JP3169582U - Container lid - Google Patents

Abstract

Provided is a container lid that can be attached to and detached from an opening of a container body that is opened by a simple operation, and that allows unnecessary liquid to be discharged from the container even when the container is attached. A main body portion, an annular flange portion, an engagement tube portion, and a liquid discharge port portion are formed, and are attached to and detached from an opening portion of a container main body. The liquid reservoir space 8 is formed between the main body 2 and the container main body 20 and the bottom wall of the main body 2 forms the pressing portion 7 that presses the contents 22, and the liquid discharge port portion remains in the mounted state. 5, the liquid 23 accumulated in the liquid reservoir space 8 is discharged. [Selection] Figure 4

Description

  The present invention allows the storage of the open container by preventing the entry of foreign substances, etc. by attaching it to the container body such as a can after opening the lid, and is unnecessary from the container body in the mounted state. The present invention relates to a container lid that can discharge liquid.

  Canned food is generally provided in a can body filled with oil, water, seasoning liquid, or the like together with the contents, and sealed with a pull-top lid. For canning, the cap is pulled up, the lid is removed from the can body, the contents are taken out from the opening, and appropriate cooking is performed. The canned food is stored in a refrigerator after the surplus contents are transferred to a small bowl or the like together with an appropriate amount of seasoning liquid and the like. The can body is discarded at that time along with the lid body.

  Patent Document 1 discloses a can sealing lid that enables reuse of a used beverage can such as a beer can as a storage container for a refrigerator such as noodle soup. The sealing lid for the can includes an elastic engagement lid made of synthetic resin that covers the upper surface on the mouth side, a sheet-like elastic member that can adhere to the upper edge of the can, and the elastic engagement lid and the elastic member inside. And a cap-shaped peripheral frame member that is housed in the can body and attached to the can body. The sealing lid for cans is attached to the beverage can after opening so that a good sealed state is maintained.

Utility Model Registration No. 2561434

  By the way, in canned foods, a large amount of seasoning liquid is generally enclosed, and the contents are cooked after a certain amount of the seasoning liquid is discarded. In canning, a so-called draining process (oil draining process) is performed in which the container body is tilted at the sink and the seasoning liquid is discharged from the opening edge after opening the lid for this purpose. Could cause the contents to fall into the sink. Further, in canning, there is a problem that so-called liquid dripping occurs in which the seasoning falls along the outer peripheral wall surface of the can body, so that the post-treatment is troublesome and the hands are soiled.

  In canned food, a large amount of seasoning liquid impregnated in the contents remains even after the draining process described above is performed. In canning, for this purpose, for example, the contents and seasoning liquid are spread on the draining sheet from the can body, and the draining process is performed. Such a draining process also requires the appropriate replacement of the draining sheet and increases the amount of dust.

  Further, in canning, as described above, when the contents remain, it is wrapped and stored in the refrigerator, but it is preferable that an appropriate amount of seasoning liquid remains at that time. In canned food, it is difficult to control the processing amount of the seasoning liquid by the above draining process. For example, if the seasoning liquid is insufficient, the contents are dried and the taste after storage is deteriorated. There was also a problem.

  In canning, by using the sealing lid for cans of the above-mentioned Patent Document 1, the storage after opening is prevented to prevent foreign matters from being mixed, and sanitary storage is performed. The occurrence of inconvenience such as spilling is also prevented. However, such a sealing lid for cans is effective only in a usage form in which the container is hermetically sealed, but is not so effective for use in canning that requires the processing of the seasoning described above. Also, the can sealing lid is relatively expensive.

  The present invention is designed to be removed and attached to a container body of a can such as a can opened by a simple operation so that it can be stored in a sanitary manner. An object of the present invention is to provide a container lid that is inexpensive and easy to use.

