A dispensing box holder includes a base, a plurality of walls, and a retainer member. Each of the plurality of walls extends from the base. A dispensing opening is defined in at least one of the walls. The retainer member is removably received on the base. A box receiving area is defined by the base, the plurality of walls, and the retainer member. The retainer member defines two sides of the box receiving area.

A knitting needle storage/display device includes a display flap, and a main flap, which is foldable at first and second fold regions, to form a first end flap portion, a middle flap portion, and a second end flap portion. A strap, being intermittently secured to the display flap, releasably supports a knitting needle between adjacent pairs of intermittently secured locations. The display flap, being secured to the main flap, can be folded between its first and second ends into a display position, and be releasably secured thereat using hook and loop fastening materials. The folded display flap in the display position exposes the ends of the needles. Snap members releasably secure the first and the second end flap portions together, when respectively folded at the first and second fold regions, in either a closed position, or an open position while the display flap is in the display position.

A knitting needle storage/display device includes a display flap, and a main flap, which is foldable at first and second fold regions, to form a first end flap portion, a middle flap portion, and a second end flap portion. A strap, being intermittently secured to the display flap, releasably supports a knitting needle between adjacent pairs of intermittently secured locations. The display flap, being secured to the main flap, can be folded between its first and second ends into a display position, and be releasably secured thereat using hook and loop fastening materials. The folded display flap in the display position exposes the ends of the needles. Snap members releasably secure the first and the second end flap portions together, when respectively folded at the first and second fold regions, in either a closed position, or an open position while the display flap is in the display position.

A method of acupuncture needle packaging includes inserting an acupuncture needle body of an acupuncture needle including an acupuncture needle handle at an upper portion thereof into an acupuncture needle tube starting from the acupuncture needle handle; disposing the acupuncture needle in the acupuncture needle tube in a state in which the upper portion of the acupuncture needle handle is exposed to an exterior of the acupuncture needle tube; ascending the upper portion of the acupuncture needle handle exposed to the exterior using a pressing jig; irradiating a laser to an area where the acupuncture needle tube and the acupuncture needle handle abut each other; and coupling the acupuncture needle handle and the acupuncture needle tube by thermally deforming the area where the acupuncture needle tube and the acupuncture needle handle abut each other with a heat generated by the laser.

A connected tie strap, including: integrated fixing tie straps or labeled tie straps, and main rib boards, wherein the main rib boards are perpendicular to the length direction of the integrated fixing tie straps or the labeled tie straps; a shunt is disposed between the fixed heads of the integrated fixing tie straps or labels of the labeled tie straps and the main rib boards; also included is an auxiliary rib board, wherein the auxiliary rib is perpendicular to the length direction of the integrated fixing tie straps or the labeled tie straps; the main rib boards and/or the auxiliary rib is further provided thereon with interval positioning holes or interval positioning post, two ends of the main rib boards and/or the auxiliary rib also being respectively provided with positioning holes and/or positioning posts.

A pin cup that may be disposed within a shell, with the shell moving along a vertical axis to accommodate an open or closed position. In an open position the shell may lower, exposing the pins in the pin cup. In a closed position the shell may raise, so as not to disturb the pins in the pin cup, but to allow the lid to cover the pins in a position above the pins. A disclosed embedment (100) may comprise a lid (110) a shell (120) a pin cup (130) and other components. Outer surfaces of a pin cup may interact with inner surfaces of a shell so as to allow the pin cup to lock in a lower position, travel to an upper position, lock in the upper position and be toolessly removed from the shell.

A pin cup that may be disposed within a shell, with the shell moving along a vertical axis to accommodate an open or closed position. In an open position the shell may lower, exposing the pins in the pin cup. In a closed position the shell may raise, so as not to disturb the pins in the pin cup, but to allow the lid to cover the pins in a position above the pins. A disclosed embedment (100) may comprise a lid (110) a shell (120) a pin cup (130) and other components. Outer surfaces of a pin cup may interact with inner surfaces of a shell so as to allow the pin cup to lock in a lower position, travel to an upper position, lock in the upper position and be toolessly removed from the shell.

Provided are a storage container, a microneedle unit, a storage container group, and a method of producing a microneedle unit that enable protection of a microneedle array before puncture and realization of a puncturing property of the microneedle array using a simple member.

The storage container, which stores a microneedle array including a sheet having a first surface and a second surface that oppose each other and a plurality of needles arranged on the first surface of the sheet, includes a first member having an edge portion that defines a second opening and a second member having a depression, in which the microneedle array is stored by superimposing the second member on the first member, and the second member and the first member are deformed by applying a force to the second member in a state in which the second member is superimposed on the first member, and the needles of the microneedle array are allowed to protrude from the first member to puncture a skin.

Provided are a storage container, a microneedle unit, a storage container group, and a method of producing a microneedle unit that enable protection of a microneedle array before puncture and realization of a puncturing property of the microneedle array using a simple member.

The storage container, which stores a microneedle array including a sheet having a first surface and a second surface that oppose each other and a plurality of needles arranged on the first surface of the sheet, includes a first member having an edge portion that defines a second opening and a second member having a depression, in which the microneedle array is stored by superimposing the second member on the first member, and the second member and the first member are deformed by applying a force to the second member in a state in which the second member is superimposed on the first member, and the needles of the microneedle array are allowed to protrude from the first member to puncture a skin.

A screw packing container includes at least a semi-open lid and a container, said lid has a first section and a second section which are connected by a hinge. Even if the user opens the first section of the lid very vigorously, the innovative barb fixing technique used in the second section of the lid can surely prevent the entire lid from being opened. Moreover, this invention utilizes the innovative double support positioning technology to enable the screw packing container still has the function of maintaining a semi-open state after being used for a long time. In this way, the use efficiency of the screw packing container can be improved, and the user can take the screws or other parts in the container more conveniently and safely.