JP6633803B1 - container - Google Patents

Abstract

Provided is a container capable of easily opening and closing an opening. A beverage container (1) includes a container (10) having an opening, a first cover (14) and a second cover (10) capable of closing and opening the opening, and a container (10). A grip portion 114 that is located on the side and is slidable vertically downward and vertically upward. When the grip portion 114 slides vertically downward with respect to the first cover portion 14 and the second cover portion and reaches the first position, the first cover portion 14 and the second cover portion are mounted on the container. The opening of the body 10 can be closed, and the grip 114 slides vertically upward with respect to the first cover 14 and the second cover, and the first in the direction in which the grip 114 slides. When reaching the second position which is the position opposite to the position of the first cover portion 14, the first cover portion 14 and the second cover portion can open the opening. [Selection diagram] Fig. 1

Description

  The present invention relates to a container. More specifically, the present invention relates to, for example, a beverage container.

Containers are widely used tools for storing and transporting articles.
For example, PET bottles made of polyethylene terephthalate (PET) resin are widely used as beverage containers.
Further, for example, a mug is suitable for ingesting a relatively high-temperature beverage such as a coffee beverage because it has a handle.

In recent years, outdoor activities such as camping and mountain climbing have been actively performed, and opportunities for eating and drinking outdoors have increased.
Compared to eating and drinking indoors, when eating and drinking outdoors, flying objects and insects flying by the wind are more likely to enter the container, and while eating and drinking on the table, In many cases, swimming or the like occurs, so that flying objects or insects enter the abandoned container.

Therefore, various containers have been conventionally proposed. For example, Patent Document 1 discloses a beverage container shown in FIG.
That is, a cup-shaped mouthpiece 502 is provided on the upper part of the container body 501 of the beverage container described in Patent Document 1.
In addition, a closing lid 503 that covers the spout 502 is provided on the upper part of the container body 501 so as to be able to swing up and down and open and close.
Further, the container body 501 is provided with a locking portion 505 which locks the closing lid 503 to hold the closing lid 503 in a closed state.

Further, the container body 501 is provided with a release operation section 506 for releasing the locked state of the locking section 505 to the closing lid 503.
When the release operation unit 506 is released, the closing lid 503 is automatically opened and started.

In addition, a grip 507 is protruded from the side of the container body 501.
The release operation unit 506 is provided on the outer peripheral surface of the upper part of the container body 501 at a position where the thumb 508A of the hand 508 holding the grip unit 507 can reach.

  When the release operation section 506 is released with the thumb 508A while holding the grip section 507, and the locking state of the locking section 505 to the closing lid 503 is released, the closing lid 503 is automatically opened and started to attach the mouth. Since the part 502 is exposed, the container body 501 can be lifted to carry the mouth part 502 to the mouth, and the mouth can be attached to the mouth part 502 to drink a beverage.

JP 2011-178420 A

  However, in the beverage container described in Patent Literature 1, it is necessary to release the release operation part in order to release the locking state of the locking part to the closing lid and expose the mouth part, and In order to cover the mouth portion, an operation of lowering the closing lid is also required, so that there is a need for a container that can easily open and close the mouth portion, that is, the opening portion.

  The present invention has been made in view of the above points, and an object of the present invention is to provide a container that can easily open and close an opening.

  In order to achieve the above object, the container of the present invention extends in one direction, and has a space formed therein, and has a bottom closed at one end in one direction, and At the other end in one direction opposite to the bottom, a container body formed with an opening communicating between the inside and the outside, a support portion capable of supporting the body, and a contact with the container body of the support portion A pillar portion extending from the support portion in a direction substantially perpendicular to the support surface to be formed, and a grip portion projecting from the pillar portion to the opposite side to the support portion in a direction substantially perpendicular to the direction in which the pillar portion extends. And a receiving portion on which the supporting portion of the holding member can be disposed, and the receiving portion is attached to the receiving portion, and is substantially perpendicular to an arrangement surface of the receiving portion. And a guide frame body on which the holding portion of the holder can be arranged so as to be slidable in the same direction as the extending direction. The gripping portion slides in a first direction which is the same direction as the direction in which the guide frame body of the guide portion extends, and which is a direction approaching the receiving portion. When the first position is reached, the opening of the container can be closed, and the direction is the same as the direction in which the guide frame body of the guide portion extends and the direction away from the receiving portion. A cover portion that can open the opening when the gripping portion slides in the second direction and reaches a second position with respect to the guide frame.

  Here, it extends in one direction, and a space is formed inside, and has a bottom part closed at one end in one direction, and at the other end in one direction that is opposite to the bottom part. By means of a body having an opening communicating between the inside and the outside, solids and liquids can be put into the inside of the body and stored inside the body through the opening of the body, or solids and liquids can be passed through the opening. It can be taken out.

  Also, a supporting portion capable of supporting the container, a column extending from the supporting portion in a direction substantially perpendicular to a supporting surface of the supporting portion contacting the container, and a direction substantially perpendicular to the direction in which the column extends. A holder having a grip portion projecting from the pillar portion to the opposite side to the support portion, a receiving portion on which the support portion of the holder can be arranged, and a mounting surface attached to the receiving portion, and an arrangement surface of the receiving portion A guide frame extending from the receiving portion in a direction substantially perpendicular to the guide frame, and a guide frame capable of disposing the holding portion of the holding member slidably in the same direction as the extending direction. The gripper can be slid along. That is, since the gripper projects from the pillar of the holder, and the holder supports the container, sliding the gripper means sliding the container, and as a result, along the guide frame. You can slide the body.

  Also, a receiving portion capable of disposing the support portion of the holding member, and attached to the receiving portion, and extending from the receiving portion in a direction substantially perpendicular to the arrangement surface of the receiving portion, and A guide portion having a guide frame body capable of arranging the holding portion of the holding member so as to be slidable in the same direction; When the gripper slides in the direction and reaches the first position with respect to the guide frame, the opening of the container can be closed, and in the same direction as the direction in which the guide frame of the guide extends. A cover portion capable of opening an opening when the gripper slides in a second direction that is away from the receiving portion and reaches a second position with respect to the guide frame; By sliding in the first direction to reach the first position, Can close the mouth at the cover portion, also, the grip portion be to reach the second position by sliding in the second direction, it is possible to open the opening of the vessel body.

In the present invention, “to close (close) the opening” means that the cover closes (closes) the entire opening, and “to open (open)” the opening. , Means that the cover part opens (opens) the entire opening.
Therefore, the cover closes the opening when the grip reaches the first position (closes), and the cover opens the opening when the grip reaches the second position. If there is, when the grip is located at a position other than the first position and at a position other than the second position, for example, at an intermediate position between the first position and the second position, the cover part is a part of the opening. May be closed and the other part of the opening may be opened. That is, when the gripper slides, the cover can also move.
Also, it is needless to say that the cover portion can be prevented from moving when the grip portion is sliding.

  Further, in the container of the present invention, the cover portion includes a first cover portion, and a second cover portion disposed to face the first cover portion with the body interposed therebetween. A first rotating body rotatable about a direction substantially perpendicular to the direction in which the body extends, and a cover that is bendably attached to the first rotating body, The guide frame has a first slide body slidably disposed on the guide frame through a first slide path formed in a direction in which the guide frame extends, and a second cover portion is provided. A second rotating body rotatable about the same rotation center as the first rotating body, and a guide frame which is attached to the second rotating body so as to be bendable and has a first sliding path. The body is slidably disposed on the guide frame through a second slide path formed in a direction in which the guide frame extends. A second slide body, and a main body rotatable around a direction substantially orthogonal to a direction in which the guide frame body extends, the main body being rotatable beside the receiving portion; A first protruding body that protrudes from the main body in a plane, and a first protruding body that protrudes from the main body in a direction opposite to a protruding direction of the first protruding body in the same plane as a rotation surface of the main body; A second protrusion having a mass greater than the mass of the protrusion, and further comprising a weight disposed between the first slide path and the second slide path; The distance between the first cover part and the first slide body when the first cover part has opened the opening, and the weight part and the second cover part have opened the opening. The distance between the second cover part and the second slide body when the main body of the weight part rotates is the first protrusion and the second protrusion. But it may be configured as a first sliding distance capable of suppressing the sliding body and the first slide member and second slide member abuts against the second sliding member.

  In this case, a main body that can be arranged beside the receiving portion so as to be rotatable around a direction substantially orthogonal to the direction in which the guide frame body extends, and a second body that protrudes from the main body in the same plane as the rotation surface of the main body. The first protruding body and the main body protrude from the main body in a direction opposite to the protruding direction of the first protruding body in the same plane as the rotation surface of the main body, and have a mass larger than the mass of the first protruding body. A weight of the second protrusion, the weight of the second protrusion being greater than the mass of the first protrusion by the weight portion disposed between the first slide path and the second slide path. Is larger, the main body of the weight portion rotates, and the second protruding body always faces downward in the vertical direction. As a result, the main body of the weight portion rotates even when the holding portion is tilted with the holding portion. The first projection and the second projection come into contact with the first slide and the second slide when the opening is opened. Slides can be suppressed, it is easy to maintain the state in which the opening is open.

  Furthermore, in the container of the present invention, the gripper may be configured to be slidable in the first direction by its own weight.

  In this case, when the container of the present invention is put away from the container of the present invention, the gripper slides in the first direction, that is, the vertical direction to reach the first position by its own weight. Even if the container is left unattended, it is possible to prevent the cover from closing the opening and the entry of unnecessary objects such as dust into the inside of the main body.

  Also, in this case, when lifting the container of the present invention by holding the grip, the guide frame slides vertically downward by its own weight with respect to the grip, that is, the grip is relatively moved in the second direction, that is, the vertical. When the container of the present invention is used, the cover part opens the opening to take out the contents accommodated inside the container, so that the contents can be taken out. If you are a drink, you can drink.

