Patent Description:
A storage container for household tissue paper such as wet wipes is known to store household tissue paper inside. Such storage container is known to include a container main body including a take out hole to take out the household tissue paper, an open/close lid which is connected rotatably to the container main body and which closes the take out hole in an openable/closable manner, and a latch which releases engagement with the open/close lid by pressing of the upper portion and opens the open/close lid.

For example, Patent Literature <NUM> discloses a household thin paper sheet storing container, which includes: a container body in which a household thin paper sheet is stored and which has a removal hole allowing the household thin paper sheet to be removed therethrough; and an opening/closing lid which is rotatably attached to the container body and which closes the removal hole.

Further, the container main body can be divided into an upper container main body and a lower container main body. Such known container includes a structure in which the upper container main body and the lower container main body are separated from the central position of the container body when the household tissue paper is refilled (for example, Patent Literature <NUM>).

However, in such container main body, when the latch is a separate body and attached to the container main body, there is a possibility that the user presses up the latch in mistake for the center portion of the container main body, which may cause the latch to come off the container main body.

An object of the present invention is to provide a household tissue storage container in which the latch of the open/close lid does not easily come off even when the latch is mistakenly pressed up.

In order to solve the above problems, the invention described in claim <NUM> is a household tissue storage container including: a container main body in which household tissue paper is stored, and which includes a take out hole for taking out the household tissue paper; and an open/close lid which is attached rotatably to the container main body, and which closes the take out hole, wherein the container main body includes, an upper container main body which forms an upper portion of the container main body, a lower container main body which forms a lower portion of the container main body, a connector which connects a rear surface of the upper container main body with a rear surface of the lower container main body, and a button which is provided on an upper surface of the upper container main body and which opens and closes the open/close lid, the upper container main body is rotated with the connector as a fulcrum and a storage space of the lower container main body is closed or exposed, the button includes, a button side fitter which projects downward, and multiple button side ribs which project downward from the button, in front of the button side fitter, the upper container main body includes a button attaching portion to which the button is attached, the button attaching portion includes, a main body side fitter which projects upward and to which the button side fitter is able to be fitted, and multiple main body side ribs which project forward from an outer surface of the main body side fitter, and in attaching the button to the button attaching portion, the button side ribs are inserted and fitted between the main body side ribs which are adjacent to each other.

In order to solve the above problems, the invention described in claim <NUM> is the household tissue storage container according to claim <NUM>, wherein both of the button side ribs and the main body side ribs are substantially rectangular.

In order to solve the above problems, the invention described in claim <NUM> is the household tissue storage container according to claim <NUM>, wherein both of the button side ribs and the main body side ribs are substantially trapezoidal.

In order to solve the above problems, the invention described in claim <NUM> is the household tissue storage container according to claim <NUM>, wherein both of the button side ribs and the main body side ribs are wave-shaped.

In order to solve the above problems, the invention described in claim <NUM> is the household tissue storage container according to any one of claims <NUM> to <NUM>, wherein the button includes, an upper surface portion which forms an upper surface, and a button side latch which latches the open/close lid, and the upper surface portion, the button side fitter, the button side latch, and the button side ribs are provided in an integrated manner.

In order to solve the above problems, the invention described in claim <NUM> is the household tissue storage container according to any one of claims <NUM> to <NUM>.

In order to solve the above problems, the invention described in claim <NUM> is the household tissue storage container according to any one of claims <NUM> to <NUM>, wherein the upper container main body, the lower container main body, and the connector are provided in an integrated manner.

According to the present invention, it is possible to provide a household tissue storage container in which the latch of the open/close lid does not easily come off even when the latch is mistakenly pressed up.

A specific embodiment of a household tissue storage container <NUM> according to an embodiment of the present invention is described with reference to <FIG>. However, the technical scope of the present invention is not limited to the illustrated examples.

In the following, as described in the drawings, an X-axis, a Y-axis, and a Z-axis and a front-rear direction, a left-right direction, and an up-down direction are defined and described. That is, the side of the household tissue storage container in which an open/close lid is provided is "up", the opposite side is "down", the side in which a container main body and the open/close lid are connected is "rear", the opposite side is "front", the right hand side viewed from the front side is "right", the left hand side is "left", the axis along the front-rear direction is the X-axis, the axis along the left-right direction is the Y-axis, and the axis along the up-down direction is the Z-axis. When the upper container main body rotates with relation to the lower container main body, the direction to which the upper container main body faces changes. Hereinbelow, as shown in <FIG>, the direction is defined and described with reference to the state in which the upper container main body and the lower container main body are combined and a storage space S is closed.

As shown in <FIG>, the household tissue storage container <NUM> includes a container main body <NUM> including a take out hole 113a for taking out household tissue paper P stored inside, an open/close lid <NUM> which is connected to the container main body <NUM> to be opened and closed freely so as to cover the take out hole 113a, and a button <NUM> which is provided in the container main body <NUM> and which can be used to open and close the open/close lid <NUM>. The storage space S is formed to store the household tissue paper P inside the household tissue storage container <NUM>.

For example, as the household tissue paper P, a small wet sheet or wet wipe is folded and the sheets are overlapped alternately and layered. The layers are formed so that when one wet sheet or wet wipe is pulled out, the next wet sheet or wet wipe is pulled out. That is, a so-called pop-up type sheet is used. Other than the above, for example, a rolled sheet can be used. In a rolled sheet, a long wet sheet or wet wipe including perforations at a certain interval in a length direction is rolled, and the sheet is used by cutting along the perforations and separating the sheet.