  The container lid according to the present invention that achieves the above-described object is attached to and detached from the container body of a container such as canned food so as to close an opening formed by removing the lid. The container lid is integrally formed of a synthetic resin material, and has a bottomed cylindrical main body portion including an outer peripheral wall portion and a bottom wall portion, and a thin annular flange portion formed on the outer peripheral edge of the main body portion, It is comprised from the engagement cylinder part formed so that a main-body part might be enclosed in the outer periphery of this annular flange part, and the liquid discharge port part opened ranging over the annular flange part and the engagement cylinder part. The container lid body, when mounted on the container body, forms a liquid reservoir space portion between the inner peripheral wall surface of the container main body and the outer peripheral wall surface of the main body portion, and the bottom wall portion of the main body portion is filled in the container main body. A pressing portion that presses the contents is configured so that the liquid accumulated in the liquid reservoir space portion is discharged while the liquid discharge port portion closes the opening.

  When a container lid is opened and a part of the contents is taken out and stored in a refrigerator or the like and then stored in a refrigerator or the like, the lid is removed and the opening formed by closing the lid is attached to and detached from the container body. In this way, foreign matters are prevented from being mixed in, and the contents are kept in a good state or scents are prevented. In addition, the container lid body allows the liquid such as excess seasoning liquid to be directly discharged to the outside from the inside of the container body with the opening of the container body from which the lid body has been removed closed. Furthermore, the container lid is attached to the container body so that the pressing part presses the contents and seasoning liquid or the like is stored in the liquid reservoir space, and the container body is tilted to discharge excess liquid from the liquid discharge port. To be done. Furthermore, the container lid allows the liquid impregnated in the contents to be pushed out into the liquid reservoir space portion and discharged from the liquid discharge port portion by pressing the pressing portion from the outside in the mounted state.

  In addition, the container lid according to the present invention that achieves the above-mentioned object is a foreign object by being attached to and detached from the container body of a container such as a can by closing the opening formed by removing the lid. The contents are kept in a good state or the scent is prevented. The container lid is integrally formed of a synthetic resin material, and includes a main body portion, an annular flange portion, an engagement tube portion, and a liquid discharge port portion. The container lid is formed in a bottomed cylindrical shape including an outer peripheral wall portion and a bottom wall portion having a predetermined height while the main body portion has an opening size smaller than the opening size of the container main body. In the state where the container lid is mounted on the container body, the main body part forms a liquid reservoir space part over the entire circumference between the outer peripheral wall surface and the inner peripheral wall surface of the container main body, and the bottom wall part. Constitutes a pressing portion that presses the contents stored in the container body. The container lid body is flexible because the annular flange portion has a width dimension opposed to the outer peripheral edge of the container main body in a state of being mounted on the container main body from the outer peripheral edge of the outer peripheral wall portion of the main body portion, and is thin. A bend is formed by imparting properties. The container lid is formed as a cylindrical portion that is bent from the outer peripheral edge of the annular flange portion to the outer peripheral wall surface of the opening edge of the container main body in a state of being attached to the container main body, An engaging convex portion that forms an engaging convex portion on the wall surface and that engages with the peripheral convex portion left on the outer peripheral wall portion of the container body as a united portion of the outer peripheral edge of the lid is formed. . In the container lid, the liquid discharge port portion opens across the annular flange portion and the engagement tube portion, and communicates with the liquid reservoir space portion in a state of being mounted on the container body.

  The container cover body is engaged with the protrusion on the container body side relative to the container body by pushing the engagement tube portion along the outer peripheral wall of the container body with respect to the container body from which the cover is removed, When the lid is removed, the opening is opened and attached. The container lid is a liquid reservoir space portion in which the bottom wall portion of the main body portion presses the contents of the container main body and liquid such as seasoning liquid is configured between the outer peripheral wall surface of the main body portion and the inner peripheral wall surface of the container main body. Accumulate on. By tilting the container body while the container lid is in the mounted state, an unnecessary amount of liquid accumulated in the liquid reservoir space is discharged from the liquid discharge port to the outside. Furthermore, the container lid can be pushed out from the outside while the container lid is attached to the container body, thereby extruding liquid such as seasoning liquid impregnated in the contents and discharging it from the liquid discharge port. To do.

