JP5882252B2 - Pressure cooker - Google Patents

Description

  The present invention relates to a pressure cooker capable of producing a plurality of types of soup.

  Conventionally, as in Patent Document 1, a pressure cooker capable of generating soup such as ramen has been proposed.

JP 2011-561142 A

  However, only one type of soup can be generated, and in order to generate other types of soup, it is necessary to discharge the contents of the pan body once.

  Therefore, the objective of this invention is providing the pressure cooker which can produce | generate multiple types of soup.

  The pressure cooker according to the present invention includes a pan body having two or more outlets on a wall surface, a lid that seals an opening at the top of the pan body, two or more inner pots arranged inside the pan body, and two or more Each having a valve provided outside each of the outlets and a liquid feeding member provided inside each of the two or more outlets, and the two or more outlets extract the liquid inside the inner pot. Therefore, the liquid feeding member has a tip extending to the bottom of the inner pot or the vicinity of the bottom.

  The soup is generated using a plurality of inner pots, and the soup generated in each inner pot is extracted using the internal pressure of the pressure cooker. Soup can be extracted without opening the lid, so you can continue cooking the soup in the other inner pot while extracting the soup in the other inner pot, and use one pan body to make multiple types of soup. Can be generated in a short time.

  When cooking by putting cooking utensils and liquid directly into the pan body, unless the inner wall surface of the pan body is completely washed away, there is a possibility that the ingredients of the soup generated in the past will be mixed, Each of the inner pots can be used for specific soup production, so the ingredients of the soup will not be mixed.

  Preferably, a fixing member for attaching the inner pot in a detachable state inside the pot body is further provided.

  It is possible to make the inner pot difficult to move inside the pot body, in particular, to prevent the inner pot from rising after the soup inside the inner pot is extracted.

  More preferably, a strainer disposed in an attachable / detachable manner on the inner wall of the pan body or a portion protruding from the inner wall or a portion recessed from the inner wall, and having an opening having substantially the same shape as the outer shape of the cylindrical portion of the two or more inner pans. The fixing member is further provided, and the two or more inner pots are arranged inside the pot body in a state of being inserted into the opening of the strainer.

  By inserting each of the inner pots into the opening of the strainer, the inner pots are less likely to move inside the pot body, in particular, the inner pots are less likely to rise after the soup inside the inner pot is extracted.

  More preferably, the inner wall of the pot body and the outer wall of the inner pot are provided with a recessed portion, and the recessed portion of the inner wall of the pot body is engaged with the outer wall of the strainer, so that the recessed portion of the inner wall of the inner pot is recessed. The inner pan is attached to the inside of the pan body by engaging the portion and the opening of the strainer.

  By these engagements, the inner pot 39 can be made difficult to move within the pot body 11.

  Moreover, Preferably, heating to an inner pot is performed through the water thrown in between the inner pot and the said pan main body.

  Since the inner pot is heated through the water introduced between the inner pot and the main body of the pot, even if the soup in the inner pot disappears, it is unlikely that the inner pot will burn with an empty pan. Moreover, since the opening of the upper part of a pan main body is sealed with the lid | cover, the possibility that the water thrown in between the inner pot and the pan main body will evaporate and the pan main body becomes empty is low.

  Preferably, the same number of discharge ports, inner pots, valves, and liquid feeding members are provided.

  The pressure cooker according to the present invention includes a pan body having a first discharge port and a second discharge port on a wall surface, a lid that seals an opening at the top of the pan body, and a first inner pan disposed inside the pan body. A second inner pot, a first valve provided outside the first outlet, a second valve provided outside the second outlet, and a first liquid feed provided inside the first outlet. And a second liquid feeding member provided inside the second discharge port, wherein the first discharge port and the second discharge port are for extracting the liquid inside the inner pot, The liquid feeding member has a leading end extending to the bottom of the first inner pot or the vicinity of the bottom, and the second liquid feeding member has a leading end extending to the bottom of the second inner pot or the vicinity of the bottom.

  As mentioned above, according to this invention, the pressure cooker which can produce | generate multiple types of soup can be provided.

It is a perspective view of a pan main part and an inner pan in this embodiment. It is the block diagram which looked at the cross section of the pressure cooker in this embodiment, Comprising: The liquid feeding member and the valve | bulb are not attached. It is a section lineblock diagram of a valve, piping, and a discharge port. It is the block diagram which looked at the cross section of the part which is the state by which the two inner pots in this embodiment are arrange | positioned at the pan main body, and has a discharge port from the top. It is the pressure cooker in this embodiment, Comprising: It is the block diagram which looked at the cross section of what attached the liquid feeding member and the valve | bulb from the side surface. It is the block diagram which looked at the cross section of the part which is the state by which four inner pots in this embodiment are arrange | positioned at the pan main body, and has a discharge port from the top. It is a top view of a strainer. It is a perspective view of the pan body in this embodiment, and the inner pan which attached the strainer. It is the block diagram which looked at the cross section of the pan main body and the inner pot which attached the strainer from the side. It is the block diagram which looked at the cross section of the state which made the strainer engaged with the outer wall of an inner pot, or the inner wall of a pan main body from the side surface.