As shown in <FIG>, for example, the container main body <NUM> as a whole is formed in a substantial rectangular parallelepiped shape that is longer in the left-right direction than in the front-rear direction and the up-down direction. This is divided into two parts which are the upper part and the lower part at a position above the central portion in the up-down direction. The upper side of the container main body <NUM> is formed to be an upper container main body <NUM> and the lower side of the container main body <NUM> is formed to be a lower container main body <NUM>. The upper container main body <NUM> is connected to the lower container main body <NUM> by a connector <NUM> at a rear surface of the container main body <NUM>.

The upper container main body <NUM>, the lower container main body <NUM>, and the connector <NUM> are formed in an integrated manner by a method such as injection molding (two-color molding).

As shown in <FIG>, the container main body <NUM> is formed so that in a state in which the upper container main body <NUM> and the lower container main body <NUM> are combined and the storage space S inside is closed, the size of the entire container main body <NUM> is, in the front-rear direction, preferably <NUM> to <NUM>, more preferably <NUM> to <NUM>, in the left-right direction, preferably <NUM> to <NUM>, more preferably <NUM> to <NUM>, and in the up-down direction, preferably <NUM> to <NUM>, more preferably <NUM> to <NUM>.

The thickness of each surface is preferably <NUM> to <NUM>, more preferably <NUM> to <NUM>.

With such size and thickness, it is possible to achieve high molding efficiency and strength that does not cause problems in actual use.

As shown in <FIG>, the household tissue storage container <NUM> is formed so as to rotate at the connector <NUM> as the fulcrum. The connector <NUM> is the connector connecting the upper container main body <NUM> and the lower container main body <NUM>. With this, as shown in <FIG>, the storage space S can be in a state exposed to the outside.

When the storage space S is closed, the user rotates the upper container main body <NUM> opposite to the above.

As shown in <FIG>, the connector <NUM> is formed to become thinner compared to the other portions of the household tissue storage container <NUM>. With this, the connector <NUM> becomes easy to bend, and the upper container main body <NUM> can be more easily rotated with relation to the lower container main body <NUM> with the connector <NUM> as the fulcrum.

Although the productivity decreases, it is possible to form the upper container main body <NUM> and the lower container main body <NUM> as different bodies, and to rotatably connect the above by a hinge or the like.

By dividing the container main body <NUM> into two parts which are the upper container main body <NUM> and the lower container main body <NUM> at the position above the center portion in the up-down direction, when the stored household tissue paper P is stored in the storage space S covered by a predetermined package, it is possible to decrease the possibility of pinching a seal portion at the end of the package when the storage space S is closed. With this, it becomes much easier to refill the household tissue paper P.

The position where the container main body <NUM> is divided into two parts which are the upper container main body <NUM> and the lower container main body <NUM> can be near the center portion in the up-down direction.

As shown in <FIG>, the upper container main body <NUM> is formed to be a substantial rectangular parallelepiped shape with a substantial rectangular opening at the bottom surface, for example. A concave portion <NUM> in a concave shape downward is formed near the center of a top surface portion <NUM> which forms the upper surface. In the concave portion <NUM>, a take out portion <NUM> is provided including a take out hole 113a in the center in order to take out household tissue paper P in the storage space S. In the rear edge portion, a storing concave portion <NUM> is formed to store an urging member <NUM>. In the front edge portion, a button attaching portion <NUM> is formed to attach the button <NUM>.

In the lower edge of the lower surface of the upper container main body <NUM>, a ring shaped outer edge <NUM> and a ring shaped inner edge <NUM> which is provided to the inner side than the outer edge <NUM> and which projects downward than the outer edge <NUM> are formed.

In the lower edge portion of the front surface of the upper container main body <NUM>, a handle <NUM> is formed to be held when the storage space S is exposed.

The upper container main body <NUM> is formed by a hard material which is a material that is hard. The hard material that can be used include, for example, polyethylene, polypropylene, and the like. The method for measuring the hardness is the same as described for the elastic material.

Preferably, the portion formed by a later described elastic material and a portion formed by a hard material are formed in an integrated manner by injection molding (two-color molding).

As shown in <FIG>, the concave portion <NUM> is formed near the center portion of the top surface portion <NUM> in a plan view. <FIG> illustrates the concave portion <NUM> that is shaped in a substantial curvy rectangle in a plan view and that reaches the front edge of the upper container main body <NUM> but the specific shape of the concave portion <NUM> is not limited to the above.

Preferably, the depth of the concave portion <NUM> in the up-down direction is <NUM> to <NUM> viewed from the top surface portion <NUM>. The size in the plan view is not limited if the take out portion <NUM> can be formed inside. Preferably, the size is <NUM> to <NUM> in the front-rear direction and <NUM> to <NUM> in the left-right direction.

The take out portion <NUM> is a portion which is formed near the center portion of the concave portion <NUM> in a plan view and which is formed of an elastic material. A substantially spherically raised bulge portion 113b is formed in the substantial center of the take out portion <NUM>, and the take out hole 113a is provided in the bulge portion 113b.

Three projecting pieces 113c are provided on the edge of the take out hole 113a to project toward the center of the take out portion <NUM> from the edge of the projecting hole 113a on the closer side.

Preferably, the take out portion <NUM> is formed in a film shape so that the thickness in the up-down direction is <NUM> to <NUM>, for example.

The elastic material to form the take out portion <NUM> may be a material including elasticity, for example, silicon rubber or a thermoplastic elastomer such as styrene-butadiene type, polyester type, polyethylene type or urethane type. Preferably, the hardness is from <NUM> to <NUM>. The hardness is measured by JIS K <NUM> (type A durometer).

If the hardness of the elastic material is lower than the above value, the material is too soft and it becomes difficult to mold. This is not desirable because the molding efficiency reduces.

If the hardness of the elastic material becomes higher than the above value, this is not desirable in view of the point that the take out portion <NUM> in which the take out hole 113a is formed to take out the household tissue paper P becomes hard, too much resistance is applied, and it becomes difficult to take out the sheet one by one, or in view of the point that it becomes difficult to insert the finger into the storage space S when the sheet is pulled out.

