth aspect of the invention, in which a hole (6) is provided in the lid (12) and a valve body having both a pressure regulating valve (14) and a check valve (15) is mounted therein. Adjustment hole (13) in part of the valve body
will be established. Next, the ventilation hole (16) (1
7) is provided in plurality, and the ventilation hole (16) is provided in the above valve body.
After closing (17), when the pressure increases by heating in the microwave, the adjustment hole (13) provided in the check valve (15)
The pressure is exhausted through the ventilation hole (16) located above the adjustment hole (13), and the pressure is further adjusted by the upper pressure adjustment valve (14).
Flow rate adjustment and flow direction adjustment are performed. At this time, the check valve (
The tip of 15) is a lid (12) that seals the vent hole (17) by pressure and prevents fluid pressure.

FIG. 5C shows a hole (
6), and a valve body having both a pressure regulating valve (14) and a check valve (15) is installed. An adjustment hole (13) is provided in a part of the valve body. Next, a plurality of vent holes (16) and (17) are provided in the lid body (12), and after closing the vent holes (16) and (17) with the valve body, the pressure is increased by heating in a microwave. The adjustment hole (13) and adjustment hole (1) provided in the check valve (15)
3) The pressure is discharged and flowed through the vent hole (16) located above, and the upper pressure regulating valve (14) is lifted, and the pressure is discharged and flowed.

Therefore, at this time, fluid objects such as spiritual objects may leak out.

After further heating, the flow out of the upper part of the lid passes through the ventilation hole (17), pushes down the check valve, and flows back into the main body, where it is stored in the lid (12).

Figure 6a is an explanation of the shape of the lid (12) of the sixth invention, and the lid body (62) has a circular shape so as to be placed on the circular ear holder surface of the body. is a cylindrical body (63a) in order to connect the square shaped body (63a).
This is a lid body (12) in which 6) is additionally installed and integrated.

The connecting part of the cylindrical body (66) is where the body ear holder surface engages.6 This engaging part is made up of having an installation part like the cylindrical body (66).

No. 6@b is an explanation of the shape of the body (11) of the invention of patent claim 1!6, and the opening of the body (11) is a square shape (63b
), and the lower part of the lid body (12) in FIG.

In addition, the ear holder surface (
The shape of 65) is a circular shape that is received by the lid body (62) having a circular upper part of the lid body (12) in FIG. 4a.

Figure 6C shows the sixth invention and the eighth invention in which the lid body (12) of Figure 6a is replaced by the body (11) of Figure 6A.
) is an overall view of the state where the lid body (12) of FIG. 6a is turned and engaged to prevent it from coming off.

By using the interlocking method, these shapes can be easily engaged and constructed, and the manufacturing method is simple and costs are low. In short, the conventional hanging method relies on missing number 9 hooks for pottery and the like.

Since the manufacturing method was a two-step manufacturing process, it required extra time and effort, which naturally led to high costs. However, if the method described in item 6 is carried out, the conventional drawbacks can be overcome.

Also, the part of the lid (12) having the square shape (63a) is inserted in line with the square part (63b) of the body. Next, the idle (12) square shaped body (63a
) has a square shape of the opening of the body (11) (
63b) is set below the ear holder surface (65) which forms a flat protrusion, then turn the lid (12) and remove the tip of the square shaped body (63a) of the lid (12). It is set and engaged at a place where it can be engaged with the square shape (63b) of the body. The above operation eliminates the possibility of the lid coming off. At that time, there is a part where the body (11) and the lid (12) meet that cannot be sealed, so when heating in the microwave, the pressure can be released through this vent, creating an element where pressure is applied. It is also possible to maintain safety without exploding. However, when the conditions for sealing occurred at this time, the body (11
) and the lid body (12) together with a gasket (3) to ensure a tight seal. In Figure 6C shown in Figure 22, the pankin is attached in a U-shape along the two-tiered lid body at the upper and lower portions so that it fits above and below the protruding parts of the body.