  Hereinafter, the present embodiment will be described with reference to the drawings. The pressure cooker 1 in this embodiment includes a pan body 11, a lid 13, a handle 15, a discharge port 17 (first discharge port 17a, second discharge port 17b), and a liquid feed member 38 (first liquid feed member 38a, first 2 liquid feeding member 38b) and an inner pot 39 (first inner pot 39a, second inner pot 39b) are provided (see FIGS. 1 to 5).

  The pan body 11 is a pan such as a small pan that does not change in outer diameter from the top to the bottom, and a sealing mechanism 11a for attaching a lid 13 for using the pan body 11 as a pressure cooker is provided on the top. The lid 13 is attached to the pan body 11 with the packing 12 sandwiched therebetween. In FIG. 1, the sealing mechanism 11a is omitted.

  A side wall 14 that covers the upper part and the side part of the upper end of the pan body 11 is provided on the outside of the lid 13 and in contact with the upper end (opening) of the pan body 11 when attached to the pan body 11. Usually, the space between the pan body 11 and the lid 13 is sealed by the packing 12. However, when the packing 12 is damaged due to deterioration over time, contents such as steam and soup may jump out from the damaged portion through the gap between the pan body 11 and the lid 13. It is possible to prevent the liquid from being ejected upward or laterally (the container plane centrifugal direction), and to be discharged vertically downward from the gap between the side wall 14 and the upper end of the pan body 11.

  A U-shaped handle 15 is provided on the side surface of the pan body 11.

  The discharge port 17 is a cylindrical object or hole used for extracting the liquid in the inner pot 39 disposed inside the pan body 11, and two or more are provided in the upper part of the wall surface of the pan body 11, Valves 35 (first valve 35a and second valve 35b) are provided outside the respective outlets 17 via pipes 36 (first pipe 36a and second pipe 36b) so that gas or liquid flows downward in the vertical direction. ) Is attached (see FIGS. 3 and 5).

  In this embodiment, although the form which has the two discharge ports 17 (1st discharge port 17a, 2nd discharge port 17b) is shown, the form which has three or more may be sufficient (refer FIG. 6). FIG. 6 shows a form having four outlets 17 (first outlet 17a to fourth outlet 17d).

  The position (height) at which the discharge port 17 is provided is not particularly limited, and may be a low position on the side surface of the pan body 11 or a high position, but the liquid feed member 38 having a short length may be provided. In order to use it efficiently, it is desirable to provide it at a position higher than the height of the inner pot 39.

  If it is not necessary to consider physical interference with other devices, the valve 35 may be attached so as to flow in the horizontal direction or may be attached so as to flow downward in the vertical direction. However, it is desirable to adopt a ball valve in order to reduce the possibility of solids staying when mounted so as to flow in the horizontal direction. When it is attached so as to flow downward in the vertical direction, there is no problem even if a valve having another structure is adopted.

  Inside each of the discharge ports 17, a tip portion extends to the bottom portion of the inner pot 39 or near the bottom portion, and a tubular liquid feeding member 38 that sends the liquid below the inner pan 39 upward through the tip portion. (First liquid feeding member 38a and second liquid feeding member 38b) are attached (see FIG. 5).

  In addition, a filter (not shown) is provided at the tip of the liquid feeding member 38 so that solids such as cooking utensils are not discharged together or clog the inside of the liquid feeding member 38 during soup extraction. Is desirable.

  Two or more inner pots 39 are prepared, and each of the inner pots 39 can place a plurality of inner pots 39 inside the pot body 11, and water is placed between the inner walls of the pot body 11 when placed. It has a size that allows a gap to be inserted.

  For example, in the form in which two discharge ports 17 are provided, each of the two inner pots 39 (the first inner pot 39a and the second inner pot 39b) has a semi-cylindrical outer shape, and these are provided in the pot body 11. By placing, the hollow part of the pan body 11 is divided into approximately two equal parts as seen from above (see FIG. 4).

  In the form in which four discharge ports 17 are provided, each of the four inner pots 39 (the first inner pot 39a to the fourth inner pot 39d) has a columnar outer shape having a bottom surface obtained by dividing a circle into four equal parts. These are placed on the pan body 11 to divide the hollow portion of the pan body 11 into substantially four equal parts when viewed from above (see FIG. 6).