The take out hole 113a is a hole which is formed in the center of the take out portion <NUM> in a plan view and which is connected to the storage space S.

For example, <FIG> shows the take out hole 113a with a shape in which each side of a triangle is projecting in an arc shape toward the inner side. The three slits along each line connecting each vertex and the center of gravity form a substantial upside down Y shape intersecting at the center of gravity. Among the three slits, the width of the slit extending in the front-rear direction is wide compared to the width of the other slits.

The number of slits can be smaller or larger than the above number. For example, two slits in a cross shape can be formed.

In the take out portion <NUM>, the periphery of the take out hole 113a is formed by the elastic material and the suitable resistance can be applied to the household tissue paper P. Therefore, the take out portion <NUM> includes the function to hold the next household tissue paper P after pulling the household tissue paper P stored in the storage space S. When the household tissue paper P is a roll sheet, the sheet can be cut at the perforation for cutting provided in the household tissue paper P.

The projecting piece 113c is provided in a position where the household tissue paper P pulled out from the take out hole 113a slides and comes into contact in order to apply suitable resistance on the household tissue paper P pulled out from the take out hole 113a.

Specifically, when the user opens the open/close lid <NUM> of the household tissue storage container <NUM> and takes out the household tissue paper P, the user extends his hand from the front side of the household tissue storage container <NUM> and pulls out the household tissue paper P from the take out hole 113a so that the open/close lid <NUM> standing on the rear side of the household tissue storage container <NUM> does not interfere with the movement of taking out the household tissue paper P. With this, the household tissue paper P pulled out from the take out hole 113a slides in contact with the projecting piece 113c at the edge on the closer side.

Here, the projecting piece 113c projecting to the rear from the edge on the closer side slides in contact with the household tissue paper P pulled out toward the closer side from the take out hole 113a. With this, the projecting piece 113c can apply suitable resistance to the household tissue paper P and this prevents the household tissue paper P from being pulled out too much from the take out hole 113a.

That is, the projecting piece 113c projecting to the rear from the closer side edge includes a function to apply suitable frictional force to the household tissue paper P pulled to the closer side from the take out hole 113a in order to prevent the next household tissue paper P pulled out after the household tissue paper P to be used by being pulled out from being pulled out too much from the take out hole 113a.

Then, the next household tissue paper P pulled out after the household tissue paper P to be used is held in the take out hole 113a in a state with one end pulled out at a suitable length.

One end of the household tissue paper P held by the take out hole 113a is supported by the three projecting pieces including the projecting piece 113c on the closer side.

The take out hole 113a holding the one end of the household tissue paper P is provided in the bulge portion 113b of the take out portion <NUM>. Therefore, the tip sides of the projecting pieces 113c are positioned higher than the take out portion <NUM> which is the base surface of the surrounding of the bulge portion 113b.

Since the one end of the household tissue paper P is held in the take out hole 113a supported in a position higher than the surroundings by the projecting piece 113c, it becomes easy to pinch the household tissue paper P.

As shown in <FIG>, the urging member <NUM> is a member in a belt shape formed of an elastic material. One end of the urging member <NUM> is fixed to the rear of the concave portion <NUM> and the other end is fixed to an insertion portion <NUM> (later described) of the open/close lid <NUM>. The urging member <NUM> urges in the direction to open and stand the open/close lid <NUM>. When the user presses the button <NUM>, the open/close lid <NUM> is moved so as to rotate at the connecting portion at the rear of the upper container main body <NUM> as the rotating axis. With this, the open/close lid <NUM> opens.

The urging member <NUM> is formed in a belt shape with a width preferably <NUM> to <NUM>, more preferably <NUM> to <NUM>, and a thickness preferably <NUM> to <NUM>, more preferably <NUM> to <NUM>.

By forming the urging member <NUM> to be such size, the open/close lid <NUM> can be pressed up without difficulty when opened, and when the open/close lid <NUM> is closed, the urging member can be easily folded and stored in the storing concave portion <NUM>.

The urging member <NUM> is formed to extend as shown in <FIG> in a state in which no force is applied. Therefore, when the open/close lid <NUM> is closed as shown in <FIG> and the urging member <NUM> is folded, the force to return to the state shown in <FIG> is generated. With this, it is possible to urge the open/close lid <NUM> to rotate backward with relation to the upper container main body <NUM> at the connector <NUM> as the rotating axis. The connector <NUM> is the connector between the rear of the open/close lid <NUM> and the upper container main body <NUM>.

As shown in <FIG>, the storing concave portion <NUM> is a concave portion to store the folded portion of the urging member <NUM> when the open/close lid <NUM> is closed and the urging member <NUM> is pressed downward.

As shown in <FIG>, the storing concave portion <NUM> is formed to be a concave shape in a position to the rear of the take out portion <NUM> in the concave portion <NUM> and near the front of the urging member <NUM> so as to be downward than the concave portion <NUM>.

The shape of the storing concave portion <NUM> is not limited, and for example, the shape is a substantial rectangular parallelepiped shape long in the left-right direction compared to the front-rear direction. The storing concave portion <NUM> is to include a space to be able to store the folded urging member <NUM> pressed by the open/close lid <NUM> when the open/close lid <NUM> is closed.

As shown in <FIG> and <FIG>, the button attaching portion <NUM> includes, in the front edge of the concave portion <NUM>, a main body side fitter <NUM> formed of a hard material in a ring shape to be a convex shape upward, a button movable portion <NUM> which is formed in a concave shape downward so as to surround the left and right portions and the front portion of the main body side fitter <NUM> in a plan view, and main body side ribs <NUM> which are projecting portions formed on the front side of the outer surface of the main body side fitter <NUM>.