  In the container lid, the annular flange portion is at a height position that constitutes a space portion above the liquid reservoir space portion, with the opening edge of the container body in a state where the annular flange portion is mounted on the container body. The container lid body constitutes a liquid discharge promoting space portion that promotes the flow of liquid in the liquid reservoir space portion when the liquid accumulated in the liquid reservoir space portion is discharged from the liquid discharge port portion as described above. By doing so, the liquid is efficiently discharged.

  The container lid is formed on the inner peripheral wall surface of the opening edge on both sides of the discharge port of the liquid discharge port portion, with the holding cylinder abutting on the opening edge in the state of being mounted on the container body. The container lid is configured so that the lower opening edge of the discharge port is opposed to the opening edge of the container main body by the holding rib, thereby preventing liquid damming at the opening edge. Thus, the container lid allows the liquid accumulated in the liquid reservoir space to be efficiently and smoothly discharged from the liquid discharge port.

  In the container lid, a semi-funnel-shaped discharge guide wall portion is formed on the outer peripheral wall surface surrounding the discharge port of the liquid discharge port portion in the engagement cylinder portion. The container lid discharges liquid from the inside of the container main body through the discharge port through the discharge guide wall portion, thereby reducing liquid dripping along the outer peripheral wall surface of the container main body and performing stable discharge. In addition, it is also possible to put in a ball or the like in order to use the liquid.

  In the container lid, a lid piece portion that opens and closes the discharge port of the liquid discharge port portion is formed in the annular flange portion by being able to rise and fall through a thin hinge portion. The container lid body holds the container body in a substantially sealed state by tilting the lid piece portion and closing the discharge port.

  According to the container lid according to the present invention, it can be applied without changing the specifications of cans that are generally provided, and is simple and inexpensive, and has an opening from which the lid is removed by a simple operation. It is closed and attached to / detached from the container body, and the contents can be stored in a good state by preventing foreign matters and the like from being kept in a good state or by preventing a transfer scent. According to the container lid, the pressing part presses and holds the contents by being attached to the container body, and the seasoning liquid is stored in the liquid reservoir space part, and the container body is tilted without contaminating the hand or the saucer. It is possible to discharge excess liquid from the liquid discharge port. Furthermore, the container lid can be pushed from the outside while the container lid is attached to the container body, thereby pushing the liquid impregnated in the contents into the liquid reservoir space and discharging it from the liquid discharge port. It is. The container lid is easy to use and can be used for multiple purposes.

It is a front view of a container lid concerning the present invention. It is sectional drawing of the container lid. It is a perspective view of the use condition which mounted | wore the container main body (canned food) with the same container lid. It is sectional drawing of the use condition which mounted | wore the container main body (canned food) with the same container lid. It is explanatory drawing of operation which discharges a seasoning liquid.

  Hereinafter, the container lid 1 shown as an embodiment of the present invention will be described in detail. The container lid 1 is attached to and detached from the can body (container body) 20 of the can (container) from which the lid is removed as shown in FIGS. 3 and 4 so as to close the opened opening 21. Used. The can is formed by sealing the ceiling of the can body 20 of a relatively shallow wide-bottomed cylindrical body made of aluminum or steel with a so-called pull-top lid. In the can, the can body 20 is formed such that the outer diameter dimension is L1 and the height dimension is H1. In addition, not only the pull top type lid but also the can can be removed from the ceiling by can opener or the like.

  As shown in FIG. 4, canned food is filled with, for example, bonito, tuna, or an appropriate material boiled, boiled or seasoned in a can body 20 together with a large amount of water 23 such as water, oil or seasoning liquid. It is sealed with a lid (not shown). The can body 20 integrates the outer peripheral edge portion of the lid body having a pull-top structure at the opening edge portion by caulking or the like over the entire circumference. In the can body 20 with the lid removed, a caulking portion where the lid and the bottom plate, which are not described in detail, are integrated is left on the outer peripheral wall, and a circumferential convex portion 24 is formed along the opening edge. . In addition, about the convex part 24, the crimping site | part of the baseplate side is shown by FIG.