  Further, in the container of the present invention, the supporting portion of the holder can be configured to be able to detachably support the container.

  In this case, since the container can be separated from the holder, the container, the holder, the guide portion, and the cover portion can be cleaned in detail.

  In order to achieve the above object, the container of the present invention extends in one direction, and has a space formed therein, and has a bottom portion having one end closed in one direction, and At the other end in one direction opposite to the bottom, a container body having an opening communicating between the inside and the outside is formed, and in a plane extending in a direction substantially orthogonal to the direction in which the body extends. And a gripping part which is located in the same plane as the body and is movable vertically downward and vertically upward, and the gripping part moves vertically downward to reach the first position When the opening, the opening of the vessel can be closed, and the gripping part moves vertically upward, and the position opposite to the first position in the direction in which the gripping part moves. And a cover that can open the opening when the second position is reached. Obtain.

  Here, one end extends in one direction, and a space is formed therein, and has a bottom portion that closes one end in one direction, and the other end in one direction opposite to the bottom portion. In addition, the body with an opening communicating the inside and the outside is formed, and solids and liquids are put into the inside of the body through the opening of the body and stored inside the body, and solids and liquids are opened through the opening. Can be taken out.

  Further, when the gripper moves vertically downward and reaches the first position, the opening of the body can be closed, and the gripper moves vertically upward and the gripper moves. When reaching the second position which is the position opposite to the first position in the direction in which the gripping portion is opened, the grip portion is moved vertically downward by the cover portion capable of opening the opening portion, and the first position is obtained. , The opening of the body can be closed by the cover, and the grip is moved upward in the vertical direction to reach the second position, thereby opening the opening of the body. Can be.

  The container according to the present invention can easily open and close the opening.

1 is a schematic front view showing an example of a beverage container to which the present invention is applied when the opening is opened by being lifted by hand. It is a schematic plan view (a) and a schematic side view (b) showing an example of a beverage container to which the present invention is applied when an opening is opened. A schematic plan view (a) showing an example of a guide portion provided in a beverage container to which the present invention is applied, and a schematic front view showing an example of a guide portion in a state where a first side wall member and a second side wall member are removed ( b). It is a schematic side view which shows an example of the guide part with which the container for drinks which applied this invention is provided. 1 is a schematic front view showing an example of a beverage container to which the present invention is applied when the opening is closed by being placed on a top plate. It is a schematic plan view (a) and a schematic side view (b) showing an example of a beverage container to which the present invention is applied when an opening is closed. It is a partial schematic diagram showing an example of a beverage container to which the present invention is applied, in which an opening is opened and tilted. It is the schematic which shows the conventional container for drinks.

Hereinafter, embodiments of the present invention will be described with reference to the drawings to provide an understanding of the present invention.
FIG. 1 is a schematic front view showing an example of a beverage container to which the present invention is applied, when the opening is opened by lifting by hand.
FIG. 2A is a schematic plan view illustrating an example of a beverage container to which the present invention is applied when the opening is opened, and FIG. 2B is a diagram illustrating a case where the opening is opened. 1 is a schematic side view showing an example of a beverage container to which the present invention is applied.

FIG. 3A is a schematic plan view illustrating an example of a guide portion provided in a beverage container to which the present invention is applied, and FIG. 3B is a diagram illustrating a first side wall member and a second side wall member. It is an outline front view showing an example of the guidance part in the state where it was removed.
FIG. 4 is a schematic side view showing an example of a guide provided in a beverage container to which the present invention is applied.

FIG. 5 is a schematic front view showing an example of a beverage container to which the present invention is applied when the opening is closed by being placed on a top plate. In addition, the form shown in FIG. 5 shows a form in which the first side wall member and the second side wall member of the guide portion are removed.
FIG. 6A is a schematic plan view illustrating an example of a beverage container to which the present invention is applied when the opening is closed, and FIG. 6B is a diagram illustrating a case where the opening is closed. 1 is a schematic side view showing an example of a beverage container to which the present invention is applied.

  FIG. 7 is a partial schematic view showing an example of a beverage container to which the present invention is applied, in which the opening is opened and tilted.

The beverage container 1 of the present invention shown in FIG.
Here, the case 10 extends in one direction, and a space is formed inside.
Further, the container body 10 has a bottom portion 10A having one end closed in one direction.

  Moreover, the container for beverages is an example of the container of the present invention, and the container of the present invention is not necessarily required to be for beverages, and may be, for example, a container for containing solid matter.

An opening 10B that connects the inside and the outside is formed at the other end in one direction opposite to the bottom 10A of the container 10.
The shape in a direction substantially perpendicular to the direction in which the case 10 extends is substantially circular.

Further, the beverage container 1 of the present invention includes a holder 11.
Here, the holding body 11 has a support portion 111 capable of supporting the body 10 in a detachable manner.

The holding body 11 has a first pillar 112.
Here, the first pillar portion 112 extends from the support portion 111 in a direction substantially orthogonal to the support surface 111A of the support portion 111 that contacts the body 10.

Further, the holding body 11 has a second pillar 113.
Here, the second pillar portion 113 extends from the support portion 111 in a direction substantially orthogonal to the support surface 111A of the support portion 111 that contacts the body 10, and the first pillar portion 112 extends. It extends in the same direction as the direction, and faces the first pillar 112.

  In addition, the shape of the support portion 111 in a direction substantially orthogonal to the extending direction of each of the first pillar portion 112 and the second pillar portion 113 is substantially circular.

Further, the holding body 11 has a grip portion 114.
Here, the grip portion 114 is in a direction substantially orthogonal to the direction in which the first column portion 112 extends and is opposite to the support portion 111 from the first column portion 112, that is, the second column portion 113. And protrude to the opposite side.

  In other words, the grip portion 114 is located in a plane extending in a direction substantially perpendicular to the direction in which the body 10 extends and in the same plane as the body 10, that is, as shown in FIG. Located on the side or side of.

  Further, specifically, for example, as shown in the drawing, the grip portion 114 includes two horizontal constituent members protruding from the first column 112 in a direction substantially orthogonal to the direction in which the first column 112 extends. It has a substantially horizontal U-shape composed of a vertical component extending in the same direction as the direction in which the first column 112 extends, in which the ends of the two horizontal components are connected to each other.

  That is, a space is formed in a region surrounded by the horizontal component and the vertical component, and the grip 2 can be held by the hand 2 through a finger through this space.

  Further, a first finger protection portion 12A having a substantially planar shape and extending in the same direction as the direction in which the first column portion 112 extends is attached between the first column portion 112 and the grip portion 114. .

  On the surface of the second pillar 113 opposite to the side facing the first pillar 112, a second pillar 113 having a substantially planar shape that extends in the same direction as the direction in which the second pillar 113 extends. Two finger protection portions 12B are attached.

Further, from one end in the direction in which the first pillar 112 extends, the pair of first shaft support portions 112B protrudes in the same direction as the direction in which the first pillar 112 extends.
Further, the first shaft support portions 112B protrude in the same direction as each other and are separated from each other.
Here, one of the pair of first shaft support portions 112B, that is, the one closer to the grip portion 114, protrudes from the edge of the first finger protection portion 12A opposite to the support portion 111.

Further, the pair of first shaft support portions 112B are connected to each other by a first rotating shaft body 112A that is a cylindrical body.
That is, one end of the first rotating shaft 112A is attached to one of the pair of first shaft supporting portions 112B, and the other end of the first rotating shaft 112A is connected to the first shaft supporting portion 112B. It is attached to the other of the part 112B.

Further, from one end in the direction in which the second pillar 113 extends, a pair of second shaft supports 113B protrudes in the same direction as the direction in which the second pillar 113 extends.
Further, the second shaft support portions 113B protrude in the same direction as each other and are separated from each other.
Here, one of the pair of second shaft support portions 113B, that is, the one remote from the grip portion 114, protrudes from the edge of the second finger protection portion 12B opposite to the support portion 111.

Further, the pair of second shaft support portions 113B are connected to each other by a second rotating shaft body 113A that is a cylindrical body.
As described above, the direction in which the first rotation shaft 112A extends and the direction in which the second rotation shaft 113A extends are respectively substantially perpendicular to the direction in which the first column 112 extends and the second direction. This is a direction substantially perpendicular to the direction in which the pillar 113 extends.

Further, of the two horizontal components constituting the grip portion 114, the horizontal component closer to the support 111 and the end of the first pillar 112 closer to the support 111 are the same as each other. Located in a plane.
The end of the first pillar 112 closer to the support 111 and the end of the second pillar 113 closer to the support 111 are located on the same plane.

The holding body 11 has a holding unit 115.
Here, the holding part 115 connects the first pillar part 112 and the second pillar part 113.

Further, the holding unit 115 is separated from the support unit 111.
That is, the holding portion 115 is a plane extending from one end of the first pillar 112 from which the first shaft support 112 protrudes in the same direction as a direction substantially orthogonal to the direction in which the first shaft support 112 protrudes. Extending within.

The holding portion 115 has a hole formed therethrough in the same direction as the direction in which the first pillar 112 or the second pillar 113 extends.
Further, the shape of the holding portion 115 in a direction substantially perpendicular to the direction in which the first pillar portion 112 or the second pillar portion 113 extends is substantially circular including the shape of the formed through hole.

That is, a space surrounded by the holding portion 115 is formed, and this space has a size that allows the body 10 to be inserted.
Here, the holding portion 115 has substantially the same inner diameter as the outer diameter of the body 10, and the outer surface of the body 10 inserted into the space surrounded by the holding portion 115 contacts the inner surface of the holding portion 115. .

  Further, since the holding portion 115 and the supporting portion 111 are separated from each other, the outer surface of the container 10 inserted into the space surrounded by the holding portion 115 is exposed between the holding portion 115 and the supporting portion 111. .