For example, the main body side fitter <NUM> is formed so that the front side is a curved shape in a plan view and the rear side is in a straight line shape in a plan view. The inner circumference of the main body side fitter <NUM> is formed to be slightly larger than the outer circumference of a button side fitter <NUM> (later described) formed in the button <NUM>. The main body side fitter <NUM> is formed so that the button <NUM> can be attached to the button attaching portion <NUM> by inserting the button side fitter <NUM> from the above.

The button movable portion <NUM> is formed to be a convex shape downward to surround the left and right portions and the front portion of the main body side fitter <NUM>. The button movable portion <NUM> is formed of the elastic material similar to the take out portion <NUM>. With this, the button movable portion <NUM> is formed so that when a front end 31a of the button which is inserted in the main body side fitter <NUM> is pressed from the above, the button movable portion <NUM> elastically deforms so that the button <NUM> tilts downward.

As shown in <FIG>, for example, the main body side ribs <NUM> are multiple substantially rectangular projecting portions which are spaced in the left-right direction on the front side of the outer surface of the main body side fitter <NUM>. The main body side ribs <NUM> are formed so that after-mentioned button side ribs <NUM> are fit between adjacent main body side ribs <NUM> and <NUM> when the button <NUM> is attached to the button attaching portion <NUM>.

The main body side fitter <NUM>, the button movable portion <NUM>, and the main body side ribs <NUM> are formed in an integrated manner by a method such as injection molding (two-color molding).

The outer edge <NUM> is a ring shape as shown in <FIG>, and is formed in the lower edge of the upper container main body <NUM>.

The inner edge <NUM> is a ring shape as shown in <FIG>. The inner edge <NUM> is provided to the inner side than the outer edge <NUM> in the lower edge of the upper container main body <NUM> and projects downward than the outer edge <NUM>. The inner edge <NUM> is formed so that the inner edge <NUM> enters a later-described concave groove <NUM> of the lower container main body <NUM> when the storage space S is closed.

For example, as described from <FIG>, the handle <NUM> is formed projecting in an arch shape from the front surface in an integrated manner with the upper container main body <NUM> in the center of the front surface of the upper container main body <NUM> and a space a is formed between the handle <NUM> and the front surface to be able to hook the finger. Two latches <NUM> are provided on the inner surface of the handle <NUM> facing the front surface. When the storage space S is exposed, the handle <NUM> is held, and the upper container main body <NUM> is rotated with the connector <NUM> as the fulcrum.

As described in <FIG> and <FIG>, the portion where the front surface of the upper container main body <NUM> intersects with the inner surface of the handle <NUM> is an R shape, and is formed to be round.

The shape of the handle <NUM> may be any shape. The shape of the handle <NUM> does not have to be a shape projected in an arch shape and is to be a shape which projects from the front surface of the upper container main body <NUM> and which includes a space a between the front surface.

The handle <NUM> overlaps in the front-rear direction with an engaging protrusion <NUM> (later-described) provided in the lower container main body <NUM> in the state in which the upper container main body <NUM> is engaged with the lower container main body <NUM>. According to the above, the engaging protrusion <NUM> cannot be seen from the front.

As described in <FIG> and <FIG> to <FIG>, two latches <NUM> are provided with a predetermined interval along the left-right direction on the inner surface of the handle <NUM>. The latches <NUM> are formed to engage to the engaging protrusion <NUM> when the storage space S is closed so that the closed state is maintained.

The interval provided between the two latches <NUM> may be determined freely, but is preferably larger than a width of a finger of a typical user. Specifically, the latches <NUM> are formed to be separated <NUM> to <NUM>, more preferably <NUM> to <NUM>.

The number of latches <NUM> is not limited to two, and is to be provided in each position separated to the left and right from the center portion of the inner surface of the handle <NUM> in the left-right direction. For example, two in the left and two in the right (a total of four) may be provided.

As shown in <FIG>, the lower container main body <NUM> is formed in a substantial rectangular parallelepiped shape with an opening in a substantial rectangular shape in the upper surface. A ring shaped concave groove <NUM> is formed in an upper edge of the lower container main body <NUM>.

A slipping preventer <NUM> is formed in the base of the upper surface of the lower container main body <NUM> in order to prevent slipping when the household tissue paper P stored in the storage space S is pulled out from the take out hole 113a.

The engaging protrusion <NUM> is formed in an integrated manner with the lower container main body <NUM> near the center of the upper edge of the front surface of the lower container main body <NUM> so as to project forward.

The lower container main body <NUM> is formed of the hard material similar to the material used in the upper container main body <NUM>.

The concave groove <NUM> is a ring shape as shown in <FIG>, for example, and is formed in the upper edge of the lower container main body <NUM> so that the inner edge <NUM> of the upper container main body <NUM> engages when the storage space S is closed. The concave groove <NUM> includes an outer peripheral wall <NUM> and an inner peripheral wall <NUM>.

The outer peripheral wall <NUM> is formed as the outer peripheral wall surface of the lower container main body <NUM> and the outer peripheral wall <NUM> comes into contact with the outer edge <NUM> of the upper container main body <NUM> when the storage space S is closed.

The inner peripheral wall <NUM> is formed as the inner peripheral wall surface of the lower container main body <NUM>, and project upward than the outer peripheral wall <NUM>. As shown in <FIG>, the inner peripheral wall <NUM> is provided with first guides 1212a provided at both ends of the rear surface in the left-right direction, and a plurality of second guides 1212b provided in the left-right direction of the rear surface.

The inner edge <NUM> of the upper container main body <NUM> slides between the outer peripheral wall <NUM> and the inner peripheral wall <NUM> so as to maintain airtightness of the storage space S.

As shown in <FIG>, the first guide 1212a is provided in both of the left and right edges on the rear surface of the lower container main body <NUM> extending the left surface and the right surface. The height of the first guide 1212a is higher than the height of the outer peripheral wall <NUM> and the second guide 1212b in the up-down direction.