  In canning, the base is opened by removing the lid that forms the ceiling by lifting the base during cooking or the like, and the contents 22 are taken out from the opening 21. The canned product is drained to discard excess liquid 23 during cooking. In the case of canning, when the content 22 is left or when the liquid 23 is drained, the opening 21 is closed and the container lid 1 is mounted on the can body 20 as described later.

  The canned product can be kept in a good state by preventing the mixing of foreign substances and scents when stored in a refrigerator or the like by attaching the container lid 1 to the can body 20 and suppressing drying. Saved. In addition, canning is performed by draining the excess liquid 23 from the inside of the can main body 20 while the container lid 1 is mounted as described later by using the container lid 1.

  The container lid 1 is integrally formed of a synthetic resin material such as polyethylene or polypropylene, for example. As shown in FIGS. 1 and 2, the container lid 1 is formed in a bottomed cylindrical shape including a main body portion 2, an annular flange portion 3, an engagement tube portion 4, and a liquid discharge port portion 5. The The container lid 1 is not limited to a bottomed cylindrical shape, and is formed into a bottomed rectangular tube shape when used for, for example, a rectangular can.

  The main body 2 includes a cylindrical outer peripheral wall 6 and a pressing portion 7 that constitutes the bottom wall of the outer peripheral wall 6. The main body 2 is formed such that the outer peripheral wall 6 has an inner diameter L2 smaller than an outer diameter L1 of the can body 20 and a height H2 smaller than the height H1 of the can body 20. The main body 2 constitutes an annular liquid reservoir space portion 8 between the outer peripheral wall surface of the outer peripheral wall portion 6 and the inner peripheral wall surface of the can main body 20 in a state where the container lid body 1 is mounted on the can main body 20. The inner diameter L2 is formed. The liquid reservoir space 8 stores a liquid 23 filled in the can body 20 as will be described later.

  The main body 2 is formed in the height dimension H2 located slightly below the height position of the contents 22 filled with the pressing portion 7 in a state where the container lid 1 is mounted on the can main body 20. The main body 2 is formed to have a height dimension H 2, thereby holding the contents 22 filled in the can main body 20 by the outer peripheral wall 6 and the pressing portion 7 and pushing out the liquid 23 into the liquid reservoir space 8. So that it can be stored. In the state in which the container lid 1 is mounted on the can main body 20, the main body 2 presses the contents 22 filled in the can main body 20 as shown in FIG. 4. The pressing unit 7 presses and holds the contents 22 on the bottom wall of the can body 20 and pushes the liquid 23 impregnated in the contents 22 into the liquid reservoir space 8.

  The container lid 1 is integrally formed so that the annular flange portion 3 protrudes sideways along the opening edge of the outer peripheral wall portion 6 of the main body portion 2. The annular flange portion 3 has a width dimension W in which the outer peripheral edge extends over the entire circumference along the opening edge of the can body 20 in a state where the container lid 1 is mounted on the can body 20 as described later. It is formed integrally with the main body 2. The annular flange portion 3 is formed as a slightly thin portion as compared with the main body portion 2, and thus has flexibility depending on the characteristics of the material.

  In the container lid 1, the engagement cylinder portion 4 is integrally bent as a cylindrical portion facing the main body portion 2 along the outer peripheral edge of the annular flange portion 3. The engagement cylinder portion 4 is opposed to the outer peripheral wall surface of the opening edge in a state where the container lid body 1 is mounted on the can body 20 as will be described later, and on the outer peripheral wall portion on the side where the lid body of the can body 20 is removed. It is formed with a height dimension H3 located slightly below the circumferential convex portion 24 configured along the opening edge.