  In addition, the holding portion does not necessarily have to be separated from the support portion, and the holding portion and the support portion may be configured integrally.

The beverage container 1 of the present invention includes a guide portion 13.
Here, the guide section 13 has a receiving section 131. Further, the receiving portion 131 can arrange the support portion 111 of the holding body 11.
The shape of the receiving portion 131 on the same plane as the arrangement surface 131A on which the support portion 111 of the holder 11 is arranged is substantially circular.

The guide section 13 has a first guide frame 132.
Here, the first guide frame 132 is attached to the receiving portion 131.
Further, the first guide frame 132 extends from the receiving portion 131 in a direction substantially orthogonal to the arrangement surface 131A of the receiving portion 131.
Further, the first guide frame 132 can arrange the grip portion 114 of the holder 11 so as to be slidable in the same direction as the direction in which the first guide frame 132 extends.

Further, the first guide frame 132 has a planar first inner member 132C extending from the receiving portion 131 in a direction substantially orthogonal to the arrangement surface 131A of the receiving portion 131.
Further, although not shown, a first inner guide hole penetrating between one surface of the first inner member 132C and the other surface opposite to the one surface is formed.

Further, the first guide frame 132 has a planar first outer member 132A.
Here, the first outer member 132A extends in the same direction as the direction in which the first inner member 132C extends, is arranged apart from the first inner member 132C, and has a first inner member. It is arranged farther from the receiving portion 131 than the member 132C.
Further, a first outer guide hole 132E penetrating between one surface of the first outer member 132A and the other surface opposite to the one surface is formed.

  Further, the first inner guide hole and the first outer guide hole 132E extend in the direction in which the first inner member 132C extends and the direction in which the first outer member 132A extends, respectively.

Further, the first guide frame 132 has a pair of planar first side wall members 132B arranged between the first outer member 132A and the first inner member 132C.
Further, the first side wall member 132B extends in the same direction as the direction in which the first outer member 132A extends and the direction in which the first inner member 132C extends.

In addition, the first outer member 132A and the first inner member 132C face each other.
Further, the facing direction of the pair of first side wall members 132B and the facing direction of the first outer member 132A and the first inner member 132C are substantially orthogonal to each other.

  Further, the first side wall member 132B is located on the same plane as the edge portion extending in the direction in which the first outer member 132A extends and the edge portion extending in the direction in which the first inner member 132C extends.

  In addition, the first guide frame 132 has a first bottom member 132H located in the same plane as the arrangement surface 131A of the receiving portion 131.

That is, the first guide frame 132 has a space surrounded by the first outer member 132A, the pair of first side wall members 132B, the first inner member 132C, and the first bottom member 132H. Are formed.
Here, the pair of first side wall members 132B and first bottom member 132H are connected to a first outer member 132A and a first inner member 132C, respectively.

Further, an edge of the first outer member 132A connected to the first bottom member 132H on the opposite side to the edge of the first outer member 132A, and an edge of the first inner member 132C connected to the first bottom member 132H are connected. There is no member connected to the opposite edge.
That is, the space formed in the first guide frame 132 includes an edge opposite to the edge of the first outer member 132A connected to the first bottom member 132H and the first bottom member 132H. Is connected to the external space through a region sandwiched between the edge of the first inner member 132 </ b> C and the edge opposite to the edge of the first inner member 132 </ b> C.

  Further, the length of the first side wall member 132B in the extending direction is shorter than the length of the first outer member 132A in the extending direction and the length of the first inner member 132C in the extending direction.

Further, the first guide frame 132 has a pair of first inclined members 132D.
Here, each of the pair of first inclined members 132D is sandwiched between the first outer member 132A and the first inner member 132C and is in contact with the first outer member 132A and the first inner member 132C. And, it is connected to the edge opposite to the edge of the first side wall member 132B connected to the first bottom member 132H.

  In addition, a portion opposite to the portion of the first inclined member 132D connected to the first side wall member 132B has a mountain shape in which two inclined surfaces are formed.

  That is, the length of the first inclined member 132D in the same direction as the direction in which the first side wall member 132B extends gradually decreases from the top of the first inclined member 132D toward the first side wall member 132B. Further, the length of the first inclined member 132D in the same direction as the direction in which the first side wall member 132B extends gradually from the top of the first inclined member 132D toward the opposite side to the first side wall member 132B. Has become shorter.

  Here, the top of the first inclined member 132D indicates a substantially central portion of the first inclined member 132D in the same direction as the facing direction of the first side wall member 132B.

In addition, the first inclined member 132D is arranged at a position that does not overlap with the first outer guide hole 132E or the first inner guide hole.
That is, the first inclined member 132D is provided at the position of the first outer member 132A where the first outer guide hole 132E is not formed and the first inner member 132C where the first inner guide hole is not formed. It is arranged in contact with the location.

In addition, the portion of the first inclined member 132D opposite to the portion where the inclined surface is formed is an edge opposite to the edge of the first side wall member 132B connected to the first bottom member 132H. Part is located in the same plane.
That is, a space is provided between the first inclined member 132D and the opposite side of the portion where the inclined surface is formed and the first bottom member 132H in the direction in which the first guide frame 132 extends. Is formed.

Further, a grip portion 114 of the holding body 11 is arranged on the first guide frame 132 of the guide portion 13 so as to be slidable in the same direction as the direction in which the first guide frame 132 extends.
That is, the grip portion 114 protrudes from the first outer guide hole 132E of the first outer member 132A constituting the first guide frame 132, and the first pillar 112 is connected to the first guide frame 132. Are arranged in the space formed.

  Here, the first inclined member 132 </ b> D is formed in a direction in which the first guide frame 132 extends between a position opposite to the position where the inclined surface is formed and the first bottom member 132 </ b> H. The space formed is a part of the space formed in the first guide frame 132, and is free even if the first pillar 112 is disposed in the space formed in the first guide frame 132. Space.

  At this time, in the direction in which the first guide frame 132 extends between a portion of the first inclined member 132D opposite to the portion where the inclined surface is formed and the first bottom member 132H. The formed space is separated by the first pillar 112.

  Further, a first rotating shaft body 112A connecting the pair of first shaft support portions 112B to each other is also arranged in a space formed in the first guide frame 132.

Also, the distance between the outer surface of one of the two horizontal components constituting the grip portion 114 and the outer surface of the other horizontal component, that is, the other horizontal component of the one horizontal component The length between the surface opposite to the surface facing the first lateral guide member and the surface of the other lateral component member opposite to the surface facing the one lateral component member is the first outer guide hole. 132E is shorter than the length in the extending direction.
Therefore, the distance corresponding to the difference between the two lengths is the distance that the gripper 114 can slide.

The guide section 13 has a second guide frame 133.
Here, the second guide frame 133 is attached to the receiving portion 131.
Further, the second guide frame 133 extends from the receiving portion 131 in the same direction as the direction in which the first guide frame 132 extends, and faces the first guide frame 132.

The second guide frame 133 has a planar second inner member 133C extending from the receiving portion 131 in a direction substantially orthogonal to the arrangement surface 131A of the receiving portion 131.
Further, although not shown, a second inner guide hole penetrating between one surface of the second inner member 133C and the other surface opposite to the one surface is formed.

Further, the second guide frame 133 has a planar second outer member 133A.
Here, the second outer member 133A extends in the same direction as the direction in which the second inner member 133C extends, and is disposed apart from the second inner member 133C, and the second inner member 133C Rather than the receiving portion 131.
Although not shown, a second outer guide hole penetrating between one surface of the second outer member 133A and the other surface opposite to the one surface is formed.

  The second inner guide hole and the second outer guide hole extend in the direction in which the second inner member 133C extends and the direction in which the second outer member 133A extends, respectively.

Further, the second guide frame 133 has a pair of planar second side wall members 133B disposed between the second outer member 133A and the second inner member 133C.
The second side wall member 133B extends in the same direction as the direction in which the second outer member 133A extends and the direction in which the second inner member 133C extends.

The second outer member 133A and the second inner member 133C face each other.
The facing direction of the pair of second side wall members 133B and the facing direction of the second outer member 133A and the second inner member 133C are substantially orthogonal to each other.

  The second side wall member 133B is located on the same plane as the edge portion extending in the direction in which the second outer member 133A extends and the edge portion extending in the direction in which the second inner member 133C extends.

  The second guide frame 133 has a second bottom member 133E located on the same plane as the arrangement surface 131A of the receiving portion 131.

That is, the second guide frame 133 has a space surrounded by the second outer member 133A, the pair of second side wall members 133B, the second inner member 133C, and the second bottom member 133E. Are formed.
Here, the pair of second side wall members 133B and the second bottom member 133E are connected to the second outer member 133A and the second inner member 133C, respectively.

Further, an edge opposite to the edge of the second outer member 133A connected to the second bottom member 133E, and an edge of the second inner member 133C connected to the second bottom member 133E. There is no member connected to the opposite edge.
That is, the space formed in the second guide frame 133 includes an edge opposite to the edge of the second outer member 133A connected to the second bottom member 133E, and the second bottom member 133E. Is connected to the external space via a region sandwiched between the edge of the second inner member 133C and the edge opposite to the edge of the second inner member 133C.

  Further, the length in the direction in which the second side wall member 133B extends is shorter than the length in the direction in which the second outer member 133A extends and the length in the direction in which the second inner member 133C extends.

The second guide frame 133 has a pair of second inclined members 133D.
Here, the pair of second inclined members 133D are sandwiched between the second outer member 133A and the second inner member 133C, and are in contact with the second outer member 133A and the second inner member 133C. In addition, the second side wall member 133B is connected to an edge of the second side wall member 133B opposite to the edge of the second side wall member 133E.

  Further, a portion opposite to the portion of the second inclined member 133D connected to the second side wall member 133B has a mountain shape in which two inclined surfaces are formed.