The second guides 1212b are wave-shaped, and a plurality of second guides 1212b are provided along the left-right direction in the rear surface of the lower container main body <NUM>. The height of the second guide 1212b is higher than the height of the outer peripheral wall <NUM> in the up-down direction but lower than the height of the first guide 1212a in the up-down direction.

The slipping preventer <NUM> is formed of the elastic material surrounded by the hard material in the base of the lower container main body <NUM>. For example, as shown in <FIG>, the slipping preventer <NUM> includes a shape in an arc in two angles formed extending in the left-right direction among the angles formed by two straight lines which connect the opposing vertices of the rectangle and which intersect at the center of gravity.

The four ends of the above two straight lines are round, and as shown in <FIG>, the elastic material comes into contact with the placing surface only in the round portion. This functions as a placing portion <NUM>.

As shown in <FIG> and <FIG>, the engaging protrusion <NUM> is a protrusion projecting forward formed in an integrated manner with the lower container main body <NUM> in the substantial center of the upper edge of the front surface of the lower container main body <NUM>. The two latches <NUM> are engaged when the storage space S is closed.

The engaging protrusion <NUM> is formed so that the length in the left-right direction is longer than the sum of the interval between the two latches <NUM> and the lengths of the two latches <NUM> in the left-right direction.

As shown in <FIG> and <FIG>, the open/close lid <NUM> is a flat and curved member in a substantial rectangular shape rotatably connected to the rear of the concave portion <NUM>. The open/close lid <NUM> includes an open/close lid side latch <NUM> on the front side in the closed state, an open/close lid side sealing ring <NUM> on the lower surface side, and an insertion portion <NUM> in which the urging member <NUM> is inserted.

The shape of the open/close lid <NUM> in a plan view when closed is formed to be substantially the same shape as the concave portion <NUM> of the upper container main body <NUM> in a plan view with the exception of the shape of the portion where the button <NUM> is provided. The open/close lid <NUM> is formed so that the open/close lid <NUM> can be fitted in the concave portion <NUM> and be on the same plane as the top surface portion <NUM> when the open/close lid <NUM> is closed.

As shown in <FIG> and <FIG>, the open/close lid <NUM> is formed entirely of the hard material the same as the material used in the container main body <NUM>.

For example, as shown in <FIG>, <FIG> and <FIG>, the open/close lid side latch <NUM> is a portion of the open/close lid <NUM> in a claw shape projecting to the front. The open/close lid side latch <NUM> engages with a button side latch <NUM> formed in the button <NUM>. With this, the portions are latched when the open/close lid <NUM> is closed. The open/close lid side latch <NUM> is formed so that when the user presses the button <NUM>, and the link between the open/close lid side latch <NUM> and the button side latch <NUM> is released, the open/close lid <NUM> is opened by the urging force caused by the urging member <NUM>.

The shape of the open/close lid side latch <NUM> may be any shape which engages to the button side latch <NUM> to be latched when the open/close lid <NUM> is closed, and in which the link between the open/close lid side latch <NUM> and the button side latch <NUM> is released when the user presses the button <NUM>. The shape is not limited to the claw shape as shown in <FIG>, <FIG> and <FIG>.

As shown in <FIG> and <FIG>, the open/close lid side sealing ring <NUM> is formed to project in a ring shape downward when the open/close lid <NUM> is closed. As shown in <FIG> and <FIG>, the open/close lid side sealing ring <NUM> is formed in the substantial center of the lower surface side so that the surface on the inner peripheral side comes into contact with the outer peripheral of the take out portion <NUM> formed in the upper container main body <NUM>.

As shown in <FIG> and <FIG>, the insertion portion <NUM> is a portion in which the urging member <NUM> is inserted to be fixed in the rear edge of the open/close lid <NUM>.

As shown in <FIG>, the button <NUM> includes an upper surface portion <NUM> which forms the upper surface, a button side fitter <NUM> which projects downward from the upper surface portion <NUM>, a button side latch <NUM> which engages to the open/close lid side latch <NUM>, button side ribs <NUM> which fit to the main body side ribs <NUM> when the button <NUM> is attached. As shown in <FIG>, the button <NUM> is formed so that, by inserting the open/close lid side latch <NUM> in the button side latch <NUM>, the open/close lid <NUM> is latched in the closed state. The button <NUM> is formed so that when the user presses the button <NUM>, the latch with the open/close lid side latch <NUM> is released, and the open/close lid <NUM> is opened.

The button <NUM> is formed of the hard material which is the same as the material used in the container main body <NUM>. The button <NUM> is formed independently as a different member. Then, the button <NUM> is fixed by the button attaching portion <NUM>.

Preferably, the household tissue storage container <NUM> is formed entirely in an integrated manner by injection molding (two color molding) with the exception of the open/close lid <NUM> and the button <NUM> as described above.

As shown in <FIG>, <FIG>, the upper surface portion <NUM> is a portion forming the upper surface of the button <NUM>. For example, the upper surface portion <NUM> is formed so that the rear side is a straight line and the front side is a curve in a plan view. The upper surface portion <NUM> is formed to be substantially the same shape as the shape near the front edge of the concave portion <NUM> in a plan view with the exception of near the front end 31a. The front end 31a is formed to project forward from the concave portion <NUM>.

The size of the upper surface portion <NUM> is determined according to the size of the portion which is not covered by the open/close lid <NUM> in the concave portion <NUM>. Preferably, the size is <NUM> to <NUM> in the longest portion in the front-rear direction and <NUM> to <NUM> in the longest portion in the left-right direction.

A space b is formed between the front end 31a of the upper surface portion <NUM> and the upper container main body <NUM>, and the front end 31a and a base end 31b are formed to tilt downward in different angles from the upper surface (horizontal) of the upper container main body <NUM>.