  In the engagement cylinder portion 4, an engagement convex portion 9 having a semicircular cross section is formed on the inner peripheral wall surface of the tip portion. The engaging protrusions 9 are formed to protrude from the inner peripheral wall surface of the engaging cylinder portion 4 with a predetermined interval. When the container lid 1 is mounted on the can main body 20, the engagement convex portion 9 is relatively engaged with the above-described convex portion 24 formed on the outer peripheral wall surface of the can main body 20, thereby mounting the container lid 1. To be retained. The engagement protrusion 9 may be an annular protrusion formed on the inner peripheral wall surface of the engagement cylinder portion 4 so as to protrude over the entire circumference.

  When the container lid 1 is mounted on the can main body 20 and the engagement convex portion 9 is relatively engaged with the convex portion 24, the engagement cylinder portion 4 has an inner surface of the annular flange portion 3 that is closer to the opening edge of the can main body 20. The height dimension H3 is set so as to be positioned slightly above. In the state where the container lid 1 is mounted on the can main body 20, the engagement cylinder portion 4 has an annular liquid discharge over the entire upper edge of the opening edge, that is, the above-described liquid reservoir space portion 8 as shown in FIG. 4. The promotion space 15 is configured. As will be described later, the liquid discharge promoting space portion 15 efficiently discharges the liquid 23 by generating an air flow in the can body 20 when the liquid 23 is discharged.

  In the container lid 1, the liquid discharge port portion 5 includes a discharge port 10, a holding rib 11, a discharge guide wall portion 12, and a lid piece portion 13 as shown in FIG. 2. The liquid discharge port 5 communicates the discharge port 10 with the liquid reservoir space 8 described above and opens across the annular flange portion 3 and the engagement tube portion 4. The liquid discharge port portion 5 forms the holding rib 11 as a convex portion in the height direction along the inner peripheral wall surface of both side opening edges sandwiching the discharge port 10 of the engagement cylinder portion 4. In the state where the container lid 1 is mounted on the can body 20, the holding rib 11 abuts against the opening edge of the can body 20 as shown in FIG. Opposite the edge.

  The liquid discharge port portion 5 is formed so that the discharge guide wall portion 12 protrudes integrally on the outer peripheral wall surface of the engagement tube portion 4 so as to surround the discharge port 10. As shown in FIGS. 1 and 2, the discharge guide wall portion 12 is formed in a semi-funnel shape in which the upper portion is a wide mouth and is inclined downward inward and gradually inward. The discharge guide wall portion 12 is formed with a rounded shape as a whole, so that safety is achieved so as not to damage the user's fingertips and the like.

  The liquid discharge port portion 5 is formed integrally with the annular flange portion 3 such that the lid piece portion 13 faces the discharge port 10. The cover piece part 13 is comprised by the cover piece which cut out the site | part which forms the discharge port 10 of the annular flange part 3 to a semicircle as shown in FIG. The lid piece portion 13 has a semicircular diameter portion connected to and connected to the annular flange portion 3 by a thin portion, and the thin portion constitutes a thin hinge portion 14 and can be raised and lowered.

  When the excess liquid 23 is discharged from the inside of the can body 20 as will be described later, the lid piece portion 13 is pulled up via the thin hinge portion 14 as shown in FIG. 2 to open the discharge port 10. When the lid piece 13 is stored in a refrigerator or the like, as shown in FIG. 3, the lid piece 13 is tilted so as to constitute the same surface as the annular flange portion 3 via the thin-walled hinge portion 14, thereby closing the discharge port 10. Thus, the can body 20 is held in a substantially sealed state.

  The container lid 1 configured as described above is attached to the can body 20 of the container with the ceiling removed by removing the lid as described above. The container lid 1 has the engaging cylinder portion 4 fitted to the outer peripheral wall portion of the can body 20, and the engaging convex portion 9 formed on the engaging cylinder portion 4 gets over the convex portion 24 on the can body 20 side and is relatively It is pushed in until it is engaged. The container lid 1 does not fall off from the can body 20 due to the engagement between the engagement protrusion 9 and the protrusion 24. Further, the container lid body 1 is removed from the can body 20 by releasing the engagement state between the engagement protrusions 9 and the protrusions 24 by pulling up strongly.