Further, a ventilation hole (5) is provided in the center of the lid body (12), and the valve body (4) is installed in the ventilation hole for heating. When heating the body (
11) and idle (12), the gasket on the lower surface is pushed up by pressure and comes into close contact with the lower part of the body (11) and the protruding ear holder surface (65), closing the ventilation section.Therefore, the central valve body (4) Perform pressure adjustment and flow rate adjustment. After heating, the inside of the container becomes a vacuum state, and at that time, the lid body having the gasket (3) comes into close contact with the upper part of the body (11) and the protruding ear pedestal surface (65) to close the container. At that time, by having a seal (3), force can be distributed and sealing can be achieved.

The method of installing the packing varies depending on the specifications and purpose, such as during heating or storage. If you are just storing it, you only need to attach the gasket to the top part of the lid. In order to seal the pressure reduction and outflow during heating, it is sufficient to seal the leakage only under the lower shape of the lid. Further, when adjusting the pressure, only the engaging portion of the lower portion of the lid body is sufficient. In this way, the attachment part of the gasket can be attached only to the upper or lower part of the lid body, the upper or lower part of the body, etc., singly, to both parts, or in plural parts, or in a U-shape or the like.

I! Fig. 7a shows the invention of claim 17, and Fig. 6c shows the lid (12) of Fig. 6a of the invention of claim 6 inserted into the body (11) of Fig. j16. The lid shown in Figure a (12
) is rotated to engage and prevent detachment, and a bulge (73) is further provided in the partial view to achieve close contact.

The square shaped body (63a) part of the lid body (12) is attached to the body (1
1), so that the square shaped body (63a) of the lid body (12) is inserted into the body (63b).
When the protrusion continuing from the square shape (63b) of 11) is set below the ear holder surface (65), turn the lid (12) so that the tip of the square shape (63a) of the lid (12) is Set so that the lid (12) will not come off by engaging the ear part of the rectangular shape (65) of the body (11).

A spiral, raised, or sloped surface (73) is attached to that part to achieve better adhesion and a stopper effect. This is because the ear holder surface (65) of the protruding part of the body (11)
When attaching the lid body (12) to the lid body, the lid body (12) is placed between the upper part of the lid body having a circular shape (62) and the lower part of the lid body having a square shape body (63a). In order to connect the upper part of the circular shape (62) and the lower part of the square shape body (63a), which are made up of steps, they are connected by a cylindrical body (64), and a lid body ( 12) and 6 At this time, the setting of the height and length of the cylindrical body (64) of the connecting part is controlled by the thickness of the ear holder part (65) of the projection part of the body (11) to be engaged. Therefore, in order to release this inclination, a screw-shaped,
By providing a bulge or slope (73), the excess portion of the connecting portion (64) of the cylindrical body is compensated for and a high-density engagement is achieved, or it also functions as a stopper, and this spiral shape, bulge, slope, etc. The device is applied to the body (11) or the attached patch (3).

Alternatively, depending on the shape, use, design, and purpose of the container, the body (11), the lid (12), and the packing (3) may be formed into a spiral shape at the same place.
A slope (73) may be installed.

j1711b is patent claim 1117(r) invention and Il!
This is a container in which the reed body (12) of Figure 7r14a is inserted into the body (11) of Figure 6, and then the lid body (12) of Figure 7a is turned and engaged to prevent it from coming off.

9a, b, b't c, ci*f are containers according to the ninth invention, and the container packing according to the eighth patent has a fold, a slit, a groove, an overlap, By providing a portion such as a ventilation hole, the structure according to claim 8 has an added value and the advantages of each function can be more effectively adjusted for pressure, flow rate, origin, direction, or safety. It is something to do.

FIG. 9a shows a container according to the ninth invention, which has large pleats (91
). When the pressure is increased by heating and the pressure is concentrated in the pleats, the container rises to the upper part of the lid where the lid and the body engage to disperse the pressure. The container has a slit (92) having a ventilation hole in the container packing part according to claim 8. The container 19, Fig. b', which can adjust the pressure by releasing pressure from the ventilation holes and slits when the pressure increases due to heating, is claimed in Patent Claim 9.
In the container according to the invention, a slit (92) having a ventilation hole is provided in the container packing part according to claim 8.