Here, an inclined angle of the front end 31a is formed to be larger than the inclined angle of the base end 31b. Specifically, preferably, the inclined angle of the base end 31b is <NUM> to <NUM> degrees and the inclined angle of the front end 31a is <NUM> to <NUM> degrees.

The base end 31b of the button is parallel with relation to the upper container main body <NUM>, and only the front end 31a may be tilted downward or the tilt may be the same angle from the base end 31b to the front end 31a.

For example, the button side fitter <NUM> is formed to project downward from the upper surface portion <NUM> in a ring shape with the front side in a curved shape and the rear side in a straight line shape from a base view. The outer circumference is formed to be slightly smaller than the inner circumference of the main body side fitter <NUM>. The button side fitter <NUM> is formed to be inserted in the main body side fitter <NUM> from above so as to be able to attach the button <NUM> to the button attaching portion <NUM>.

The inner circumference may be formed to be the same or slightly larger than the outer circumference of the above described main body side fitter <NUM>. The button side fitter <NUM> may be formed to insert the main body side fitter <NUM> from below so as to be able to attach the button <NUM> to the button attaching portion <NUM>.

The button side latch <NUM> is a hole formed in the rear of the button <NUM>. The open/close lid side latch <NUM> formed in the open/close lid <NUM> is inserted inside the button side latch <NUM> and linked. With this, the open/close lid <NUM> is latched in the closed state. The button side latch <NUM> is formed so that when the user presses the button <NUM>, the insertion of the open/close lid side latch <NUM> is released, and due to the urging force caused by the urging member <NUM>, the open/close lid <NUM> is opened.

The shape of the button side latch <NUM> can be any shape as long as the button side latch <NUM> latches the open/close lid <NUM> in the closed state and the link between the button side latch <NUM> and the open/close lid side latch <NUM> is released when the user presses the button <NUM>. The shape is not limited to a hole as illustrated above, and may be a claw to where the open/close side latch <NUM> links, for example.

As shown in <FIG>, for example, the button side ribs <NUM> are multiple substantially rectangular projecting portions formed to be spaced in the left-right direction so as to protrude downward from the upper surface portion <NUM>, in front of the button side fitter <NUM>. The button side ribs <NUM> are formed so that the button side ribs <NUM> are inserted and fitted between adjacent main body side ribs <NUM> and <NUM> when the button <NUM> is inserted into the main body side fitter <NUM>.

The upper surface portion <NUM>, the button side fitter <NUM>, the button side latch <NUM>, and the button side ribs <NUM> are formed in an integrated manner by a method such as injection molding (two-color molding).

The main effects obtained from the above embodiment is described.

According to the embodiment, as shown in <FIG> and <FIG>, there are formed the main body side ribs <NUM> which are projecting portions formed on the front side of the outer surface of the main body side fitter <NUM> and button side ribs <NUM> which are projecting portions protruding downward from the upper surface portion <NUM> in front of the button side fitter <NUM>. When the button <NUM> is attached to the button attaching portion <NUM>, the button side ribs <NUM> are inserted and fitted between the adjacent main body side ribs <NUM> and <NUM>. Thus, even when the user mistakenly presses up the attached button <NUM>, the main body side ribs <NUM> and the button side ribs <NUM> which are both projecting portions are caught, making it difficult for the button <NUM> to come off.

Since multiple main body side ribs <NUM> and button side ribs <NUM> are formed, the force to press up the button <NUM> is distributed to the multiple fitting portions of the main body side ribs <NUM> and the button side ribs <NUM>, which enables to make it difficult for the button <NUM> to come off.

Since the main body side ribs <NUM> and button side ribs <NUM> are simply projecting portions and do not require forcible removal during molding, there is no need to be conscious of the shape and material in consideration of damage caused by deformation.

The container main body <NUM> includes the upper container main body <NUM> and the lower container main body <NUM> and the above are connected by a connector <NUM> at the rear surface. Therefore, while placing the household tissue storage container <NUM> on the placing surface, the storage space S can be exposed by rotating the upper container main body <NUM> with the rear edge as the fulcrum and the household tissue paper P can be refilled.

Therefore, when the household tissue paper P is refilled, the container remains to be placed on the placing surface and the operation of refilling can be easily performed.

The upper container main body <NUM>, the lower container main body <NUM>, and the connector <NUM> are formed in an integrated manner by an injection molding method (two-color molding). Therefore, the method is excellent from the view point of efficiency of manufacturing the household tissue storage container <NUM>.

The button <NUM> is provided, and the inclination angle of the front end 31a is formed to be larger than the inclination angle of the base end 31b. Therefore, it is difficult to insert the finger in the space b between the button <NUM> and the upper container main body <NUM>. Consequently, when the household tissue paper P is refilled, it is possible to prevent mistakenly holding the button <NUM> instead of the handle <NUM> and trying to rotate it.

The button <NUM> is attached to the button attaching portion <NUM> which is surrounded by the button movable portion <NUM> that is projecting downward. With this, when the user presses the upper surface portion <NUM> of the button <NUM> from above when the open/close lid <NUM> is closed, regardless of the pressed position, the button movable portion <NUM> is lowered downward and the button <NUM> sinks downward.

Here, since the open/close lid side latch <NUM> of the open/close lid <NUM> is inserted in the button side latch <NUM> of the button <NUM>, when the button <NUM> sinks downward, the open/close lid <NUM> is also pushed downward. However, the open/close lid <NUM> is urged upward by the urging member <NUM>, and such urging force becomes stronger as the open/close lid <NUM> sinks more downward.

