JP3180444U - Food drainer - Google Patents

Abstract

[Problem] To sell foods that require draining immediately before eating, such as sizzling tofu, while eating the food while taking it home from the store, etc. To provide a food drainer that can be used.
A food draining container that maintains a constant water retention amount while draining water, and comprises an upper lid, a draining member, and a container. The upper lid includes the draining member between the container and the container. It is a lid provided with a fitting portion that can be covered in a sandwiched state at the opening edge, and the container is a container that contains the draining member at the opening edge to store food, and the draining member Is a water-permeable nonwoven fabric attached in an inverted conical shape from the opening edge of the container toward the center of the bottom, and when the draining member is attached to the container, the apex of the inverted conical shape is The means which is the arrangement | positioning relationship which will be in a substantially contact state with the bottom part of a container is taken.
[Selection] Figure 1

Description

  The present invention relates to food containers that require draining immediately before eating, such as cereal tofu, and more specifically, draining while taking it home from the store, etc. while maintaining the amount of water retained for a certain period of time The present invention relates to a food drainer that can be eaten as it is.

  As a container for storing cotton tofu or silk-boiled tofu, a form sold in a pack container in which a square tray container is sealed with a sheet lid is generally used. However, in the case of taking away tofu that has a high moisture content and has a fluffy texture in these general pack containers, it must be drained before eating because it is stored in the water soaked in water. However, there is a problem that you cannot eat immediately after returning home. In addition, after removing the sheet lid from the tray container, turning the palm upside down with the palm attached to the sheet lid, draining it, removing it, and then transferring it to a plate or bowl, there is a problem that requires troublesome work before meals. is there.

  On the other hand, when Zaru tofu is provided at restaurants, small restaurants, etc., as the name suggests, it is provided in a mode that it is placed on a round bamboo knitted bamboo, and you can enjoy a sense of quality and taste. At the same time, since it is transported to a counter or table immediately after draining for the most suitable moisture adjustment, it can be eaten deliciously without impairing its unique texture and flavor. However, when taking out and selling using bamboo-made bamboo baskets, there is a problem that the water retention state cannot be adjusted due to excessive moisture depending on the time to return home, and the selling price is also high. There is also the problem of becoming. Therefore, even if the tofu is sold directly at the tofu factory, it is rarely sold in large quantities in the general market, and the sales volume is also limited to some supermarkets and department stores, etc. It can be said that it is difficult to handle as a take-out food.

Moreover, there exists the food container which uses the nonwoven fabric which has water permeability for draining like the device which concerns on this application. This is not a limited story as a member for draining water, and the present situation is that non-woven fabric is not used throughout edible utensils. The reason for this is thought to be that the raw material of the nonwoven fabric is mainly due to being petroleum-based, but in recent years, for example, a medical plaster base material or gauze that directly touches the human body. Polyolefin fiber non-woven fabrics are used, and rayon non-woven fabrics are not petroleum-based but natural-based fibers that are biodegradable and soft in texture, so they are also used in diapers. In view of such a current situation, the active use of food-related products is expected in the future.

  Various technical proposals have been made to solve the above-mentioned problems, but food drainer containers that have both a draining function and a water retention and maintenance function and can be sold in large quantities have not yet been solved. . An example of related prior art is shown below.

  For example, it is a proposal to provide a structure for draining and maintaining the shape of the above-mentioned tofu, and it is easy and quick to handle the tofu from taking out, draining, cooking and storage without touching by hand. A known “tofu storage container” (Patent Document 1) is known. However, the technical means of such a “tofu storage container” is provided with a hanging portion at one end of a spinal plate made of a rectangular flat plate, and a shelf plate so that the other end of the spinal plate protrudes horizontally in the opposite direction to the hanging portion. A tofu mounting table having a plurality of drain holes in the spine plate and the shelf board, and a rear surface of the box body having the upper part opened from the upper end to the lower end. In the invention, the tofu storage container is packed in a container. Although it has a water retention function and a shape maintenance function, the structure in which the tofu is taken out from the container when taking out the tofu from the container assumes that the tofu to be taken out has a certain hardness. The beans that have a high water content and are not fixed in shape It can be said that as tofu mounting table is incompatible, and because the tofu itself is preserved in a state of being immersed in water in the accommodated state, fluffy texture including moderate moisture there is a problem not maintained.