  That is, the length of the second inclined member 133D in the same direction as the direction in which the second side wall member 133B extends gradually decreases from the top of the second inclined member 133D toward the second side wall member 133B. Also, the length of the second inclined member 133D in the same direction as the direction in which the second side wall member 133B extends gradually from the top of the second inclined member 133D toward the opposite side to the second side wall member 133B. Has become shorter.

  Here, the top of the second inclined member 133D indicates a substantially central portion of the second inclined member 133D in the same direction as the facing direction of the second side wall member 133B.

The second inclined member 133D is arranged at a position that does not overlap with the second outer guide hole or the second inner guide hole.
That is, the second inclined member 133D is provided at the location of the second outer member 133A where the second outer guide hole is not formed and the location of the second inner member 133C where the second inner guide hole is not formed. It is arranged in contact with.

Further, a portion of the second inclined member 133D opposite to the portion where the inclined surface is formed is an edge opposite to an edge of the second side wall member 133B connected to the second bottom member 133E. Part is located in the same plane.
That is, a space is provided in the direction in which the second guide frame 133 extends between the second bottom member 133 </ b> E and the portion of the second inclined member 133 </ b> D opposite to the portion where the inclined surface is formed. Is formed.

  In addition, from the second outer guide hole of the second outer member 133 </ b> A constituting the second guide frame 133, the side of the second pillar 113 opposite to the side facing the first pillar 112. Is slightly exposed, and the second finger protection portion 12B is attached. The second pillar portion 113 is disposed in a space formed in the second guide frame 133.

  Here, the second inclined member 133D is formed in the direction in which the second guide frame 133 extends between the opposite side of the inclined surface and the second bottom member 133E. The space provided is a part of the space formed in the second guide frame 133, and is empty even if the second pillar 113 is disposed in the space formed in the second guide frame 133. Space.

  At this time, in the direction in which the second guide frame 133 extends between the second bottom member 133E and the portion of the second inclined member 133D opposite to the portion where the inclined surface is formed. The formed space is separated by the second pillar 113.

  Further, a second rotating shaft 113A connecting the pair of second shaft supports 113B to each other is also arranged in a space formed in the second guide frame 133.

The support 111 and the holder 115 of the holder 11 are arranged between the first guide frame 132 and the second guide frame 133.
Therefore, the virtual central axis passing through the support portion 111 of the holder 11, the container body 10 supported by the support portion 111, and the receiving portion 131 on which the support portion 111 is arranged are the same.

  Further, since the grip portion 114 of the holding body 11 protrudes from the first column portion 112, when the grip portion 114 slides in the same direction as the direction in which the first guide frame 132 extends, the first column portion is 112 also slides in the same direction as the direction in which the first guide frame 132 extends.

  In addition, the first pillar 112 is connected to the second pillar 113 by the holding part 115, and both the first pillar 112 and the second pillar 113 extend from the support 111. When the first pillar 112 slides in the same direction as the direction in which the first guide frame 132 extends, the second pillar 113 slides in the same direction as the direction in which the second guide frame 133 extends. Then, the support portion 111 and the holding portion 115 slide together.

  Also, the first pivot shaft 112A connecting the pair of first shaft support portions 112B protruding from one end of the first column portion 112 to each other is of course when the first column portion 112 slides. Along with the first guide frame 132 in the same direction as the extending direction.

  In addition, the second pivot shaft 113A connecting the pair of second shaft supports 113B protruding from one end of the second column 113 to each other also naturally moves when the second column 113 slides. Together with the second guide frame 133 in the same direction as the direction in which the second guide frame 133 extends.

  That is, the sliding of the holding unit 114 is synonymous with the sliding of the holding body 11.

Further, the grip portion 114 is slidable in the first direction by its own weight.
That is, the holder 11 can slide in the first direction by its own weight.

In addition, the beverage container 1 of the present invention includes a first cover part 14 and a second cover part 15 disposed opposite to the first cover body 14 with the body 10 interposed therebetween.
In addition, the first cover part 14 and the second cover part 15 form a pair to close or open the opening 10B of the cylindrical body 10.

  That is, the grip portion 114 slides in the first direction, which is the same direction as the direction in which the first guide frame 132 of the guide portion 13 extends, and the direction approaching the receiving portion 131, and the first guide frame 132 When the first position is reached, the first cover portion 14 and the second cover portion 15 close the entire opening 10B of the body 10.

  Here, the “first position” specifically means, for example, a horizontal component closer to the support portion 111 of the two horizontal components constituting the grip portion 114 is a first bottom member. This is a position where it comes into contact with the end of the first outer guide hole 132E closer to the edge of the first outer member 132A connected to 132H.

  In addition, the grip portion 114 slides in the second direction, which is the same direction as the direction in which the first guide frame 132 of the guide portion 13 extends and the direction away from the receiving portion 131, to slide the first guide frame 132. When the first cover portion 14 and the second cover portion 15 reach the second position, the entire opening 10B of the body 10 is opened.

  Here, the “second position” specifically refers to, for example, a side opposite to the edge of the first outer member 132A connected to the first bottom member 132H when the first shaft support 112B is connected to the first bottom member 132H. Is a position that contacts the end of the first outer guide hole 132E closer to the edge of the first outer guide hole 132E.

  That is, the first position and the second position are positions opposite to each other in the direction in which the gripper slides.

Further, the first cover part 14 has a first rotating body 141.
Here, the first rotating body 141 is rotatable around a direction substantially orthogonal to the direction in which the body 10 extends.
That is, the first rotating body 141 can rotate around a direction substantially perpendicular to the direction in which the first pillar 112 or the second pillar 113 extends.

The first rotating body 141 has a first rotating main body 141A.
Here, the first rotation main body 141A extends in the same direction as the direction substantially perpendicular to the direction in which the body 10 extends.
A substantially central area of the first rotation main body 141A is curved toward the side opposite to the body 10.

Further, the first rotating body 141 has a first one-end protruding portion 141B.
Here, the first one-end protruding portion 141B protrudes from one end in the extending direction of the first rotating main body 141A in a direction substantially orthogonal to the extending direction of the first rotating main body 141A.
The outer shape of the first one-sided protrusion 141B has a tapered shape that gradually becomes narrower from the base end in the protrusion direction of the first one-sided protrusion 141B toward the tip.

Further, the first rotating body 141 has a first other end protruding portion 141C.
Here, the first other end protruding portion 141C is substantially from the other end opposite to the one end in the direction in which the first rotation main body 141A extends in the direction in which the first rotation main body 141A extends. It projects in a direction perpendicular to and in the same direction as the projection direction of the first end projection 141B.
Further, the outer shape of the first other end protrusion 141C has a tapered shape that gradually becomes narrower from the base end in the protrusion direction of the first other end protrusion 141C toward the tip.

Further, the first rotating body 141 has a first one-end annular portion 141D.
Here, the first end annular portion 141D is attached to the tip of the first end protrusion 141B in the protruding direction, and has a through hole formed therethrough.
In addition, the penetration direction of the through hole formed in the first end annular portion 141D extends in a direction substantially orthogonal to the projection direction of the first end projection 141B, and the first rotation main body. The portion 141A extends in the same direction as the extending direction.

The first rotating body 141 has a first other end annular portion 141E.
Here, the first other end annular portion 141E is attached to the tip of the first other end projection 141C in the projecting direction, and has a through hole formed therethrough.
In addition, the penetration direction of the through hole formed in the first other end annular portion 141E extends in a direction substantially perpendicular to the projection direction of the first other end projection 141C, and the first one end. The annular portion 141D extends in the same direction as the penetration direction of the through hole.

  In addition, a first rotating shaft body 112A that connects the pair of first shaft supporting portions 112B to each other is inserted through a through hole formed in the first end annular portion 141D of the first rotating body 141. The first end annular portion 141D is sandwiched between a pair of first shaft support portions 112B.

  In addition, a second rotating shaft 113A that connects the pair of second shaft supports 113B to each other is inserted through a through hole formed in the first other end annular portion 141E of the first rotating body 141. The first end annular portion 141E is sandwiched between a pair of second shaft support portions 113B.

  That is, the first one-end annular portion 141D and the first other-end annular portion 141E of the first rotating body 141 are attached to the holding body 11, and the first rotating body 141 is the first rotating shaft body. It rotates about 112A and 2nd rotation shaft 113A.

  Further, for example, the first outer member 132A and the first inner member 132C are configured to be connected to each other by two cylinders. On the other hand, the first one-side protrusion 141B of the first rotating body 141 and the second Each of the second end protruding portions 151B of the rotating body 151 is formed with a long hole that extends in the protruding direction and penetrates, and two cylindrical bodies are respectively formed by the first hole protruding portion 141B and the second hole. It is also possible to adopt a configuration in which one end protruding portion 151B is inserted into each of the long holes.

  In this case, the rotating motion of the first rotating body 141 and the second rotating body 151 is regulated by the cylindrical body, and the rotating movement of the first rotating body 141 and the second rotating body 151 is easily stabilized.

  Similarly, for example, the second outer member 133A and the second inner member 133C are configured to be connected to each other by two cylinders. On the other hand, the first other end protrusion 141C of the first rotating body 141 and An elongated hole is formed in each of the second end protruding portions 151C of the second rotating body 151, and two cylindrical bodies are respectively formed by the elongated hole of the first end protruding portion 141C and the second end protruding. It may be configured to be inserted into each of the long holes of the portion 151C.

  Further, the first cover part 14 has a first slide body that is bendably attached to the first rotating body 141, and the first slide body includes the first upper slide body 142 and the first slide body 142. 1 lower slide body 143.

Here, the first upper slide body 142 is flexibly attached to the first rotating body 141 via the first connection portion 144.
Further, the first upper slide body 142 is curved toward the side opposite to the body 10.