The container jlQ diagram C, which can adjust the pressure by releasing the pressure from the air hole and slit portion when the pressure becomes high due to heating, is a container according to the invention of patent claim 9, and is the container according to patent claim 8. A groove (93) is provided in the container seal. Fig. 9d shows a container according to the ninth invention of the patent, and a container packing according to the eighth patent. Superimpose it on the part (94)
I have it. The container shown in Fig. 9f, which rises to the upper part of the engaging part of the lid body and the body and disperses the pressure when the pressure increases and the pressure is concentrated in the overlapping part by heating, is the invention according to claim 9. The container has a ventilation hole (96) in the container seal according to claim 8. When the pressure increases due to heating, the pressure can be released from the vent portion to adjust the pressure.The container shown in Fig. 9g9g' is the invention of claim 9, and adjusts the pressure, adjusts the flow rate, or seals the container. Equipped with a valve body that can
Furthermore, by inserting a groove (93) in a part of the valve body and performing a flow sensation, the container can be safely pressurized and sealed, and its operation is being carried out.

The ninth figure, h' is the pressure adjustment or flow rate 11 in the ninth invention of the patent claim! ! Alternatively, the valve body is equipped with a valve body that can be sealed, and if a groove (93) is added to a part of the valve body to feel the flow, the pressure can be applied safely and the seal can be ensured by the protrusion (98). These are the containers that can be used and the scenes in which they operate.

FIG. 9 i shows the pressure adjustment or flow rate 1 according to the invention of patent claim 9.
111 or a valve body that can adjust the direction or seal, and furthermore, if a groove or a protrusion (97) is provided in a part of the valve body to feel the flow, pressure can be safely applied and sealing can be performed. We are doing what we can.

Figure 9j is the invention of patent claim ts9, which is equipped with a valve body that can adjust the pressure, adjust the flow rate, or seal the valve, and furthermore, grooves and protrusions (97) are provided in a part of the valve body to create a flow sensation. If this is done, the container must be in a place where pressure can be applied safely and the container is airtight.

Figure 10a is the invention of patent claim 10, and the lid body (2
) A plurality of hook parts are provided vertically in a stepped manner, and a part of the hook part is fixed by being hooked onto the inner peripheral part of the body (1). When heating is subsequently performed, the container is hooked onto the second and subsequent hook portions (102) to adjust the pressure and safely heat the container. After heating, it is returned to the first hook part (101) and sealed to ensure storage.

By attaching a gasket or a valve to the body, lid, etc., the device can be set to the first hook after heating to make it airtight.

Also, since there is a groove, even if you make a mistake and set it on the hook part (101) when heating, it will float up and explode, 1! It is possible to prevent separation.

FIG. 10 shows the invention of patent claim 10, and the lid body (2
) A plurality of hooks are provided vertically in a stepped manner, and a part of the hook is attached to the inner circumference of the body to fix it. A container that is heated by being hooked onto the second and subsequent hook portions (102).

Figures 10c and 10d are diagrams of a container with a hook provided on the outer periphery of the body and its operation. Alternatively, if a vent hole (103) is provided in a part of a container that has multiple stoppers and hooks on the body and lid, and when the container is properly engaged and heated in a microwave, the first hook may be closed depending on the pressure. It is possible to prevent explosions and maintain safety by moving the hook part in stages from the first part to the second and third hook parts.

Figure 111 shows a container having a composite mechanism according to the invention of patent claim No. 4.12, in which a vent hole (5) is provided in the lid portion (12) of the container.
There is a wall (5) around the ventilation hole (5) to adjust the pressure.
111) to prevent the fluid from flowing out. Furthermore, an auxiliary chamber (112) is provided so as to surround the outer periphery of the enclosure wall (111), so that the pressure can be more effectively adjusted.