  In addition, a “tofu container” (Patent Document 2) has been proposed in which draining can be easily performed, and the tofu can be very easily taken out without contacting the tofu and the tofu does not collapse unintentionally. However, the technical means of such a “tofu container” is a container body in which a peripheral wall is erected from the peripheral edge of the bottom wall, and a grip bar is erected from the upper surface of the bottom plate placed in a state where it can be pulled up on the container body bottom wall. In addition, the invention is provided with an inner dish in which the tip of the grasping rod protrudes from the top surface of the tofu filled in the container body on the bottom plate, and a lid plate in which the peripheral portion is fusion-fixed to the top surface of the container body so as to be peelable. However, when the tofu container is packed in the container, it has a water retention function and a shape maintenance function and can be eaten while being stored in the container. The tofu to be taken out is based on the premise that the tofu to be taken out has a certain hardness. As non-conforming In addition, since the tofu itself is stored in a state of being immersed in water in a packed state, the tofu itself is stored in a watery state containing a lot of water, so there is a problem that the fluffy texture is not maintained At the same time, it can be said that there is a problem that the atmosphere of the elegant meal breaks when the food is sticking out of the tofu that is not picked from the middle plate.

  Furthermore, a “tofu container” (Patent Document 3) has also been proposed in which tofu is accommodated for sale, and the tofu can be easily drained, and can be used as a tray as it is. However, the technical means of such a “tofu container” is that a drainage hole is formed by attaching an inner lid having a drainage hole to the lid surface with a fitting edge joined to a folded edge on a container body capable of accommodating tofu. The tofu container has a structure in which the lid surface is sealed with a sheet-like lid body, and the tofu container is packed in a container with a water retention function and a shape maintenance function secured in the state of being accommodated in the container. Although it can be eaten, when tofu is taken out from the container, it is assumed that the tofu to be taken out has a certain hardness because it is structured to put out the tofu on the tofu mounting table, and the present invention However, it is unsuitable as an inner lid for pulling up tofu that has a large amount of moisture and the shape is not fixed, and because of the structure in which the tofu itself is stored in water in a packed state, there are many tofu Since it is stored in a watery state containing moisture, there is a problem that the fluffy texture is not maintained, and at the same time, there is a problem that the tofu shape does not have a unique shape as a tofu because it forms a square It can be said that there is.

  As described above, in the conventional food draining container, there is no food draining container with practicality having both the draining function and the water retention maintaining function as in the present invention, and the applicant conducted a self-investigation. In the prior art within the scope, no description or suggestion was found regarding the technology configured as in the present application.

  Therefore, the present applicant, unlike a conventional tofu storage container, has both a draining function and a water retention maintenance function, and further, a problem of what configuration should be used to make a container that can be eaten immediately as it is. With the idea that the problem can be solved by using a non-woven fabric having high water permeability, the present inventors have led to the proposal of a “food draining container” according to the present application.

JP 2003-169617 A JP 2001-48262 A Japanese Utility Model Publication No. 6-80688

  In view of the above-mentioned problems, the present invention is to maintain the water retention amount for a certain period of time while draining food while taking it from the store to the home etc. Therefore, an object of the present invention is to provide a food drainer that can be eaten as it is immediately after returning home.

  The present invention has been made to solve the above problems, and is a food drainer container that maintains a constant water retention amount while draining water, and comprises an upper lid, a drainer member, and a container. Is a lid that includes a fitting portion at the opening edge that allows the draining member to be covered with the draining member sandwiched between the container and the container interposing the draining member at the opening edge. The draining member is a non-woven fabric having water permeability that is attached in an inverted conical shape from the opening edge of the container toward the center of the bottom, and the draining member is attached to the container. In such a state, a means is employed in which the apex portion of the inverted conical shape is in an arrangement relation in which the apex portion is substantially in contact with the bottom portion of the container.

  In the present invention, the draining member may employ means for forming a reverse conical shape by providing a slit in one sheet-like nonwoven fabric.

  Further, in the draining member provided with a slit in the single sheet-like nonwoven fabric, the present invention is provided with a slit alignment position display indicating an arrangement relationship in which the apex portion of the inverted conical shape is substantially in contact with the bottom portion of the container. It is also possible to adopt other means.

  Further, the present invention may employ a means in which a plurality of reinforcing members are radially mounted from the apex portion of the inverted conical shape in the draining member provided with slits in the single sheet-like nonwoven fabric. .