Further, the first lower slide body 143 is attached to the first upper slide body 142 via the first connection portion 144 in a bendable manner.
Further, the first lower slide body 143 has a first lower slide main body 143A.
Here, the first lower slide main body 143A extends in a direction substantially perpendicular to the direction in which the case 10 extends, and is curved toward the opposite side to the case 10.

Further, the first lower slide body 143 has a first end flange portion 143B.
Here, the first one-end flange portion 143B is a region extending from one end region in the direction in which the first lower slide main portion 143A extends in the same direction as the direction in which the first lower slide main portion 143A extends. One end has an overhang region 143B1.

Further, the first end flange portion 143B has a first end inside extension region 143B2.
Here, the first one-end inside overhang region 143B2 is located in a plane where the first one-outside overhang region 143B1 is located and in a plane extending in a direction substantially perpendicular to the direction in which the body 10 extends. are doing.
Further, the first one-end inside overhang region 143B2 extends in the same direction as the direction in which the first one-end outside overhang region 143B1 extends, and extends away from the first one-end outside overhang region 143B1. It is.

In addition, the first end flange portion 143B has a first end outer earlobe region 143B3.
Here, the first one end outer ear hanging region 143B3 extends in the same direction as the direction in which the first guide frame 132 extends from the first one end outer protruding region 143B1.

In addition, the first end flange portion 143B has a first end inner earlobe region 143B4.
Here, the first one-end inner earlobe region 143B4 extends in the same direction as the first one-side outer eardrop region 143B3 extends from the first one-end inner ear extension region 143B2.
In addition, the first one-side inner earlobe area 143B4 is opposed to the first one-side outer earlobe area 143B3, and the first one-side inner earlobe area 143B3 is provided on the surface opposite to the first one-side outer eardrop area 143B3. One end ear recess 145 is formed.

Further, the first lower slide body 143 has a first other end flange portion 143C.
Here, the first other end flange portion 143C is the same as the direction in which the first lower slide main portion 143A extends from the other end region opposite to the one end region in the direction in which the first lower slide main portion 143A extends. A first end outside extension region 143C1 which is a region extending in the direction.

Although not shown, the first other end flange portion 143C has a first other end inside extension region.
Here, the first other end inside overhang region is within a plane where the first other outside outside overhang region 143C1 is located and within a plane extending in a direction substantially orthogonal to the direction in which the body 10 extends. positioned.
Further, the first other end inside extension region extends in the same direction as the direction in which the first other end outside extension region 143C1 extends, and is separated from the first other end outside extension region 143C1. It is a region that extends.

Further, the first other end flange portion 143C has a first other end outer ear lobe region 143C3.
Here, the first other end outer ear hanging region 143C3 extends in the same direction as the direction in which the second guide frame 133 extends from the first other end outer ear extension region 143C1.

Although not shown, the first other end flange portion 143C has a first other end inner earlobe region.
Here, the first other inner ear lobe area extends in the same direction as the first other outer ear lobe area 143C3 extending from the first other inner lobe area.
Further, the first other inner ear canal region faces the first other outer ear canal region 143C3, and has a second surface on the opposite side to the surface facing the first other outer ear canal region 143C3. 1 is formed with an ear lobe recess.

Further, the second cover unit 15 has a second rotating body 151.
Here, the second rotating body 151 is rotatable around a direction substantially orthogonal to the direction in which the case 10 extends.
That is, the second rotating body 151 can rotate around a direction substantially orthogonal to the direction in which the first pillar 112 or the second pillar 113 extends.

Further, the second rotating body 151 has a second rotating main body 151A.
Here, the second rotation main body 151A extends in the same direction as the direction substantially perpendicular to the direction in which the body 10 extends.
A substantially central area of the second rotation main body 151A is curved toward the side opposite to the body 10.

The second rotating body 151 has a second one-end protruding portion 151B.
Here, the second end protruding portion 151B protrudes from one end in the direction in which the second rotation main body 151A extends in a direction substantially orthogonal to the direction in which the second rotation main body 151A extends.
The outer shape of the second one-sided protrusion 151B has a tapered shape that gradually becomes narrower from the base end in the protrusion direction of the second one-sided protrusion 151B toward the tip.

Further, the second rotating body 151 has a second other end protruding portion 151C.
Here, the second other end protruding portion 151C is substantially from the other end opposite to the one end in the direction in which the second rotation main body 151A extends in the direction in which the second rotation main body 151A extends. The second end protrudes in the orthogonal direction and in the same direction as the protruding direction of the second end protrusion 151B.
In addition, the outer shape of the second other end projection 151C has a tapered shape that gradually becomes thinner from the base end in the projecting direction of the second other end projection 151C toward the tip.

The second rotating body 151 has a second one-end annular portion 151D.
Here, the second one-end annular portion 151D is attached to the distal end of the second one-end projecting portion 151B in the projecting direction, and has a through hole formed therethrough.
In addition, the penetration direction of the through hole formed in the second end annular portion 151D extends in a direction substantially orthogonal to the projection direction of the second end projection 151B, and the second rotation main body. The portion 151A extends in the same direction as the direction in which it extends.

Further, the second rotating body 151 has a second other end annular portion 151E.
Here, the second other-end annular portion 151E is attached to the tip of the second other-end projecting portion 151C in the projecting direction, and has a through hole formed therethrough.
In addition, the penetration direction of the through hole formed in the second end annular portion 151E extends in a direction substantially orthogonal to the projection direction of the second end projection 151C, and The annular portion 151D extends in the same direction as the penetration direction of the through hole.

  In addition, a first rotating shaft body 112A that connects the pair of first shaft support portions 112B to each other is inserted through a through hole formed in the second end annular portion 151D of the second rotating body 151. In addition, the second end annular portion 151D is sandwiched between the pair of first shaft support portions 112B.

  In addition, a second rotating shaft 113A that connects the pair of second shaft supports 113B to each other is inserted through a through hole formed in the second end annular portion 151E of the second rotating body 151. The second annular portion 151E at the other end is sandwiched between a pair of second shaft support portions 113B.

  That is, the second one-end annular portion 151D and the second other-end annular portion 151E of the second rotating body 151 are attached to the holding body 11, and the second rotating body 151 is the first rotating shaft body. It rotates about 112A and 2nd rotation shaft 113A.

  In addition, the second cover unit 15 has a second slide body that is bendably attached to the second rotating body 151, and the second slide body includes a second upper slide body 152 and a second slide body. 2 and a lower slide body 153.

Here, the second upper slide body 152 is bendably attached to the second rotating body 151 via the second connection portion 154.
Further, the second upper slide body 152 is curved toward the side opposite to the container body 10.

In addition, the second lower slide 153 is attached to the second upper slide 152 via the second connection portion 154 so as to be bendable.
In addition, the second lower slide body 153 has a second lower slide main body 153A.
Here, the second lower slide main body 153A extends in a direction substantially perpendicular to the direction in which the body 10 extends, and curves toward the opposite side to the body 10.

Further, the second lower slide body 153 has a second end flange portion 153B.
Here, the second one-end flange portion 153B is a region extending from one end region in the direction in which the second lower slide main portion 153A extends in the same direction as the direction in which the second lower slide main portion 153A extends. One end has an overhang region 153B1.

Further, the second end flange portion 153B has a second end inside extension region 153B2.
Here, the second one-end inside overhang region 153B2 is located in a plane where the second one-outside overhang region 153B1 is located and in a plane extending in a direction substantially perpendicular to the direction in which the body 10 extends. are doing.
In addition, the second one-end inside overhang region 153B2 extends in the same direction as the direction in which the second one-end outside overhang region 153B1 extends, and extends away from the second one-end outside overhang region 153B1. It is.

Further, the second end flange portion 153B has a second end outer ear lobe region 153B3.
Here, the second one end outer ear hanging region 153B3 extends in the same direction as the direction in which the first guide frame 132 extends from the second one end outer extension region 153B1.

Further, the second end flange portion 153B has a second end inner earlobe region 153B4.
Here, the second one-end inner earlobe region 153B4 extends in the same direction as the direction in which the second one-end outer earlobe region 153B3 extends from the second one-end inner ear extension region 153B2.
The second one-sided earlobe area 153B3 is opposed to the second one-sided earlobe area 153B3, and the second one-sided earlobe area 153B3 is provided with a second one-sided earlobe area 153B3. One end lug recess 155 is formed.

Although not shown, the second lower slide body 153 has a second other end flange similar to the first other end flange 143C.
That is, although not shown, the second other-end flange portion is connected to the second lower slide main portion 153A from the other end region opposite to the one end region in the direction in which the second lower slide main portion 153A extends. It has a second other end outside extension region which is a region extending in the same direction as the extension direction.

Further, the second other end flange portion has a second other end inside overhang region, not shown.
Here, the second other end inside overhang region is located in a plane where the second other outside outside extension region is located and in a plane extending in a direction substantially perpendicular to the direction in which the body 10 extends. are doing.
Further, the second other end inside extension region extends in the same direction as the direction in which the second other end outside extension region extends, and extends away from the second other end outside extension region. It is.

Further, the second other end flange portion has a second other end outer ear lobe region, not shown.
Here, the second other end outside ear lobe region extends in the same direction as the direction in which the second guide frame 133 extends from the second other end outside ear extension region.

Further, the second other end flange portion has a second other end inner earlobe region, not shown.
Here, the second other-end inner ear lobe area extends in the same direction as the direction in which the second other-end outer ear lobe area extends from the second other-end inner ear lobe area.
In addition, the second other inner ear lobe area faces the second other outer ear lobe area, and the second opposite inner ear lobe area has a second opposite ear face area facing the second other outer ear lobe area. The other end lobe recess is formed.