! Figure 12 shows patent claims 1.2.3.4, 11.12,
A container having a composite mechanism according to the invention, comprising a main body (1) of the container,
A multi-layer body (1) and a multi-layer lid (2) have a structure in which the lid body (2) has a hollow part that is in a vacuum state and retains heat. Next, a gasket (3) is attached to the engaging portion of the main body (1) and the lid (2) to seal the body and more efficiently retain heat. Next, a vent hole (5) is provided in the lid (2) of the container to adjust the pressure, and a wall (111) is provided around the vent hole (5) to prevent the fluid from flowing out through the wall (111). Furthermore, an auxiliary chamber (112') is provided in the enclosure wall (111) to more effectively adjust the pressure, and a valve body (4) is provided in the vent hole (5) of the lid body (2) to This is a container that has been adjusted. Furthermore, a ventilation hole (6) is provided in the auxiliary chamber (112) to perform double pressure adjustment.

A valve is installed in the vent (6) of the auxiliary room (11'2) in the wall (1).
11) Even if a gasket is provided on the side, the same function can be achieved.

Figures 13a and 13b show the invention according to claim 13, in which a vent hole (5) is provided in a part of the lid (12) of the container.
A sheet (131) is inserted into the container (5) to form a valve body (4), which allows the container to be sealed or to adjust the pressure.

FIG. 13C9 shows the container lid body (
A ventilation hole (5) is provided in a part of 12).
It has two seats on the side and has a dowel opening (131) t,
It is a container that can be sealed or pressure-adjusted by making a valve body (4) or by making a slit (132) in the seat and using it as a valve body (4). Furthermore, the operating state is shown by dotted lines in the same drawing. Also, depending on the application, multiple valves may be opened in multiple directions.

FIG. 13C9 shows the container lid body (
A slit (132) is provided in a part of the container (12) to serve as a valve body to adjust the pressure. Furthermore, the operating state is shown by dotted lines in the same drawing. Also, depending on the application, the slits may be set to overlap each other in a multi-valve state to open in multiple directions.

Figures 14a, b, and c are the fourteenth invention in which a part of the lid (12) of the container is cut into a C-shape by cutting a line (141) into the C-shape, leaving one point, and the valve body is cut out into a C-shape. The container that formed (4)! ! Figure 15 a, b, c, d are patent claim No. 1
In the invention of No. 5, a part of the lid body (12) is formed into a C-shape and a groove body (1) in a ■-shape.
15), applying force to the groove body (151) and cutting off the groove part to form the vent hole (5) and the valve body (4). FIG. (12
) is a protrusion that allows you to hook and stop the sheet on a part of (
165) and attach the seat.

The container lid (Figure 16), which can be used as a valve body (4) to adjust pressure by hooking a sheet over the ventilation hole (5), can be stopped by inserting a sheet into a part of the lid (12). The lid body of the container, which is provided with a protrusion (163) and can be used as a valve body (4) to adjust the pressure by inserting a seat, is a hollow layer or -
A vent hole (5) is inserted into the lid (2) of a container consisting of a body (1) with multiple layers and a lid (2) to safely discharge pressure during primordia. be. It is also a container with a wall. In addition, grooves, single pleats, overlapping,
By inserting a protrusion into the primordium, pressure can be distributed safely and the seal can be released. In addition, if the rice, broth, etc. boils over to the top of the lid (12), adjust the size, number, and shape of the ventilation holes (5) and grooves.
) When the fluid reaches the upper part of the body (11), it is possible to perform a reverse primordium toward the body (11) by guiding the fluid through grooves and the like.

Fig. 18a shows the invention according to claim 18, in which the lid body is engaged with the opening of the body and the lid body is provided with a gasket (192) in the shape of a U-shape or 〈,〉, etc. ) functions as the valve (4) to adjust pressure, flow rate, direction, or seal. The container also has a body (11) and a lid (12) that can be sealed separately. . Also two characters or
< .

〉 Patsukin (192) is shaped like a body (11
) can also be set.

Figure 18 shows the invention according to claim 18, in which the lid body is engaged with the opening of the body and the lid body is provided with a gasket (192) in the shape of a double character or a double character (192). ) is the container in which the valve (4) acts to adjust the pressure, adjust the flow rate, adjust the direction, or seal the container after it has been sealed.