  The container lid 1 forms a liquid reservoir space 8 between the outer peripheral wall surface of the main body 2 and the inner peripheral wall surface of the container main body 20 as shown in FIG. The container lid 1 includes the liquid discharge promoting space 15 described above over the entire area of the liquid reservoir space 8 by the outer peripheral wall surface of the main body 2, the inner surface of the annular flange portion 3, and the inner peripheral wall surface of the engagement cylinder portion 4. Configure. In the container lid 1, the holding rib 11 hits the opening edge of the can body 20, and the lower opening edge of the discharge port 10 is positioned opposite to the opening edge of the can body 20.

  In the container lid 1, the main body 2 pushes and stores the liquid 23 in the can main body 20 into the liquid reservoir space 8, and the pressing portion 7 presses the contents 22 to press the bottom wall of the can main body 20. Press and hold up. The container lid 1 can be drained to discharge the excess liquid 23 from the can body 20 by tilting the can body 20 with the liquid discharge port portion 5 positioned on the lower side in the mounted state. is there.

  The container lid 1 opens the outlet 10 that has been closed by pulling up the lid piece 13 via the thin-walled hinge 14. In the container lid 1, by tilting the can body 20, the liquid 23 flows in the liquid storage space 8 toward the liquid discharge port 5 and is discharged from the discharge port 10 to the outside. Since the container lid 1 presses and holds the contents 22 by the pressing portion 7 of the main body 2, even if the can main body 20 is tilted, there is no inconvenience that the contents 22 move and collapse inside.

  As described above, the container lid 1 is provided with the liquid discharge promoting space 15 over the entire area of the liquid reservoir space 8 so that the flow of the liquid 23 in the liquid reservoir space 8 is sufficiently ensured. Ensure efficient drainage. The container lid 1 is held by the holding rib 11 at a position where the lower opening edge of the discharge port 10 faces the opening edge of the can main body 20, so that the liquid 23 is not dammed up at the lower opening edge. To be discharged. The container lid 1 can adjust the discharge amount of the liquid 23. The container lid 1 can adjust the ratio of the contents 22 and the liquid 23 by adjusting the tilt angle of the can body 20.

  The container lid 1 not only drains the liquid 23 that is naturally separated from the contents 22 depending on the contents of cooking or the like, but can further reduce the liquid 23. When the container lid 1 is subjected to the draining process described above as shown in FIG. 5, the pressing operation of the pressing portion 7 is performed by the user. As described above, the container lid 1 can press the pressing portion 7 from the outside when the annular flange portion 3 is provided with flexibility, and further stores the liquid 23 impregnated in the contents 22 into the liquid reservoir. Push into the space 8. The container lid 1 can also adjust the amount of impregnation in the contents 22 of the liquid 23 by appropriately adjusting the pressing operation of the pressing portion 7.

  As described above, the container lid 1 can be attached to the can body 20 by a simple operation of being pushed into the can body 20, and the inside of the can body 20 can be configured as a substantially sealed space portion. In the container lid 1, it is possible to store the contents 22 in a good state by preventing foreign matters and the like from being kept in a good state or preventing a scent from moving, or by mistakenly falling over. Even in the case of spillage, the liquid 23 is prevented from spilling.

  In the container lid 1, the can body 20 is tilted in the mounted state, so that the extra liquid 23 is discharged from the can body 20 without draining the replacement container, draining paper, etc. To. Furthermore, in the container lid 1, it is possible to drain the liquid 23 impregnated in the contents 22 as appropriate by pressing the pressing portion 7 with the can body 20 tilted. The container lid 1 has a simple structure and is inexpensive. For example, a plurality of can lids sold as one pack can be enclosed and provided as a service product. The container lid 1 is easy to use and can be used for multiple purposes.