  In addition, the first column member 112 separates the first inclined member 132D from a position opposite to the position where the inclined surface is formed, and the first bottom member 132H. In one space formed in the direction in which the first guide frame 132 extends, the first one end flange portion 143B of the first lower slide 143 slides in the same direction as the direction in which the first guide frame 132 extends. It is arranged as possible.

  That is, one space where the first end flange portion 143B of the first lower slide body 143 is slidably disposed is the first left slide path 132F.

  In addition, the first column member 112 separates the first inclined member 132D from a position opposite to the position where the inclined surface is formed, and the first bottom member 132H. In the other space formed in the direction in which the first guide frame 132 extends, the second end flange portion 153B of the second lower slide 153 slides in the same direction as the direction in which the first guide frame 132 extends. It is arranged as possible.

  That is, the other space in which the second one-end flange portion 153B of the second lower slide body 153 is slidably provided is the second left slide path 132G.

  The second column member 113 separates the second inclined member 133D from the portion on the opposite side to the portion where the inclined surface is formed, and the second bottom member 133E. In one space formed in the direction in which the second guide frame 133 extends, the first other end flange portion 143C of the first lower slide body 143 extends in the same direction as the direction in which the second guide frame 133 extends. It is arranged to be slidable.

  That is, one space where the first other end flange portion 143C of the first lower slide body 143 is slidably provided is the first right slide path 133F.

  In addition, although not shown, the second column member 113 separates the second inclined member 133D from the opposite side of the inclined surface, and the second bottom member 133E. The other second flange of the second lower slide body 153 extends the second guide frame 133 into the other space formed between the second guide frame 133 and the direction in which the second guide frame 133 extends. It is arranged to be slidable in the same direction as the direction.

  That is, the other space in which the second other end flange portion of the second lower slide body 153 is slidably provided is a second right slide path.

Further, the first cover portion 14 and the second cover portion 15 can be formed of, for example, a transparent acrylic resin.
In this case, if at least the first rotating body 141 and the second rotating body 151 are formed of a transparent acrylic resin, the opening 10B of the body 10 will have the first cover 14 and the second cover 15. Even if the container is closed, the container such as liquid stored in the container 10 can be visually recognized.

Further, the beverage container 1 of the present invention includes a first weight portion 16.
Here, the first weight portion 16 has a first main body 161.
In addition, the first main body 161 has a through-hole penetrating between one surface of the first main body 161 and the other surface opposite to the one surface.

Further, the first main body 161 is disposed beside the receiving portion 131 so as to be rotatable around a direction substantially perpendicular to the direction in which the first guide frame 132 extends.
Here, "beside the receiving portion 131" means a position in a plane extending in a direction substantially perpendicular to the direction in which the first guide frame 132 extends, and in the same plane as the receiving portion 131. .

That is, the first shaft 161A is inserted into the through hole formed in the first main body 161 and the first main body 161 rotates around the first shaft 161A.
Here, the first shaft 161A projects from the surface of the receiving portion 131 in a direction substantially perpendicular to the direction in which the first guide frame 132 extends, and the first shaft 161A of the first guide frame 132 It is arranged in the space of the first guide frame 132 through a first inner guide hole formed in the inner member 132C.

Further, the first weight portion 16 has a first left protruding body 162.
Here, the first left protruding body 162 protrudes from the first main body 161 within the same plane as the rotation surface of the first main body 161.

The first weight portion 16 has a second left protruding body 163.
Here, the second left protruding body 163 protrudes from the first main body 161 in the direction opposite to the protruding direction of the first left protruding body 162 within the same plane as the rotation surface of the first main body 161. And has a mass greater than the mass of the first left protrusion 162.

The first weight portion 16 is arranged at a position that does not overlap with the first outer guide hole 132E.
That is, the first weight portion 16 is located at a position on the first outer member 132A where the first outer guide hole 132 is not formed, and at a position on an extension of the direction in which the first outer guide hole 132 extends. It is arranged correspondingly.

  The first weight 16 is disposed between the first left slide path 132F and the second left slide path 132G.

  Therefore, even when the gripper 114 slides and reaches the first position with respect to the first guide frame 132, the first pillar 112 does not contact the first weight 16.

In addition, the beverage container 1 of the present invention includes the second weight portion 17.
Here, the second weight portion 17 has a second main body 171.
Further, the second main body 171 has a through hole formed between one surface of the second main body 171 and the other surface opposite to the one surface.

Further, the second main body 171 is arranged beside the receiving portion 131 so as to be rotatable around a direction substantially orthogonal to a direction in which the second guide frame 133 extends.
That is, the second shaft 171A is inserted into the through hole formed in the second main body 171 and the second main body 171 rotates around the second shaft 171A.

  Here, the second shaft 171 </ b> A protrudes from the surface of the receiving portion 131 in a direction substantially orthogonal to the direction in which the second guide frame 133 extends, and the second shaft 171 </ b> A of the second guide frame 133. It is arranged in the space of the second guide frame 133 through a second inner guide hole formed in the inner member 133C.

The second weight portion 17 has a first right protruding body 172.
Here, the first right protruding body 172 protrudes from the second main body 171 within the same plane as the rotation surface of the second main body 171.

The second weight portion 17 has a second right protruding body 173.
Here, the second right protruding body 173 protrudes from the second main body 171 in the direction opposite to the protruding direction of the first right protruding body 172 within the same plane as the rotation surface of the second main body 171. And has a mass greater than the mass of the first right protrusion 172.

Further, the second weight portion 17 is arranged at a position that does not overlap with the second outer guide hole.
That is, the second weight portion 17 corresponds to a portion of the second outer member 133A where the second outer guide hole is not formed and a portion on an extension line in the direction in which the second outer guide hole extends. It is arranged.

  In addition, the second weight portion 17 is disposed between the first right slide path 133F and a second right slide path (not shown).

  Therefore, even when the grip portion 114 slides and reaches the first position with respect to the first guide frame 132, the second pillar portion 113 does not contact the second weight portion 17.

  In addition, the distance between the first weight portion 16 and the first lower slide body 143 of the first cover portion 14 when the first cover portion 14 opens the opening 10B, and the first The distance between the weight portion 16 of the second cover portion 15 and the second lower slide body 153 of the second cover portion 15 when the second cover portion 15 opens the opening 10B is the first weight portion 16 When the first main body 161 is rotated, the first left projecting body 162 and the second left projecting body 163 contact the first lower sliding body 143 and the second lower sliding body 153, and the first left projecting body 162 and the second lower projecting body 153 come into contact with each other. The distance is such that the sliding of the lower slide 143 and the second lower slide 153 can be suppressed.

  That is, when the first main body 161 of the first weight portion 16 rotates, the first one-end recess 145 formed in the first one-side inner ear-drop region 143B4 of the first lower slide body 143 has: The first left protruding body 162 or the second left protruding body 163 is in contact with the first lower protrusion 153, and the first lower protrusion 155 is formed in the second lower end inner protrusion 153 </ b> B 4. The left protruding body 162 or the second left protruding body 163 abuts to suppress the sliding of the first lower slide body 143 and the second lower slide body 153, and maintains the state where the opening 10B is open.

  Further, the distance between the second weight portion 17 and the first lower slide body 143 of the first cover portion 14 when the first cover portion 14 opens the opening 10B, and the second The distance between the second weight portion 17 and the second lower slide body 153 of the second cover portion 15 when the second cover portion 15 opens the opening 10B is the second weight portion 17. When the second main body 171 rotates, the first right protruding body 172 and the second right protruding body 173 come into contact with the first lower slide body 143 and the second lower slide body 153, and The distance is such that the sliding of the lower slide 143 and the second lower slide 153 can be suppressed.

  That is, when the second main body 171 of the second weight portion 17 rotates, the first lower end of the first slide body 143 has the first other end recess formed in the inner end of the first end. The first right protruding body 172 or the second right protruding body 173 abuts, and the first lower protruding body 173 has the first other protruding portion formed in the second lower protruding portion inside the second lower protruding portion. The right protruding body 172 or the second right protruding body 173 abuts on to suppress the sliding of the first lower slide body 143 and the second lower slide body 153, and keeps the opening 10B open.

  The beverage container of the present invention, that is, the container, the gripping portion is located in a plane extending in a direction substantially perpendicular to the direction in which the container extends and is located in the same plane as the container, and vertically downward. And when the gripping part moves vertically downward and reaches the first position, the cover part can close the opening of the container, and can move vertically. When the cover part can open the opening when the grip part moves upward and reaches a second position which is a position opposite to the first position in the direction in which the grip part moves, It is not always necessary to provide the holding body and the guide.

  Specifically, for example, in the container of the present invention, the body and the grip are integrated, and the body and the grip are moved downward by their own weight in the vertical direction, so that the cover provided on the cover is formed. The pressing part is pressed by the gripping part or part of the body, or the pressed state is released, the cover closes the opening, and the body and the gripping part move upward in the vertical direction. Then, the gripper or a part of the body presses the pressed portion provided on the cover, or releases the pressed state, and the cover opens the opening.

  Also, specifically, for example, the container and the gripper are not integrated, and the container can be prevented from moving even when the gripper moves vertically downward by its own weight. Only the part moves downward in the vertical direction by its own weight, so that the gripping part presses the pressed part provided on the cover part, or releases the pressed state, and the cover part closes the opening Then, only the gripping portion moves upward in the vertical direction, so that the gripping portion presses the pressed portion provided on the cover portion, or releases the pressed state, and the cover portion closes the opening. You can also open it.

Further, in the container of the present invention, the cover part does not necessarily have to be constituted by the first cover part and the second cover part, and may be one cover part.
However, it is preferable that the cover portion be composed of the first cover portion and the second cover portion, since the cover portion can be arranged without being biased to one side.

Further, the container of the present invention does not necessarily have to include the first weight portion and the second weight portion, that is, the weight portion.
However, it is preferable that the container of the present invention has a weight portion because the state in which the opening is open is easily maintained.