Therefore, when the button <NUM> is pressed to a certain degree, the open/close lid <NUM> also sinks, and the urging force that urges the open/close lid <NUM> upward becomes stronger. The open/close lid <NUM> and the button <NUM> are engaged only by the open/close lid side latch <NUM> and the button side latch <NUM>. Therefore, if the urging force to the open/close lid <NUM> becomes strong, the link is released and the open/close lid <NUM> is opened.

Therefore, according to the present embodiment, the open/close lid <NUM> can be easily opened by pressing any portion of the upper surface of the button <NUM>.

The upper container main body <NUM> includes the button attaching portion <NUM> including the main body side fitter <NUM>. Therefore, the button <NUM> can be fixed easily and stably.

The handle <NUM> is provided in the upper container main body <NUM>, and the inner circumference side of the handle <NUM> is formed to be a curved surface by R processing. Compared to when the inner circumference side is a sharp angle, the handle <NUM> can be spread to the outer side easily, and the link between the latch <NUM> and the engaging protrusion <NUM> can be easily released. With this, the storage space S can be easily exposed.

When the upper container main body <NUM> is engaged with the lower container main body <NUM>, the handle <NUM> overlaps with the engaging projection <NUM> provided in the lower container main body <NUM> in a front-rear direction. With this, the engaging protrusion <NUM> cannot be viewed from the front, and this makes the look good.

The latch <NUM> is provided in the handle <NUM>. Therefore, the user is able to easily release the link between the upper container main body <NUM> and the lower container main body <NUM> by hooking the finger in the space a between the front surface of the upper container main body <NUM> and the handle <NUM>. With this, the storage space S can be exposed.

Specifically, a plurality of latches <NUM> are provided in each position separated to the left and right from the center portion in the left-right direction on the inner surface of the handle <NUM>. Therefore, when the finger is inserted near the center of the handle <NUM>, the latch <NUM> does not interfere, and the link between the upper container main body <NUM> and the lower container main body <NUM> can be easily released. With this, the storage space S can be easily exposed.

Two latches <NUM> are formed on the inner surface of the handle <NUM>, and the interval between the two latches <NUM> is to be wider than the finger width. Therefore, when the upper container main body <NUM> is rotated, the finger easily enters between the two latches <NUM> and the upper container main body <NUM> is easily rotated. With this, the storage space S can be easily exposed.

The length of the engaging protrusion <NUM> in the left-right direction is longer than the length obtained by adding the length of the two latches <NUM> in the left-right direction and the distance between the two latches <NUM>. The two latches <NUM> are engaged to the one engaging protrusion <NUM>. Therefore, the strength is enhanced than providing the engaging protrusion <NUM> separately for each latch <NUM>. With this, a more stable link with the latch <NUM> can be achieved.

The next household tissue paper P pulled out from the take out hole 113a is held in the take out hole 113a in a state with one end pulled out in a suitable length. Therefore, the household tissue paper P held in the take out hole 113a does not interfere when the open/close lid <NUM> is closed.

Since the household tissue paper P held in the take out hole 113a is not pinched by the open/close lid <NUM>, trouble such as the wet household tissue paper P (wet wipes, etc.) being pinched by the open/close lid <NUM> and extending outside of the container main body <NUM>, and then drying does not occur.

According to the household tissue storage container <NUM> provided with the take out hole 113a, the household tissue paper P can be suitably pulled out and used. Following the household tissue paper P that is pulled out and used, one end of the household tissue paper P pulled out next can be held in the take out hole 113a without interfering with the closing of the open/close lid <NUM>.

Then, since the household tissue paper P with a suitable length pulled out is held in the take out hole 113a, the household tissue paper P stored in the storage space S can be suitably pulled out and used repeatedly.

Only the width of the slit extending in the front-rear direction among the three slits of the take out hole 113a is wider compared to the width of the other slits. Therefore, the location where the one end of the household tissue paper P held in the take out hole 113a is supported by the two projecting pieces 113c other than the one in the closer side is dispersed. With this, the one end of the household tissue paper P can be supported more stably in the take out hole 113a.

The other two slits extending to the closer side have widths that are relatively narrow. Therefore, it is possible to prevent one end entering the slit when the household tissue paper P is taken out.

According to the household tissue storage container <NUM> of the present embodiment, the open/close lid <NUM> can be urged in the opening direction by only providing the urging member <NUM> formed by the elastic material in the upper container main body <NUM>.

On the other hand, for example, if a spring shaped urging member is provided standing upward, and this is connected to the open/close lid <NUM>, the bending and extending are repeated each time the open/close lid <NUM> is opened and closed. As a result, such spring portion easily deteriorates, and the urging force to the open/close lid <NUM> tends to weaken quickly. When the urging force to the open/close lid <NUM> weakens to a certain degree, it is not possible to open the open/close lid <NUM> by only one movement.

According to the present embodiment, the urging member <NUM> formed of the elastic material is pressed by the open/close lid <NUM> and the urging force to the open/close lid <NUM> is generated. Therefore, the deformed amount of the portion formed of the elastic material is small and hardly deteriorates. Therefore, it becomes difficult for the urging force on the open/close lid <NUM> to weaken.

Since the storing concave portion <NUM> is provided in the concave portion <NUM>, it is possible to prevent the pressure on the portion of the urging member <NUM> in contact with the concave portion <NUM> to become too large. Therefore, it is possible to reduce the possibility that the urging member <NUM> breaks.

The urging member <NUM> is formed on the rear side of the container main body <NUM>, close to the fulcrum of the rotation of the open/close lid <NUM>. Therefore, the urging force on the open/close lid <NUM> is strengthened and it becomes easy to open.

When the storage space S is closed, the inner edge <NUM> of the upper container main body <NUM> is fitted in the concave groove <NUM> of the lower container main body <NUM>. Therefore, even if pressure is applied to the household tissue storage container <NUM> in the front-rear direction and the left-right direction, the storage space S is not easily exposed, the close of the storage space S is maintained, and the sealing is good.