  Each of the inner pots 39 has a bottom surface facing the upper side of the bottom surface of the pot body 11 and an outer wall facing the inner wall of the pot body 11 or the outer wall of another inner pot 39, that is, a plurality of inner pots. 39 is placed inside the pan body 11 in a positional relationship where the heights are substantially the same.

  In addition, the 1st inner pot 39a and the 2nd inner pot 39b do not need to be the same magnitude | size, The form from which the magnitude | size of the 1st inner pot 39a and the 2nd inner pot 39b differs according to the quantity of the soup to produce | generate. It may be. Moreover, the shape of each inner pot 39 is not limited to a semi-cylinder.

  In the present embodiment, the same number of valves 35 and liquid feeding members 38 as the discharge ports 17 are provided, and these are attached to the outside and the inside of the discharge ports 17, and the same number of inner pots 39 are provided as the discharge ports 17. And is arranged inside the pan body 11. However, a mode in which a discharge port (for example, for draining the liquid inside the pan body 11 and adjusting the internal pressure) different from that for extracting the liquid inside the inner pan 39 may be provided.

  Next, the cooking procedure using the pressure cooker 1 of this embodiment will be described.

  The lid 13 is opened, and the first inner pot 39 a and the second inner pot 39 b are placed inside the pot body 11.

  A first valve 35a is attached to the outside of the first outlet 17a via a first pipe 36a, and a second valve 35b is attached to the outside of the second outlet 17b via a second pipe 36b. Both valves are closed.

  A first liquid feeding member 38a is attached to the inside of the first discharge port 17a, and a tip portion of the first liquid feeding member 38a is disposed so as to extend to the bottom of the first inner pot 39a or the vicinity of the bottom.

  A second liquid feeding member 38b is attached to the inside of the second discharge port 17b, and the tip of the second liquid feeding member 38b is disposed so as to extend to the bottom of the second inner pot 39b or near the bottom.

  Cooking utensils and liquid are introduced into the first inner pot 39 a and the second inner pot 39 b, and water is introduced between the inner pot 39 and the pot body 11.

  Heating is performed with the upper opening of the pan body 11 sealed with the lid 13. At this time, as shown in FIG. 5, a state in which the inner pot 39 floats in the pot body 11 is conceivable, and a state in which a part of the inner pot 39 is in contact with the inside of the pot body 11 is also conceivable.

  After the elapse of the first time after heating, the first valve 35a attached to the outlet 17 (here, the first outlet 17a) corresponding to one of the inner pots 39 (for example, the first inner pot 39a) is opened. To. Based on the internal pressure of the pressure cooker 1, the inner pot 39 (the first liquid feed member 38a) is connected to the inner pot 39 (first liquid feed member 38a) connected to the opened first valve 35a. The soup of the first inner pot 39a) is extracted. After the completion of extraction of a predetermined amount of soup, the first valve 35a corresponding to the soup extraction target inner pot 39 (first inner pot 39a) is closed.

  Further, after the second time has elapsed, the second valve 35b attached to the outlet 17 (here, the second outlet 17b) corresponding to the other of the inner pot 39 (for example, the second inner pot 39b) is opened. . Based on the internal pressure of the pressure cooker 1, the inner pan 39 (the second liquid feed member 38 b) is connected via the discharge port 17 (second discharge port 17 b) and the liquid feed member 38 (second liquid feed member 38 b) connected to the opened second valve 35 b. The soup of the second inner pot 39b) is extracted. After the extraction of the predetermined amount of soup, the second valve 35b corresponding to the soup extraction target inner pot 39 (second inner pot 39b) is closed.

  In the present embodiment, soup is generated using a plurality of inner pots 39, and the soup generated in each inner pot 39 is extracted using the internal pressure of the pressure cooker 1. The soup can be extracted without opening the lid 13, so that the soup in one inner pot can be extracted while the soup in the other inner pot can be cooked. Can be produced in a short time.

  In addition, since the heating to the inner pot 39 is performed through the water introduced between the inner pot 39 and the pot body 11, even when the soup in the inner pot 39 is lost, the inner pot 39 is left empty. The possibility of burning is low. Moreover, since the opening of the upper part of the pan body 11 is sealed with the lid 13, there is a possibility that the water introduced between the inner pan 39 and the pan body 11 evaporates and the pan body 11 becomes empty. Low.

  In addition, when cooking by directly putting cooking utensils and liquid into the pan body 11, unless the inner wall surface of the pan body 11 is completely washed away, there is a possibility that ingredients of the soup generated in the past will be mixed at the time of soup generation. However, in the present embodiment, each of the inner pots 39 can be used for a specific soup production, so the components of the soup are not mixed.

  In this embodiment, although the form which mounts in the inside of the pan main body 11 without fixing the inner pot 39 was demonstrated, the form which attaches the inner pot 39 in a detachable state using a fixing member may be sufficient.