Further, in the container of the present invention, the gripping portion does not necessarily have to be slidable in the first direction by its own weight. That is, the holder does not necessarily have to be slidable in the first direction by its own weight.
However, if the gripper can be slid in the first direction by its own weight, when the container of the present invention is put away from the container of the present invention, the gripper is downward in the first direction, that is, the vertical direction by its own weight. To reach the first position, so that even if the container of the present invention is left unattended, the cover closes the opening, so that it is possible to prevent extraneous matter such as dust from entering the inside of the main body.

Further, in the container of the present invention, the support portion of the holder does not necessarily need to be able to detachably support the container.
However, if the support portion of the holder can detachably support the container, the container can be separated from the holder, and the container, the holder, the guide portion, and the cover portion can be washed to the details. This is preferable because

Next, the operation when opening and closing the opening of the container provided in the beverage container of the present invention will be described.
As shown in FIG. 1, the gripper 114 protruding from the first pillar 112 of the holder 11 of the beverage container 1 of the present invention is held by the hand 2 and the beverage container 1 of the present invention is lifted.

  Then, since the grip portion 114 is slidable in the first direction by its own weight, the first guide frame 132 slides vertically downward by its own weight with respect to the grip portion 114, that is, the grip portion 114 is relatively moved. In the second direction, that is, vertically upward, and reaches the second position.

  At this time, the first pillar 112 is connected to the first bottom member 132H on the side opposite to the edge of the first outer member 132A, and the first pillar 112 is connected to the first bottom member 132H. The second pillar 113 slides in the direction approaching the edge opposite to the edge of the first inner member 132C, and the second pillar 113 also moves along the edge of the second outer member 133A connected to the second bottom member 133E. It slides in a direction approaching the edge opposite to the edge and the edge opposite to the edge of the second inner member 133C connected to the second bottom member 133E.

  At this time, the first rotating shaft 112A connecting the pair of first shaft supports 112B protruding from one end of the first pillar 112 together with the first pillar 112 is also provided. A second rotating shaft 113A that slides and connects a pair of second shaft supports 113B protruding from one end of the second pillar 113 to each other also has the second pillar 113 and the second rotating shaft 113A. Slides together.

  Further, when the grip portion 114 reaches the second position, the first rotating shaft body 112A is closer to the first outer member 132A connected to the first bottom member 132H than to the first inclined member 132D. It reaches a position near the edge opposite to the edge and the edge opposite to the edge of the first inner member 132C connected to the first bottom member 132H.

  Further, when the grip portion 114 reaches the second position, the second rotating shaft 113A is also moved from the second outer member 133A connected to the second bottom member 133E rather than the second inclined member 133D. An edge opposite to the edge and a position near the edge opposite to the edge of the second inner member 133C connected to the second bottom member 133E are reached.

  Accordingly, due to the weight of the first rotating body 141, the first one-end annular portion 141D of the first rotating body 141 rotates about the first rotating shaft 112A, and the first one-end annular portion 141D. The first end protrusion 141B attached to the first abutment contacts the first inclined member 132D.

  At this time, the length of the first inclined member 132D in the same direction as the direction in which the first side wall member 132B extends gradually decreases from the top of the first inclined member 132D toward the first side wall member 132B. One of the outer edges of the first end protrusion 141B having a tapered outer shape abuts the inclined surface, and the first rotating body 141 rotates in a direction to open the opening 10B.

  Similarly, due to the own weight of the first rotating body 141, the first other end annular portion 141E of the first rotating body 141 rotates about the second rotating shaft 113A, and the first other end. The first other end projection 141C attached to the annular portion 141E comes into contact with the second inclined member 133D.

  At this time, similarly, the length of the second inclined member 133D in the same direction as the direction in which the second side wall member 133B extends gradually decreases from the top of the second inclined member 133D toward the second side wall member 133B. One of the outer edges of the first other end projection 141C having a tapered outer shape abuts the inclined surface, and the first rotating body 141 rotates in a direction to open the opening 10B.

  Further, the second rotating body 151 also rotates in a direction to open the opening 10B by the same operation as the first rotating body 141, so that the detailed description of the operation of the second rotating body 151 is omitted.

  Although not shown, elongated holes formed in the first one-sided protrusion 141B of the first rotating body 141 and the second one-sided protrusion 151B of the second rotating body 151 respectively have a first inclined portion. It extends substantially parallel to one outer edge of the first one-sided protrusion 141B and one outer edge of the second one-sided protrusion 151B that abut on the inclined surface of the member 132D.

  Although not shown, the elongated holes formed in the first other end protrusion 141C of the first rotating body 141 and the second other end projection 151C of the second rotating body 151 are the second holes. Of the first end protruding portion 141C and one outer edge of the second end protruding portion 151C that abut on the inclined surface of the inclined member 133D.

  Further, when the first rotating body 141 and the second rotating body 151 rotate in a direction to open the opening 10B, the first rotating body 141 and the second rotating body 151 extend the body 10, respectively. It is located in a plane extending in a direction substantially perpendicular to the direction and in the same plane as the body 10, that is, located along the outer peripheral surface of the body 10.

  At this time, the positions of the first rotating body 141 and the second rotating body 151 are smaller than the positions of the first rotating body 141 and the second rotating body 151 when the opening 10B is closed. Thirteen receiving parts 131.

  Therefore, the first slide body, that is, the first upper slide body 142 and the first lower slide body 143, and the second slide body, that is, attached to the first rotating body 141 and the second rotating body 151, respectively. The second upper slide body 152 and the second lower slide body 153 also approach the receiving portion 131 of the guide portion 13.

  Further, when the first rotating body 141 and the second rotating body 151 rotate in a direction to open the opening 10B, the first one-end flange 143B of the first lower slide 143 is moved by the first guide. The first left slide path 132F of the frame 132 is slid in the direction approaching the receiving portion 131, and the second one end flange 153B of the second lower slide 153 is moved to the second guide of the first guide frame 132. The left slide path 132G is slid in a direction approaching the receiving portion 131.

  Further, when the first rotating body 141 and the second rotating body 151 rotate in a direction to open the opening 10B, the first other end flange 143C of the first lower slide body 143 moves to the second position. The first right slide path 133F of the guide frame 133 is slid in a direction approaching the receiving portion 131, and the second other end flange portion of the second lower slide 153 is connected to the second guide frame 133 of the second guide frame 133. Is slid in a direction approaching the receiving portion 131.

  That is, when the grip 114 slides toward the second position, the first cover 14 and the second cover 15 slide vertically downward with respect to the grip 114. In other words, the grip 114 slides vertically upward relative to the first cover 14 and the second cover 15.

  Further, with the beverage container 1 of the present invention being lifted, as shown in FIG. 7, the beverage container 1 of the present invention is rotated by using, for example, the same plane as the first finger protection portion 12A as a rotation surface. The beverage container 1 of the present invention is tilted until the angle between the direction in which the first guide frame 132 extends and the vertical direction is about 45 °.

  Then, the first main body 161 of the first weight portion 16 rotates, and the first one end recess 145 formed in the first end inner ear region 143B4 of the first lower slide body 143 has the first end. Of the second lower slide body 153, and the second left protrusion 163 abuts on a second end ear recess 155 formed in the second inner ear ear region 153B4 of the second lower slide body 153. The first lower slide body 143 and the second lower slide body 153 are prevented from sliding, and the opening 10B is kept open.

  Also, at this time, although not shown, the second main body 171 of the second weight portion 17 also rotates, and the first lower slide body 143 is formed in the first other inner earlobe area of the first other end. The first right protruding body 172 abuts on the other end earlobe recess of the second lower slide body 153, and the second right end projection formed on the inner earlobe area of the second other end of the second lower slide body 153 has the second ear ear recess. The right protruding body 173 comes into contact with the first lower slide body 143 and the second lower slide body 153 to suppress the slide, and keeps the opening 10B open.

  Naturally, the same plane as the first finger protection portion 12A is used as the rotation surface, and the first rotation direction is the same as the rotation direction of the beverage container 1 of the present invention shown in FIG. Even when the beverage container 1 of the present invention is rotated and tilted until the angle between the direction in which the guide frame 132 extends and the vertical direction is about 45 °, the first weight portion 16 and the The two weight portions 17 rotate, respectively, to suppress the first lower slide body 143 and the second lower slide body 153 from sliding.

In this case, the first main body 161 of the first weight portion 16 rotates, and the second left protrusion 163 abuts on the first end lug recess 145, and the first left projection 163 comes into contact with the second end lug recess 155. The left protruding body 162 abuts.
Further, in this case, the second main body 171 of the second weight portion 17 also rotates, and the second right protruding body 173 comes into contact with the first other-end ear recess, and the second right-side protrusion 173 comes into contact with the second other end recess. The first right protrusion 172 abuts.

  With the same plane as the first finger protection portion 12A as the rotation surface, the direction in which the first guide frame 132 of the beverage container 1 of the present invention extends in the rotation direction of the beverage container 1 of the present invention and the vertical direction. When the rotation angle of the beverage container 1 of the present invention is about 45 ° or more and about 315 ° or less, the first weight portion 16 and the second weight portion 17 are connected to the first lower slide body. 143 and the second lower slide body 153 are brought into contact with each other to suppress the slide.

  In addition, even when the beverage container 1 of the present invention does not include the first weight portion 16 and the second weight portion 17, the beverage container 1 of the present invention is lifted, and the beverage container 1 of the present invention is illustrated. As shown in FIG. 7, when drinking drinking water or the like housed inside the container 10 by tilting, a part of the face such as the user's nose hits the first cover part 14 or the second cover part 15 and the opening part. 10B is not blocked.

  On the other hand, as shown in FIG. 5, the beverage container 1 of the present invention is placed on the top plate 3 of the table, and the holding portion protruding from the first pillar 112 of the holder 11 provided in the beverage container 1 of the present invention. Release your hand from 114.