  DESCRIPTION OF SYMBOLS 1 Container lid body, 2 main-body part, 3 annular flange part, 4 engagement cylinder part, 5 liquid discharge part, 6 outer peripheral wall part, 7 press part, 8 liquid reservoir space part, 9 engagement convex part, 10 discharge port, DESCRIPTION OF SYMBOLS 11 Holding rib, 12 Discharge guide wall part, 13 Cover piece part, 14 Thin hinge part, 15 Liquid discharge promotion space part, 20 Can main body (container main body), 21 Opening part, 22 Contents, 23 Liquid, 24 Convex part

Claims (6)

It is a container lid formed integrally with a synthetic resin material that is attached to and detached from the opening of the container body from which the lid is removed,
A bottomed cylindrical main body portion comprising an outer peripheral wall portion and a bottom wall portion, a thin annular flange portion formed on the outer peripheral edge of the main body portion, and surrounding the main body portion on the outer peripheral edge of the annular flange portion It is composed of a formed engagement cylinder part, and a liquid discharge port part opened across the annular flange part and the engagement cylinder part,
In a state where the container main body is mounted, a liquid reservoir space is formed between the inner peripheral wall surface of the container main body and the outer peripheral wall surface of the main body portion, and the contents in which the bottom wall portion is filled in the container main body A container lid that constitutes a pressing portion to be pressed and discharges the liquid accumulated in the liquid reservoir space from the liquid discharge port. It is a container lid formed integrally with a synthetic resin material that is attached to and detached from the opening of the container body from which the lid is removed,
The opening size is smaller than the opening size of the container body and is formed in a bottomed cylindrical shape having a predetermined height, and the outer peripheral wall portion is attached to the outer peripheral wall surface and the inner periphery of the container when mounted on the container main body. A body part that constitutes a liquid reservoir space part over the entire circumference between the wall surface and a bottom part that constitutes a pressing part that presses the contents filled in the container body;
The body has a width dimension that protrudes from the outer peripheral edge of the outer peripheral wall portion of the main body portion over the entire circumference from the opening edge of the container main body in a state of being mounted on the container, and is flexible by being thinned. An annular flange portion that is provided and bent; and
An inner peripheral wall surface that is bent from the outer peripheral edge of the annular flange portion as a cylindrical portion facing the outer peripheral wall surface of the opening edge of the container main body in a state of being mounted on the container main body, and is located in the vicinity of the tip edge An engagement cylinder portion formed with an engagement convex portion that engages with a circumferential engagement recess portion formed on the outer peripheral wall portion of the container body;
A container lid comprising: a liquid discharge port portion that is opened across the annular flange portion and the engagement cylinder portion and has a discharge port that communicates with the liquid reservoir space portion when mounted on the container main body.   The annular flange portion is at a height position that constitutes a space portion with the opening edge of the container body in a state where the annular flange portion is mounted on the container body, and a liquid storage space is formed when the liquid is discharged from the liquid discharge port portion. The container lid according to claim 2 which constitutes a liquid discharge promotion space part which promotes the flow of the liquid which flows through the part.   The engaging cylinder portion is formed with holding ribs on the inner peripheral wall surfaces of the opening edges on both sides of the discharge port of the liquid discharge port portion, and the holding ribs are open edges of the container body when mounted on the container body. The container lid body according to claim 2 or 3, wherein the lower opening edge of the discharge port is opposed to the opening edge of the container main body by striking against the container.   The said engagement cylinder part is formed with the semi-funnel-shaped discharge guide wall part which guides the liquid discharged | emitted to the outer peripheral wall surface surrounding the said discharge port of the said liquid discharge port part. The container lid according to Item 1.   The lid piece part which opens and closes the said discharge port of the said liquid discharge port part is formed in the said annular flange part through the thin-walled hinge part, Any one of Claims 2-5. The container lid described.

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