  Further, the present invention provides means for attaching a plurality of reinforcing members at predetermined intervals in the circumferential direction from the apex portion of the inverted conical shape in the draining member provided with a slit in the sheet-like nonwoven fabric. It can also be adopted.

  Further, the present invention provides the draining member provided with a slit in the sheet-like nonwoven fabric, wherein one end of the circumferential reinforcing member protrudes from the vicinity of one slit and is drilled at a predetermined position from the other slit. It is also possible to employ means that is a draining member configured to communicate with the reinforcing member insertion hole.

  In the present invention, the non-woven fabric used in the draining member is an acrylic fiber, rayon fiber, polyolefin fiber, biodegradable fiber, or a long-fiber non-woven fabric synthesized by these. Some means can also be employed.

  Further, the present invention provides a plurality of upward projecting portions on the opening edge of the container, the fitting portion of the upper lid has a stepped shape corresponding to the projecting portion, and the draining member is disposed between the container and the upper lid. It is also possible to employ a means that is sandwiched between and covered, and that the protruding portion bites into the draining member and is fixed to the container.

  According to the draining container for food according to the present invention, the water retention amount can be maintained for a certain period of time while draining from the store to the home, etc., so that it can be eaten immediately after returning home, so it is accommodated. If the tofu is not a food, it has an excellent effect of maintaining a fluffy texture and flavor.

  Moreover, according to the food draining container according to claim 2, since the draining member is configured to form an inverted conical shape by providing a slit in the sheet-like nonwoven fabric, it is only necessary to cut a single sheet-like nonwoven fabric. Since it can be formed, there is no cost, and there is an excellent effect that it can be easily formed into a conical shape suitable for adjustment of the water holding amount.

  In addition, according to the food draining container according to claim 3, the slit alignment position display for displaying the apex portion of the inverted conical shape in the draining member in a substantially contact state with the bottom of the container is displayed. From this, it is easy to form in a short time so that the apex is in contact with the bottom of a predetermined depth of the container simply by grasping one side of the slit and winding it up to the corresponding slit alignment position display position. And has an excellent effect of enabling the arrangement.

  According to the food draining container according to claim 4, in the draining member, since the plurality of reinforcing members are mounted radially from the apex of the inverted conical shape, the draining member by the weight of the food There is an excellent effect of suppressing torsion and accommodating tofu or the like without breaking the conical shape suitable for adjusting the amount of retained moisture.

  Further, according to the food draining container according to claim 5, in the draining member, since the plurality of reinforcing members are mounted at predetermined intervals in the circumferential direction from the apex portion of the inverted conical shape, There is an excellent effect of suppressing the bending of the draining member due to the weight and accommodating tofu or the like that does not break the conical shape suitable for the adjustment of the water holding amount.

  In addition, when adopting a configuration including both a reinforcing member that is radially attached to the outer circumferential direction and a plurality of reinforcing members in the circumferential direction, the conical shape that is suitable for adjusting the moisture content is further broken. There is an excellent effect that it can accommodate tofu and the like.

  Further, according to the food draining container according to claim 6, one end of the reinforcing member in the circumferential direction of the draining member protrudes from the vicinity of one slit and is pierced at a predetermined position from the other slit. Since it is communicated with the insertion hole, there is an excellent effect that it is not caught more than the position where the conical shape suitable for adjustment of the moisture content is formed.

  Moreover, according to the food draining container according to claim 7, the nonwoven fabric used for the draining member is any one of acrylic fiber, rayon fiber, polyolefin fiber, biodegradable fiber, or a long-fiber nonwoven fabric synthesized by these. Therefore, compared to short fiber nonwoven fabrics, it can be easily formed into a desired shape, and it has the excellent effect of being able to be formed into various appetizing shapes, such as forming into a rounded shape with a taste. Play.

  In recent years, as the coloring technology for non-woven fabrics has progressed, it is possible to produce a Japanese image or a calm luxury feeling by applying colors such as young bamboo, indigo and brown. Demonstrate.

  In addition, according to the food draining container according to the present invention, the opening edge of the container is provided with a plurality of upward projecting portions, the fitting portion of the upper lid has a stepped shape corresponding to the projecting portion, and the draining member is The structure is sandwiched between the container and the upper lid and covered, and the protrusion is cut into the draining member and fixed to the container, so that it is pulled into the container by the weight of food such as tofu that the draining member accommodates. There is an excellent effect that there is nothing.