Fig. 18C shows the invention of patent claim jl18, in which the lid body is engaged with the opening of the body and the gasket (19) in the shape of two characters or 〈, 〉, etc. This container is characterized by having air holes (211) so that the gasket (19) functions as a valve (4) to adjust pressure, flow rate, direction, or seal. Patsukin (19
2) can also be set for the body (11).

Fig. 21a shows the invention of patent claim 21, in which the tip part of the lid (12) that seals the opening of the container is shaped into a 2-shape, a 〉-shape, a 7-shape, etc., so as to be connected to the body (11). conduct a meeting. Lid body (12
), the shape of the lid (12) has the combined functions of the lid (12), the gasket (3), and the valve body (4), and is molded into one piece. The lower part (192) has a structure that can change into a valve body (4) during use, heating, and pressurization, and has the feature of being able to adjust pressure, flow rate, flow rate, and direction. be.

In short, a thin valve body (
4) is provided to adjust the pressure or flow rate. Further, after heating, the lower portion (192) of the shaped portion of the lid (12) becomes a gasket to provide a seal. The lid and body are shown separately.

Figure 21 is a patent claim! ! In the invention of No. 21, a thin valve body (4) is provided at the engagement portion between the container and the lid (12) to adjust the pressure or flow rate. Also, after heating, remove the lid (
The lower part (192) of the shaped part 12) is a gasket to seal the container.

Fig. 21C9 shows the invention of claim 21, in which the tip of the lid (12) for sealing the opening of the container is shaped into a two-shape, a >-shape, etc. A lid body (12) provided with air holes (211) is engaged with an engaging portion on the outer periphery of the body (11). Depending on the shape of the lid (12), the lid (12)
), the packing (3), and the valve body (4) are integrally molded to have the combined functions.
51) serves as a packing (3) and a fixing body, which provides a backing during heating and use to prevent the lid from coming off. In addition, there is a ventilation hole (5) in the gasket (3) during heating and pressurization.
It has a structure in which the packing (3) can change into the valve body (4) and pressure! l! ! Or, it can have features that can perform flow rate adjustment, direction adjustment, or sealing functions. In short, the thin valve body (4) is located at the engagement part between the container and the lid (12).
) to adjust the pressure or flow rate.
Also two-character type.

The dogleg-shaped molded portion can also be formed integrally with the body.

It can be easily manufactured using materials such as plastic and rubber.

[Brief explanation of the drawing]

FIG. 1 is a cross-sectional view of Examples 1.2, 3.4.11 of the present invention, and FIG. 2 is a cross-sectional view of Example 1.2.3.4.11 of the present invention. b, c, are cross-sectional views I of Example 5 of the present invention! Figure 6a is a plan view of the sixth embodiment of the present invention;
c, cross-section of Example 6.8 of the present invention in FIG. 7 a, b are cross-sectional views of Example 7 of the present invention in FIG.
Q* dt l gy g'. hllyJ is a in the cross-sectional view of FIG. 10 of Example 9 of the present invention,
b, c, d are cross-sectional views of Example 10 of the present invention; FIG. 11 is cross-sectional views of Example 4.12 of the present invention; 1!12
The figure is a sectional view I! of Example 1.2.3.4.11゜12 of the present invention! Figures 13a, c, and d are cross-sectional views of Embodiment 13 of the present invention; Figure 13 is a perspective view of Embodiment 13 of the present invention; Figure 14a;
,b is a perspective view of the 14th embodiment of the present invention I! Fig. 14C is a plan view of Embodiment 14 of the present invention Fig. 15a
, b is a cross-sectional view of Example 15 of the present invention, FIG.
FIG. 16a is a sectional view and a plan view of Embodiment 16 of the present invention; d is a sectional view and a perspective view of Embodiment 16 of the present invention FIG. 17 is a sectional view of Embodiment 17 of the present invention FIG. 18a,
c, d are cross-sectional views of Embodiment 18 of the present invention. atbtct in Figure 21 is a sectional view of Embodiment 21 of the present invention (explanation of symbols of main parts) 1 Body 2 Lid body 3 Gasket 4 Valve body 5 Ventilation hole 6 Hole 7 Wall 11 Body 12 Lid body 13 Adjustment hole 14 Pressure regulating valve 15 Check valve 16 Vent hole 17 Vent hole 62 Lid body 63a having a circular shape Body part 63b having a square shape Body part 66 Cylindrical body 65 Ear pedestal surface 73 Swelling part 101 First hook part 102 Second and subsequent hook parts 103 Ventilation hole 111 Surrounding wall 112 Auxiliary chamber 115 Groove 131 Pointing 132 Slit 141 Cut line 151 Groove body 161 Sheet 163 Insertion 164 Holder 165 Hook 191 Container 192 Packing 211 Vent hole 4jP/6・A 諌/615/3

