초록 ▼

A container has a cup-like lower body that receives liquid therein, the lower body having a bottom wall and an open upper mouth. The container also has an inverted cup-like upper body having a top wall and an open lower mouth, and an opening provided in the top wall. The upper body is removably conn

A container has a cup-like lower body that receives liquid therein, the lower body having a bottom wall and an open upper mouth. The container also has an inverted cup-like upper body having a top wall and an open lower mouth, and an opening provided in the top wall. The upper body is removably connected to the lower body with the open mouths thereof in communication with each other to form an interior chamber. The container also includes a lid pivotably coupled to the top wall and covering the opening, and a stopper inserted through the opening.

대표청구항 ▼

A container has a cup-like lower body that receives liquid therein, the lower body having a bottom wall and an open upper mouth. The container also has an inverted cup-like upper body having a top wall and an open lower mouth, and an opening provided in the top wall. The upper body is removably conn

A container has a cup-like lower body that receives liquid therein, the lower body having a bottom wall and an open upper mouth. The container also has an inverted cup-like upper body having a top wall and an open lower mouth, and an opening provided in the top wall. The upper body is removably connected to the lower body with the open mouths thereof in communication with each other to form an interior chamber. The container also includes a lid pivotably coupled to the top wall and covering the opening, and a stopper inserted through the opening. of a substrate on which the partitioning ribs are to be formed. 9. Equipment for fabricating partitioning ribs of a plasma display device as set forth in claim 1, wherein said head has plural nozzle members arrayed, and wherein said head is designed to vary its angular position relative to said substrate within a plane parallel to a main face of the substrate on which the partitioning ribs should be formed. 10. Equipment for fabricating partitioning ribs of a plasma display device as set forth in claim 1, further comprising a head distance control means for controlling position of at least one of said head and a substrate on which the partitioning ribs should be formed to maintain constant relative distance between said head and said substrate when the partitioning ribs are formed. 11. Equipment for fabricating partitioning ribs of a plasma display device as set forth in claim 1, further comprising an ejection amount control means for controlling the amount of partitioning rib grains ejected from said nozzle member to make uniform formed partitioning ribs in height. 12. A method for fabricating partitioning ribs of a plasma display device, said method comprising: ejecting partitioning rib grains from a nozzle member to form said partitioning ribs, wherein the nozzle member has plural recording electrodes arranged in a direction perpendicular to a direction in which the partitioning rib grains are ejected; and controlling an ejection voltage applied to the recording electrodes such that the nozzle ejects partitioning rib grains having different aspect ratios. 13. A method for fabricating partitioning ribs of a plasma display device, said method comprising: ejecting partitioning rib grains from a nozzle member to form said partitioning ribs, wherein the nozzle member has plural recording electrodes arranged in a direction perpendicular to a direction in which the partitioning rib grains are ejected; and controlling an ejection voltage applied to the recording electrodes, as the nozzle ejects spherical partitioning rib grains, to control spherical diameters of said spherical partitioning rib grains. 14. A method for fabricating partitioning ribs of a plasma display device, said method comprising: positioning the nozzle member on an X-Y plane; and ejecting partitioning rib grains from a nozzle member to form said partitioning ribs, wherein the nozzle member has plural recording electrodes arranged in a direction perpendicular to a direction in which the partitioning rib grains are ejected, wherein the nozzle member is tilted with respect to the X-Y plane such that partitioning rib grains ejected from said nozzle member follow a trajectory in a direction crossing a normal to the X-Y plane such that the ejected partitioning rib grains will adhere to a substrate while assuming a substantially elliptical form. 15. A method for fabricating partitioning ribs of a plasma display device, said method comprising: ejecting first partitioning rib grains including a first partitioning rib material from a nozzle member to partially form said partitioning ribs, wherein the nozzle member has plural recording electrodes arranged in a direction perpendicular to a direction in which the partitioning rib grains are ejected; and ejecting second partitioning rib grains including a second partitioning rib material from the nozzle member, wherein the second partitioning rib material has no affinity with said first partitioning rib material such that the second partitioning rib grains erase convex portions on said the partially formed partitioning ribs to further form the partitioning ribs. 16. A method for fabricating partitioning ribs of a plasma display device, said method comprising: ejecting first partitioning rib grains including a first partitioning rib material from a nozzle member to partially form said partitioning ribs, wherein the nozzle member has plural recording electrodes arranged in a direction perpendicular