  In addition, if it is arranged in a non-contact state with a distance between the apex of the inverted cone formed by the draining member and the bottom of the container, normal draining can also be performed, so it has recently become a hot topic as high-grade yogurt. It can be applied as a drained yogurt manufacturing container, and exhibits an excellent effect of wide usage range.

It is a section explanatory view showing the whole food drainer container according to claim 1 concerning the present invention. Example 1 It is explanatory drawing which shows the shape of the draining member which concerns on Claim 2. (Example 2) It is explanatory drawing which shows the structure of the draining member which concerns on Claim 3. (Example 3) It is explanatory drawing which shows the structure of the draining member which concerns on Claim 4. Example 4 It is explanatory drawing which shows the structure of the draining member which concerns on Claim 5. (Example 5) It is explanatory drawing which shows the structure of the draining member which concerns on Claim 6. (Example 6) It is explanatory drawing which shows the external appearance structure of the draining member which concerns on Claim 7. (Example 7) It is function explanatory drawing of the food draining container which concerns on Claim 8. (Example 8)

  The food draining container 10 according to the present invention uses the nonwoven fabric 31 for the draining member 30, and the inverted conical apex 33 is the bottom 41 of the container 40 when the draining member 30 is attached to the container 40. The most characteristic feature is that a means having an arrangement relationship that is in a substantially contact state is adopted. Hereinafter, an embodiment of a food drainer 10 according to the present invention will be described with reference to the drawings.

  The material, shape and dimensions of the food draining container 10 according to the present invention are not limited to the embodiments described below, but are within the scope of the technical idea of the present invention, that is, the same operational effects. Can be appropriately changed within the range of the material, shape and size that can exhibit the above.

  FIG. 1 is a cross-sectional explanatory view showing a food draining container 10 according to claim 1 of the present invention. The food draining container 10 according to the present invention includes an upper lid 20, a draining member 30, and a container 40. When the draining member 30 is attached to the container 40, the inverted conical apex 33 is a bottom 41 of the container 40. It is shown that a means in an arrangement relationship that is in a substantially contact state is taken.

  The upper lid 20 is a lid that includes a fitting portion 21 that can be covered with the draining member 30 sandwiched between the container 40 and the opening edge 43, and the draining member 30 is sandwiched between the container 40. It is formed with a structure in which the opening edge 43 is provided with a fitting portion 21 that can be covered in an open state. The material is not particularly limited, but for example, a relatively soft synthetic resin material such as acrylic, polypropylene or polycarbonate, or a biodegradable resin such as polylactic acid having carbon neutral characteristics, It is a top lid for food containers with excellent strength, cost, or environment.

  The draining member 30 is formed of a highly permeable nonwoven fabric 31 that is mounted in an inverted conical shape from the opening edge 43 of the container 40 toward the center of the bottom, and the draining member 30 is mounted on the container 40. , The apex portion 33 having an inverted conical shape is stored in an arrangement relationship in which the inverted cone shape portion 33 is in substantially contact with the bottom portion 41 of the container 40. In addition, the nonwoven fabric 31 has water supply and water permeability, and is an acrylic fiber or rayon fiber in which fibers are bonded by a bonding method such as a thermal bond method or a needle punch method without using a binder such as a chemical adhesive resin. The nonwoven fabric is preferably made of polyolefin fiber, biodegradable fiber, or synthetic fiber thereof. However, it is not limited to these, and any non-woven fabric that exhibits the same function may be used. Many natural fibers, such as cotton and wool felt, tend to adhere lint, so they are difficult to use for foods that come into direct contact with foodstuffs. There is almost no polypropylene, and since the hydrophobicity and water permeability are low, the nonwoven fabric 31 made of these materials is not desirable because it has poor drainage performance and water retention maintenance function.

  The container 40 is a container body that stores the food S (cold tofu S), and has a shape that is hermetically stored by the upper lid 20 with the draining member 30 interposed at the opening edge 43, and is generally cylindrical. Form a shaped or polygonal container. As for the material, as in the case of the upper lid 20, if it is made of a relatively soft synthetic resin material such as acrylic, polypropylene or polycarbonate, or a biodegradable resin such as polylactic acid having carbon neutral characteristics, the strength and cost can be reduced. Or, it becomes an environmentally superior food container.

  The food S indicates foods that need to be drained before eating, as represented by the tofu S that has a fluffy texture and shape that has a larger water content than cotton tofu and silky tofu.