  Then, since the grip portion 114 is slidable in the first direction by its own weight, the first pillar portion 112 is connected to the edge of the first outer member 132A connected to the first bottom member 132H, and the first column member 112A. Slides in a direction approaching the edge of the first inner member 132C connected to the bottom member 132H, and the second pillar 113 also moves to the second outer member 133A connected to the second bottom member 133E. And the second inner member 133C connected to the second bottom member 133E.

  Further, when the grip portion 114 reaches the first position, the first rotating shaft 112A is moved more toward the first outer member 132A connected to the first bottom member 132H than to the first inclined member 132D. The edge has reached a position near the edge of the first inner member 132C connected to the first bottom member 132H.

  In addition, when the grip portion 114 reaches the first position, the second rotating shaft 113A is also moved from the second outer member 133A connected to the second bottom member 133E rather than the second inclined member 133D. It has reached a position near the edge and the edge of the second inner member 133C connected to the second bottom member 133E.

  Therefore, the first end annular portion 141D of the first rotating body 141 is centered on the first rotating shaft body 112A in a direction opposite to the rotating direction when the grip portion 114 reaches the second position. By rotating, the first end protrusion 141B attached to the first end annular portion 141D comes into contact with the first inclined member 132D.

  At this time, the length of the first inclined member 132D in the same direction as the direction in which the first side wall member 132B extends gradually from the top of the first inclined member 132D toward the side opposite to the first side wall member 132B. The outer edge of the first one-end protruding portion 141B having a tapered outer shape abuts on the inclined surface having a reduced length, and the first rotating body 141 rotates in a direction to close the opening 10B.

  Similarly, the first end annular portion 141E of the first rotating body 141 is opposite to the rotating direction when the grip portion 114 reaches the second position about the second rotating shaft 113A. In this direction, the first other end projection 141C attached to the first other end annular portion 141E comes into contact with the second inclined member 133D.

  At this time, similarly, the length of the second inclined member 133D in the same direction as the direction in which the second side wall member 133B extends gradually from the top of the second inclined member 133D toward the side opposite to the second side wall member 133B. The outer edge of the first other end projection 141C having a tapered outer shape abuts on the reduced inclined surface, and the first rotating body 141 rotates in a direction to close the opening 10B.

  In addition, the second rotating body 151 also rotates in a direction to close the opening 10B by the same operation as the first rotating body 141, and thus the detailed description of the operation of the second rotating body 151 is omitted.

  Further, when the first rotating body 141 and the second rotating body 151 rotate in a direction to close the opening 10B, the first rotating body 141 and the second rotating body 151 extend the body 10, respectively. Located on the extension of the direction.

  At this time, the positions of the first rotating body 141 and the second rotating body 151 are larger than the positions at which the first rotating body 141 and the second rotating body 151 open the opening 10B. 13 from the receiving part 131.

  Therefore, the first slide body, that is, the first upper slide body 142 and the first lower slide body 143, and the second slide body, that is, attached to the first rotating body 141 and the second rotating body 151, respectively. The second upper slide 152 and the second lower slide 153 also move away from the receiving portion 131 of the guide 13.

  Further, when the first rotating body 141 and the second rotating body 151 rotate in a direction to close the opening 10B, the first one end flange portion 143B of the first lower slide body 143 is moved by the first guide. The first left slide path 132F of the frame 132 is slid in a direction away from the receiving portion 131, and the second one end flange 153B of the second lower slide 153 is connected to the second guide of the first guide frame 132. The left slide path 132G is slid in a direction away from the receiving portion 131.

  Further, when the first rotating body 141 and the second rotating body 151 rotate in a direction to close the opening 10B, the first other end flange portion 143C of the first lower slide body 143 is moved to the second position. The first right slide path 133F of the guide frame 133 is slid in a direction away from the receiving portion 131, and the second other end flange portion of the second lower slide 153 is connected to the second guide frame 133 of the second guide frame 133. Is slid in a direction away from the receiving portion 131.

  That is, when the grip 114 slides toward the first position, the first cover 14 and the second cover 15 slide vertically upward with respect to the grip 114. In other words, the grip 114 slides vertically downward relative to the first cover 14 and the second cover 15.

  As described above, the container of the present invention slides the gripping portion vertically downward and vertically upward, that is, by sliding the body vertically downward and vertically upward along the guide frame, the opening portion Can be closed and opened by the cover part.

  Therefore, when the container of the present invention is lifted by holding the gripper by hand, or when the container of the present invention is placed on a table top or the like and the hand is released from the gripper, a normal case of using the container with the hand is used. Since the opening can be closed or opened just by performing an operation, the container of the present invention can easily open and close the opening.

When the container of the present invention is not used, when the container of the present invention is placed on a table or the like, the cover portion closes the opening of the body, so that insects and the like enter the inside of the body. hard.
Thus, the container of the present invention is particularly suitable for use in outdoor activities.

DESCRIPTION OF SYMBOLS 1 Beverage container 2 Hand 3 Top plate 10 Body 10A Bottom 10B Opening 11 Holder 111 Supporting part 111A Supporting surface 112 First pillar 112A First rotating shaft 112B First shaft supporting 113 Second 113A Second rotating shaft 113B Second shaft support 114 Gripping part 115 Holding part 12A First finger protection part 12B Second finger protection part 13 Guide part 131 Receiving part 131A Arrangement surface 132 First 132A first outer member 132B first side wall member 132C first inner member 132D first inclined member 132E first outer guide hole 132F first left slide path 132G second left slide path 132H 1st bottom member 133 2nd guide frame 133A 2nd outside member 133B 2nd side wall member 133C 2nd inside member 133D 2nd Slanting member 133E Second bottom member 133F First right slide path 14 First cover part 141 First rotating body 141A First rotating main body 141B First one-side projecting part 141C First other-side projecting part 141D First end annular portion 141E First other end annular portion 142 First upper slide body 143 First lower slide body 143A First lower slide main body portion 143B First one end flange portion 143B1 First end outer side Overhang area 143B2 First end inside ear extension area 143B3 First end outside ear hanging area 143B4 First one end inside ear hanging area 143C First other end flange section 143C1 First other end outside overhang area 143C3 First The other end outer ear lobe area 144 The first connection part 145 The first one end ear dent recess 15 The second cover part 151 The second rotating body 151A The second turn Main part 151B Second end protruding part 151C Second other end protruding part 151D Second end annular part 151E Second end annular part 152 Second upper slide body 153 Second lower slide body 153A Second Lower slide main body portion 153B Second end flange portion 153B1 Second end outside extension region 153B2 Second end inside extension region 153B3 Second end outside ear canal region 153B4 Second end inside ear canal region 154 Second connection Part 155 Second one end hanging recess 16 First weight 161 First main body 161A First shaft 162 First left protruding body 163 Second left protruding body 17 Second weight 171 Second main body 171A Second shaft 172 First right protrusion 173 Second right protrusion

Claims (4)

It extends in one direction, and a space is formed inside, and has a bottom part closed at one end in one direction, and the other end in one direction opposite to the bottom part has an inner part. And a body formed with an opening communicating with the outside,
A supporting portion capable of supporting the container, a column extending from the supporting portion in a direction substantially perpendicular to a supporting surface of the supporting portion contacting the container, and a column substantially extending in a direction in which the column extends. A holding body having a gripper projecting from the same pillar in the direction orthogonal to the support member on the opposite side,
A receiving portion on which the support portion of the holding member can be disposed, and the receiving portion is attached to the receiving portion, and extends from the receiving portion in a direction substantially orthogonal to an arrangement surface of the receiving portion, and A guide portion having a guide frame body capable of arranging the grip portion of the holding member so as to be slidable in the same direction as the extending direction;
The gripper slides in a first direction, which is the same direction as the direction in which the guide frame of the guide portion extends and approaches the receiving portion, to reach a first position with respect to the guide frame. Then, the opening of the container can be closed, and the opening is in the same direction as the direction in which the guide frame of the guide extends, and in the second direction that is away from the receiving part. A cover that is capable of opening the opening when the gripper slides to reach a second position with respect to the guide frame. The cover portion includes a first cover portion, and a second cover portion disposed to face the first cover portion with the body interposed therebetween,
A first rotating body rotatable about a direction substantially orthogonal to a direction in which the body extends, and the first cover portion is attached to the first rotating body in a bendable manner; The guide frame of the guide section has a first slide body slidable through a first slide path formed in a direction in which the guide frame extends. And
The second cover portion includes a second rotating body that is rotatable around the same rotation center as the first rotating body, and is attached to the second rotating body so as to be bendable. A second slide body slidably disposed on the guide frame body having the first slide path formed therein so as to be slidable through a second slide path formed in a direction in which the guide frame body extends. Has,
A main body rotatable around the receiving portion so as to be rotatable about a direction substantially orthogonal to a direction in which the guide frame extends, and protruding from the main body in the same plane as a rotation surface of the main body. A first protruding body, which protrudes from the main body in a direction opposite to a protruding direction of the first protruding body in the same plane as a rotation surface of the main body, and has a mass of the first protruding body; A second protrusion having a greater mass than the first slide path, and further comprising a weight portion disposed between the first slide path and the second slide path,
A distance between the weight portion and the first slide body of the first cover portion when the first cover portion opens the opening; The distance between the second cover portion and the second slide body when the cover portion has opened the opening is the first distance when the main body of the weight portion is rotated. The distance between the protrusion and the second protrusion is such that the first slide and the second slide abut against the first slide and the second slide, and the sliding of the first slide and the second slide is suppressed. The container according to claim 1. The container according to claim 1, wherein the grip is slidable in the first direction by its own weight. The container according to claim 1, wherein the support portion of the holding body is capable of detachably supporting the container.

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