When the storage space S is closed, the inner edge <NUM> of the upper container main body <NUM> hits the first guide 1212a and the second guide 1212b provided in the lower container main body <NUM>, and is guided to the concave groove <NUM>. Therefore, the storage space S can be closed more reliably.

Since the height of the two first guides 1212a are higher than the height of the second guides 1212b in the up-down direction, when the storage space S is closed, even if the upper container main body <NUM> is slightly twisted with relation to the lower container main body <NUM>, the higher first guide 1212a functions as a guide and makes a correction. Therefore, the storage space S can be closed more reliably.

Further, the two first guides 1212a are provided in both of the left and right ends of the rear surface by extending the left surface and the right surface. With this, the above-described effect is further enhanced.

The second guide 1212b is provided to be wave-shaped. Therefore, compared to providing the second guide 1212b throughout the entire left-right direction, the resistance due to contact can be decreased. Consequently, the open/close movement can be performed more smoothly.

The slipping preventer <NUM> is provided on the upper surface of the lower container main body <NUM>. When the household tissue paper P is taken out from the take out hole 113a, it is difficult for the household tissue paper P in the storage S to move and it is less likely to collapse. Therefore, the household tissue paper P can be stably taken out.

A portion forming the slipping preventer <NUM> comes into contact with the placing surface and functions as the placing portion <NUM>. Therefore, when the household tissue storage container <NUM> is placed on the placing surface, the stability is enhanced.

When the open/close lid <NUM> is closed, the open/close lid side sealing ring <NUM> comes into contact with the outer circumference of the take out portion <NUM>. Therefore, the sealing properties of the storage space S can be enhanced.

The modification of the above embodiment is described below.

In the embodiment, as shown in <FIG> and <FIG>, both of the main body side ribs <NUM> and the button side ribs <NUM> are substantially rectangular. However, the shape is not limited to this, and both of the main body side ribs <NUM> and the button side ribs <NUM> may be formed to be substantially trapezoidal as shown in <FIG>. By having such shape, the contact portions of the main body side ribs <NUM> and the button side ribs <NUM> are inclined surfaces in top view. Therefore, it is further difficult for the button <NUM> to come off in response to the pressing up from the left-right direction.

<FIG> and <FIG> illustrate a case where both of the contact surfaces of the main body side ribs <NUM> and the button side ribs <NUM> are flat surfaces. However, the shape is not limited to this. As shown in <FIG>, the contact surfaces may be formed to be wave-shaped. By such shape, the contact between the main body side ribs <NUM> and the button side ribs <NUM> increases, enabling to increase the strength to the pressing up.

The wave shape is not limited to the curved wave shape, as shown in <FIG>, but may be the straight wave shape. The size of each individual wave does not necessarily have to be the same for all the waves.

The shapes of the main body side ribs <NUM> and the button side ribs <NUM> may be arbitrary shapes as long as button side ribs <NUM> are inserted and fitted between adjacent main body side ribs <NUM> when the button <NUM> is attached to the button attaching portion <NUM>.

The handle <NUM> may be formed in an integrated manner with another portion of the upper container main body <NUM>, or may be a separate portion attached later.

The engaging protrusion <NUM> does not have to be one and two may be provided so as to correspond to each of the two latches <NUM>.

The guide may only include the first guide 1212a or may only include the second guide 1212b.

The first guide 1212a does not have to be provided by extending the left surface or the right surface.

The second guide 1212b does not have to be wave-shaped and may be provided with the same height throughout the left-right direction.

The connector <NUM> described above is described to be formed only in one position near the center of the household tissue storage container <NUM> in the left-right direction. However, the configuration of the connector <NUM> is not limited to the above.

For example, the connector may be the connectors 13A, 13A formed in the left and right of the household tissue storage container 1A. In this case, when the storage space SA is exposed, it becomes difficult for the connector 13A to twist and the stability is enhanced. Moreover, the motion to close the storage space SA again becomes easy to perform.

Alternatively, a connector 13B which covers the entire rear surface side of the household tissue storage container 1B can be used. In this case, when the storage space S is closed, the entire rear surface side of the portion in contact between the upper container main body <NUM> and the lower container main body <NUM> of the household tissue storage container 1B is covered. Therefore, the sealing properties of the storage space S can be further enhanced.

In addition, the configuration of the details of the household tissue storage container <NUM> may be suitably changed without leaving the scope of the present invention.

Claim 1:
A household tissue storage container (<NUM>) comprising: a container main body (<NUM>) in which household tissue paper is stored, and which includes a take out hole (113a) for taking out the household tissue paper; and an open/close lid (<NUM>) which is attached rotatably to the container main body, and which closes the take out hole, wherein
the container main body includes,
an upper container main body (<NUM>) which forms an upper portion of the container main body, a lower container main body (<NUM>) which forms a lower portion of the container main body,
a connector (<NUM>) which connects a rear surface of the upper container main body with a rear surface of the lower container main body, and
a button (<NUM>) which is provided on an upper surface of the upper container main body and which opens and closes the open/close lid,
the upper container main body is rotated with the connector as a fulcrum and a storage space of the lower container main body is closed or exposed,
the button includes,
a button side fitter (<NUM>) which projects downward, and
multiple button side ribs (<NUM>) which project downward from the button, in front of the button side fitter in a front-rear direction,
the upper container main body includes a button attaching portion (<NUM>) to which the button is attached,
the button attaching portion includes,
a main body side fitter (<NUM>) which projects upward and to which the button side fitter is able to be fitted, and
multiple main body side ribs (<NUM>) which project forward from an outer surface of the main body side fitter in the front-rear direction, and
in attaching the button to the button attaching portion, the button side ribs are inserted and fitted between the main body side ribs which are adjacent to each other.