  FIG. 2 is an explanatory view showing the configuration of the draining member 30 according to claim 2. 2A shows a state in which a slit 32 is provided in a circular draining member 30, and FIG. 2B shows a state in which a slit 32 is provided in a rectangular draining member 30 as an example of an isotropic polygon. Indicates. The draining member 30 used in the food draining container 10 according to claim 2 has a structure in which a slit 32 is provided in a sheet-like nonwoven fabric 31, and the slit 32 is deformed from a sheet shape to an inverted conical shape. It is a notch provided for this purpose. The forming means for forming the inverted conical shape is formed by grasping one side of the slit 32 and winding it from the center of the draining member 30. After the formation, the apex portion 33 substantially contacts the bottom 41 of the container 40. It is installed in the container 40 so as to be in an arrangement relationship to be in a state.

  FIG. 3 is an explanatory view showing the configuration of the draining member 30 according to claim 3. 2A shows a state in which the slit alignment position display 32a is displayed on the circular draining member 30, and FIG. 2B shows a rectangular draining member 30 that is an example of an isotropic polygon. The state where the slit alignment position display 32a is displayed is shown. The slit alignment position display 32a displayed on the draining member 30 according to claim 3 is such that the inverted cone-shaped apex 33 is in contact with the bottom 41 of the container 40 from the opening diameter of the container 40 and the depth to the bottom. This is a mark for facilitating the work to be installed in the arrangement relationship.

For example, when the diameter of the container 40 is 20 cm, if the depth is 5 cm, the inclination angle from the opening edge to the bottom center is about 27 degrees, and if the depth is 3 cm, the inclination angle is about 17 degrees. If there are a plurality of containers having different opening diameters and depths to the bottom of the container 40 to be used, the amount of entrainment is adjusted while visually observing the inverted conical apex 33 and the bottom 41 of the container 40. It must be arranged so as to be in a substantially contact state, which is cumbersome and takes time.

  However, according to the draining member 30 according to claim 3 of the present application, the slit alignment position display 32a indicating the arrangement relationship in which the apex portion 33 of the inverted conical shape is in a substantially contact state with the bottom portion 41 of the container 40 is displayed. By simply grasping one side of the slit 32 of the sheet-like non-woven fabric cut into a predetermined size and shape and winding it up to the position of the corresponding slit alignment position display 32a, the apex 33 has a predetermined depth of the container 40. It is possible to form and arrange easily and in a short time so as to be substantially in contact with the bottom 41.

  FIG. 4 is an explanatory view showing the configuration of the draining member 30 according to the fourth aspect. The draining member 30 according to claim 4 employs a configuration in which a plurality of reinforcing members 34 are provided radially from the inverted conical apex portion 33 at predetermined intervals in the outer circumferential direction. The reinforcing member 34 is a rod-like or string-like reinforcing member 34 formed of a thread, a string, a bamboo string, or a synthetic resin material, and is provided by sewing or the like into the nonwoven fabric 31. Is provided for the purpose of maintaining its shape so that it does not bend due to the weight of the food S.

  FIG. 5 is an explanatory view showing the configuration of the draining member 30 according to claim 5. The draining member 30 according to the fifth aspect employs a configuration in which a plurality of substantially ring-shaped reinforcing members 34 are mounted at a predetermined interval T in the outer circumferential direction from the inverted conical apex 33. The reinforcing member 34 is a string-like reinforcing member 34 formed of a thread, a string, or a synthetic resin material. The reinforcing member 34 is provided in the nonwoven fabric 31 by sewing or the like, and the inverted conical shape of the draining member 30 is a weight of the food S. It is provided for the purpose of maintaining its shape so that it will not be bent by.

  FIG. 6 is an explanatory view showing the configuration of the draining member 30 according to claim 6. 6A shows a state in which the slit 32 of the draining member 30 is opened, and FIG. 6B shows a state in which the slit 32 is closed by the draining member 30. In the draining member 30 according to claim 6, one end of the reinforcing member 34 provided at a predetermined interval T from the center of the draining member 30 in the outer circumferential direction protrudes from the vicinity of one slit 32, and the predetermined slit of the other slit 32 A configuration is employed in which the reinforcing member is inserted into the reinforcing member insertion hole 35 formed at the position.

  The reinforcing member insertion hole 35 is a hole through which the reinforcing member 34 is inserted. The reinforcing member insertion hole 35 has one end of the reinforcing member 34 protruding from the vicinity of one slit and is drilled at a predetermined position from the other slit. The amount of entrainment is limited so that the draining member 30 is not entrained beyond the position where a conical shape suitable for adjusting the amount of retained moisture is formed.