  For example, it is arranged in a detachable state on the inner wall of the pot body 11 or a portion protruding from the inner wall (protrusion 11b), and is substantially the same as the outer shape of the cylindrical portion of the inner pot 39 (first inner pot 39a, second inner pot 39b). The form which uses the strainer 41 which has the opening part 42 (1st opening part 42a, 2nd opening part 42b) of the same shape as a fixing member of the inner pot 39 can be considered (refer FIGS. 7-9). 7-9, the example which mounts the strainer 41 in the ring-shaped protrusion 11b protruded from the inner wall of the pan main body 11 is shown. The strainer 41 according to the present embodiment refers to a region having a hole 43 that allows water to flow back and forth above and below the strainer 41 between the inner wall of the pot body 11 and the inner pot 39 in addition to the opening 42. .

  In this case, each of the inner pots 39 is inserted into the opening 42 of the strainer 41 so that the inner pot 39 is difficult to move inside the pot body 11, particularly after the soup inside the inner pot 39 is extracted. The pan 39 can be made difficult to rise.

  In addition, the strainer 41 may be attached to the inner pot 39 by simply inserting each of the inner pots 39 into the opening 42. However, a concave portion is provided on the outer wall of the inner pot 39, and the concave portion is provided. A configuration in which the opening 42 of the strainer 41 is engaged with the portion may be employed. Similarly, the strainer 41 may be attached to the pan body 11 by placing the strainer 41 on the inner wall of the pan body 11 or a portion protruding from the inner wall. A form in which the outer wall of the strainer 41 is engaged with the portion may be used (see FIG. 10). By these engagements, the inner pot 39 can be made difficult to move within the pot body 11.

DESCRIPTION OF SYMBOLS 1 Pressure cooker 11 Pan body 11a Sealing mechanism 11b Protrusion 12 Packing 13 Lid 14 Side wall 15 Handle 17 Discharge port 17a-17d 1st discharge port-4th discharge port 35 Valve 35a 1st valve 35b 2nd valve 36 Piping 36a 1st 1 piping 36b 2nd piping 38 liquid feeding member 38a 1st liquid feeding member 38b 2nd liquid feeding member 39 inner pot 39a-39d 1st inner pot-4th inner pot 41 strainer 42 opening part 42a 1st opening part 42b 2nd Opening 43 hole

Claims (7)

A pan body having two or more outlets on the wall;
A lid for sealing the upper opening of the pan body;
Two or more inner pots arranged inside the pan body;
A valve provided outside each of the two or more outlets;
A liquid feeding member provided inside each of the two or more outlets,
The two or more outlets are for extracting the liquid inside the inner pot through the upper opening of the inner pot,
The liquid feed member state, and it is not tip extending bottom or near the bottom of the inner bowl,
The two or more outlets, a pressure cooker, characterized in Rukoto provided at a position higher than the height of the two or more inner bowl.   The pressure cooker according to claim 1, further comprising a fixing member that attaches the inner pot in a detachable state inside the pot body. An inner wall of the pan body, a portion protruding from the inner wall, or a portion recessed from the inner wall, and disposed in a detachable state at a position lower than the two or more discharge ports, A strainer having an opening having substantially the same shape as the outer shape of the portion as the fixing member,
The pressure cooker according to claim 2, wherein the two or more inner pots are disposed inside the pot body in a state of being inserted into the opening of the strainer. The inner wall of the pan body and the outer wall of the inner pot are provided with a recessed portion,
The inner pot is engaged by the recessed portion of the inner wall of the pan body and the outer wall of the strainer, and the recessed portion of the outer wall of the inner pot and the opening of the strainer are engaged. The pressure cooker according to claim 3, wherein the pressure cooker is attached to the inside of the pan body.   The pressure cooker according to claim 1, wherein the heating to the inner pot is performed through water introduced between the inner pot and the pot body.   The pressure cooker according to claim 1, wherein the same number of the discharge port, the inner pot, the valve, and the liquid feeding member are provided. A pan body having a first outlet and a second outlet on the wall;
A lid for sealing the upper opening of the pan body;
A first inner pot and a second inner pot disposed inside the pan body;
A first valve provided outside the first discharge port;
A second valve provided outside the second discharge port;
A first liquid feeding member provided inside the first discharge port;
A second liquid feeding member provided inside the second discharge port,
The first discharge port is for extracting the liquid in the first inner pot through the upper opening of the first inner pot ,
The second discharge port is for extracting the liquid inside the second inner pot through the upper opening of the second inner pot,
The first liquid feeding member has a tip extending to the bottom of the first inner pot or the vicinity of the bottom,
The second liquid feed member state, and it is not tip extending bottom or near the bottom of the second inner bowl,
The first outlet is provided at a position higher than the height of the first inner pot,
It said second outlet, a pressure cooker, characterized in Rukoto provided at a position higher than the height of the second inner bowl.

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