Claims (1)

[Claims] 1. A container with a hollow layer or a container with multiple layers or a single layer is equipped with a valve to have functions such as pressure adjustment, flow rate adjustment, direction adjustment, or sealing, and a hollow layer or multiple layer. Characteristic Container 2: A container with a hollow layer or a container with multiple layers or a single layer is equipped with a packing to have functions of pressure adjustment, flow rate adjustment, direction adjustment, sealing, and a hollow layer or multiple layers. A container 3 characterized in that it has the function described in claim 1 and claim 2, a container 4 having a ventilation hole in the container and a wall around or in a part of the ventilation hole. A container 5 that prevents leakage, a container 6 that is equipped with a check valve and a pressure regulating valve to adjust pressure, flow rate, direction, or sealing, and a lid that has one or more concave or convex grooves. A container 7 that is engaged with a container having one or more concavities or convexities in the opening, and a container 7 that is engaged with a container that has a spiral shape, a bulge, a slope, a stopper, etc. on the engaging portion as set forth in claim 6. , a container 8 in which a lid is brought into close contact with the container, and claim 6 has the feature of claim 7, and is characterized in that a packing can be provided in the part of the container to make it airtight. The container 9, the packing, or the valve body is provided with pleats, rings, slits, grooves, overlaps, ventilation holes, protrusions, protrusions, recesses, etc. to adjust the pressure, flow rate, direction, or seal. The container 10 is characterized by having a function of adjusting the pressure, flow rate, direction, or sealing of the container by providing a plurality of stoppers or hooks on the body or the lid and engaging the body and the lid. Container 11, Container 12 that prevents outflow by providing a wall in the part of the container that has a valve, Container 13 that has an auxiliary chamber provided in Claim 4 or 11 to adjust the pressure, and part of the container A container 14 in which a valve body is formed by providing a hole in the hole and fixing a part or the entire circumference of a sheet covering the hole, and a container in which a valve body is formed by making a cut line in a part of the container, bag, or packing. 15. Container 16 that produces the features of Claims 13 and 14 by forming a groove in a part of the container and applying force; a sheet or an object can be attached to the part of the container. Container 17 with a setting part forming a valve body, a hollow layer container or a container with multiple layers and a single layer with lines or grooves or vents or pleats or rings or overlaps etc. to prevent pressure. A container 18 characterized in that adjustment, flow rate adjustment, direction adjustment, or sealing is performed, and a U-shaped or dogleg-shaped packing is provided in the part where the sealing part is formed, and the pressure adjustment, flow rate adjustment, or sealing is performed by this packing. A container 19 that has the feature that it can be sealed, a container 20 that has the feature that a U-shaped or dogleg-shaped valve body is provided in the part where the sealing part is formed, and that the pressure adjustment or flow rate adjustment direction or sealing can be performed by this. The container 21 has the feature that pressure adjustment, flow rate adjustment, direction adjustment, or sealing can be performed by providing a multifunctional packing or a multifunctional valve in the part where the part is formed, the engaging part between the body of the container and the lid body, or the part of the container. Container 22 having a feature that a thin valve body is provided in the vent portion or the portion where the sealing portion is formed to enable pressure adjustment, flow rate adjustment, direction adjustment or sealing, a multi-layer container or a multi-layer and single-layer container. claims 4, 5, 6, 7, 8, 9, 10, 11
, 12, 13, 14, 15, 16, 17, 18, 19,
Containers having the characteristics of items 20, 21,