The present invention provides a packaging container for bulk solids, the container comprising a container body and a container lid. The container body includes wall portions that define a container opening. The lid comprises an upper outer lid surface which includes a slanted lid surface. The upper outer lid surface and the slanted lid surface each having a projected surface in the plane of the container opening. The projected surface of the slanted lid surface constitutes from 40% to 100%, 50% to 90%, or 60% to 80% of the projected surface of the upper outer lid surface. The slanted lid surface is slanted such that when the lid is in a closed position at the container opening, a front end edge of the slanted lid surface is located lower in the height direction of the container than a rear end edge of the slanted lid surface.

A storage container comprised of a container bottom, and with multiple sealable covers, configured to connect the covers to the container bottom in both open and closed arrangements. Additionally, each of said covers will seal to the container bottom, and each of said covers will seal to an opposing cover. The containers may be proportioned to stack or nest into other open containers, as well as on top of containers with closed covers. The containers may also allow open covers to rest vertically alongside the container without significantly contacting the surface the container is resting on.

A removable lid for a drinking cup is described. The removable lid has a top side with an ellipsoidal recession having a bottom opening. A baffle wall extends from the perimeter of the bottom opening, and is configured to prevent a beverage from passing through the bottom opening upon sudden movement of the beverage. The ellipsoidal recession may be designed so that a hot beverage being consumed through the removable lid is exposed to more outside air for cooling purposes. The same ellipsoidal recession may be designed to funnel added ingredients into a beverage. The removable lid may have a stirrer opening so that stirrers may be inserted and taken out without lid removal. For additional strength, the surface of the removable lid may be textured to increase its moment of inertia. The bottom opening of the removable lid may be closed using a fitted blocking plug.

A removable lid for a drinking cup is described. The removable lid has a top side with an ellipsoidal recession having a bottom opening. A baffle wall extends from the perimeter of the bottom opening, and is configured to prevent a beverage from passing through the bottom opening upon sudden movement of the beverage. The ellipsoidal recession may be designed so that a hot beverage being consumed through the removable lid is exposed to more outside air for cooling purposes. The same ellipsoidal recession may be designed to funnel added ingredients into a beverage. The removable lid may have a stirrer opening so that stirrers may be inserted and taken out without lid removal. For additional strength, the surface of the removable lid may be textured to increase its moment of inertia. The bottom opening of the removable lid may be closed using a fitted blocking plug.

Disclosed is a beverage cup lid, in which the beverage cup lid (A) is coupled to a beverage cup (C), and is provided with a dispensing opening and a vent hole, the beverage cup lid including: a lid main body (10) including an engaging groove (11) provided at an edge of the lid main body to be engaged with an engaging protrusion (31) provided at an upper portion of the beverage cup (C), a dispensing opening (12) configured to be open upward at an upper portion of the lid main body, with a cap (13) being attached thereto, and a first vent hole (17) formed at an upper center of the lid main body to allow outside air or inside air of the beverage cup (C) to flow inside and outside the beverage cup (C), wherein the lid main body (10) is provided with a spiral groove portion (15).

A replacement lead case includes a case body that forms an inner space surrounded by a rear surface plate and right and left leg plates as a replacement lead accommodation room and has a lid body on the tip end thereof and a case part on a rear part thereof via a bendable thin part provided on the rear surface plate, and a cover member that has a U-shaped cross-section orthogonal to a longitudinal direction molded by a front surface plate and right and left outer leg plates covers the replacement lead accommodation room on a case body with the front surface plate and slidably supports the case body in the longitudinal direction with the leg plates positioned on the inside of the outer leg plates. A rail-shaped guide is formed on the lid body along the longitudinal direction, and the cover member includes a slider that contacts the guide.

The present invention provides a packaging container for bulk solids, the container comprising a container body and a container lid. The container body includes wall portions that define a container opening. The lid comprises an upper outer lid surface which includes a slanted lid surface. The upper outer lid surface and the slanted lid surface each having a projected surface in the plane of the container opening. The projected surface of the slanted lid surface constitutes from 40% to 100%, 50% to 90%, or 60% to 80% of the projected surface of the upper outer lid surface. The slanted lid surface is slanted such that when the lid is in a closed position at the container opening, a front end edge of the slanted lid surface is located lower in the height direction of the container than a rear end edge of the slanted lid surface.

A removable lid for a drinking cup is described. The removable lid has a top side with an ellipsoidal recession having a bottom opening. A baffle wall extends from the perimeter of the bottom opening, and is configured to prevent a beverage from passing through the bottom opening upon sudden movement of the beverage. The ellipsoidal recession may be designed so that a hot beverage being consumed through the removable lid is exposed to more outside air for cooling purposes. The same ellipsoidal recession may be designed to funnel added ingredients into a beverage. The removable lid may have a stirrer opening so that stirrers may be inserted and taken out without lid removal. For additional strength, the surface of the removable lid may be textured to increase its moment of inertia. The bottom opening of the removable lid may be closed using a fitted blocking plug.

A removable lid for a drinking cup is described. The removable lid has a top side with an ellipsoidal recession having a bottom opening. A baffle wall extends from the perimeter of the bottom opening, and is configured to prevent a beverage from passing through the bottom opening upon sudden movement of the beverage. The ellipsoidal recession may be designed so that a hot beverage being consumed through the removable lid is exposed to more outside air for cooling purposes. The same ellipsoidal recession may be designed to funnel added ingredients into a beverage. The removable lid may have a stirrer opening so that stirrers may be inserted and taken out without lid removal. For additional strength, the surface of the removable lid may be textured to increase its moment of inertia. The bottom opening of the removable lid may be closed using a fitted blocking plug.

A removable lid for a drinking cup is described. The removable lid has a top side with an ellipsoidal recession having a bottom opening. A baffle wall extends from the perimeter of the bottom opening, and is configured to prevent a beverage from passing through the bottom opening upon sudden movement of the beverage. The ellipsoidal recession may be designed so that a hot beverage being consumed through the removable lid is exposed to more outside air for cooling purposes. The same ellipsoidal recession may be designed to funnel added ingredients into a beverage. The removable lid may have a stirrer opening so that stirrers may be inserted and taken out without lid removal. For additional strength, the surface of the removable lid may be textured to increase its moment of inertia. The bottom opening of the removable lid may be closed using a fitted blocking plug.