  FIG. 7 is an explanatory view showing an external configuration of the draining member 30 according to the seventh aspect. FIG. 7A shows an overall perspective view, and FIG. 2B shows a cross-sectional view. The draining member 30 according to claim 7 employs a configuration in which the nonwoven fabric 31 itself used for the material is formed in an inverted conical shape. Since general nonwoven fabrics cannot be molded, the material used is a long-fiber nonwoven fabric, and adhesive resin is used, such as the spunlace method that bonds the fibers with high-pressure water flow or the thermal bond method that melts and bonds the fibers with heat. Instead, the one formed into an inverted conical shape is used.

And the nonwoven fabric 31 used for the draining member 30 according to claim 7 comprises acrylic fiber, rayon fiber, polyolefin fiber, biodegradable fiber in order to provide water absorption and water permeability necessary for draining and adjusting the water retention amount. Either or a synthetic fiber material is used.

  FIG. 8 is a functional explanatory diagram of the food draining container 10 according to claim 8. In the food draining container 10 according to claim 8, a plurality of upward protruding portions 42 are provided on the opening edge 43 of the container 40, and the fitting portion 21 of the upper lid 20 has a step shape corresponding to the protruding portion 42, The draining member 30 is sandwiched between the container 40 and the upper lid 20 and covered, and the protrusion 42 bites into the draining member 30 and is fixed to the container 40. With this configuration, the food drainage S contained in the draining member 30 is prevented from being dragged down into the container 40.

  The food draining container 10 of the present invention has been proposed as a storage container for tofu S, which is mainly used, but the distance between the inverted conical apex 33 formed by the draining member 30 and the bottom of the container 40 is increased. If the arrangement is in a non-contact state, normal draining can be performed, so that it is versatile and can be applied as a draining yoghurt manufacturing container. Therefore, the application range is wide and the industrial applicability is large.

DESCRIPTION OF SYMBOLS 10 Draining container 20 for foodstuffs Top cover 21 Fitting part 30 Draining member 31 Nonwoven fabric 32 Slit 32a Slit alignment display 33 Top part 34 Reinforcement member 35 Reinforcement member insertion hole 40 Container 41 Bottom part 42 Protrusion part 43 Opening edge S Food (Zaru tofu )
T Predetermined interval W Water

Claims (8)

A food draining container that maintains a certain amount of water while draining,
An upper lid,
Draining member;
A container, and
The upper lid is a lid body provided with a fitting portion at an opening edge portion that can be covered in a state where the draining member is sandwiched between the container and the container.
The container is a container body for interposing the draining member at the opening edge and storing food,
The draining member is a non-woven fabric having water permeability attached in an inverted conical shape from the opening edge of the container toward the center of the bottom,
The food draining container, wherein the draining member is placed in the container, and the top portion of the inverted conical shape is in an arrangement relationship with the bottom of the container.   2. The food draining container according to claim 1, wherein the draining member forms an inverted conical shape by providing a slit in a sheet of nonwoven fabric.   3. The food according to claim 2, wherein the draining member according to claim 2 displays a slit alignment position indicating an arrangement relationship in which the apex of the inverted conical shape is in a substantially contact state with the bottom of the container. Drainage container.   The draining member for food according to claim 2 or 3, wherein a plurality of reinforcing members are attached radially from the apex of the inverted conical shape to the outer peripheral direction.   The draining member according to claim 2, wherein a plurality of reinforcing members are mounted at predetermined intervals in the circumferential direction from the apex portion of the inverted conical shape. Food drainer.   One end of the circumferential reinforcing member is a draining member configured to protrude from the vicinity of one slit and communicate with a reinforcing member insertion hole formed at a predetermined position of the other slit. The food drainer according to claim 5.   The drainage for food according to claim 1, wherein the nonwoven fabric used in the draining member is any one of acrylic fiber, rayon fiber, polyolefin fiber, biodegradable fiber, or a long-fiber nonwoven fabric obtained by synthesis of these. container. Providing a plurality of upward projections on the opening edge of the container,
The fitting portion of the upper lid has a step shape corresponding to the protrusion,
While sandwiching the draining member between the container and the upper lid,
The food draining container according to any one of claims 1 to 7, wherein the protrusion bites into the draining member and is fixed to the container.