54 results about "Package insert" patented technology

A package is disclosed having integral means to seal an opening in a packaged product, such as a capless writing instrument, in order to protect material within the packaged product, such as ink, from excessive exposure to air while stored in the package. The package may be of any type used to contain articles of merchandise, including, without limitation, a blister package, a clamshell package, a closed tube, or a box. A plug portion attached to or molded into the interior of the package is sized and positioned so that it fits sealingly in an opening of a product contained within said package in order to prevent or minimize passage of air through said opening. Also disclosed is a package insert for holding an article of merchandise securely within a package while sealing an opening in the merchandise.

A package for articles includes a structural insert for supporting a stack of articles, and a flexible outer covering containing the insert and the articles. The insert has a base and two opposed side walls extending from the base to define a generally U-shaped channel for receiving and supporting the stack of articles. Each side wall of the insert includes at least one cut-out for reducing the mass and bulk of the insert while retaining sufficient strength for stacking the package above and below other such packages.

The stack package may have a structure in which unit packages may be inserted into slots of a receiving substrate. The unit package may have a plurality of connecting pads. The receiving substrate may have substrate pads, which may be electrically connected to the connecting pads of the unit packages inserted in the slots by mechanical contact. The slots may be provided at regular vertical intervals so that the unit packages may be stacked in the vertical direction. A semiconductor module may include stack packages installed on at least one surface of a module substrate.

The invention provides a medicine box capable of accurately quantifying as needed and easily taking out capsules through one key, and relates to the field of packing containers in the medicine industry. The disordered capsules contained in medicine storage space fall into orientation space for orientation through medicine falling space under the one-key pressing force effect through a preferable orientation, quantification and separated object taking integration structure and through the synchronization effect of a directional stirring mechanism and a separated object taking mechanism; the oriented capsules fall into quantifying space for quantification; and the quantified capsules are easily taken out through the separated object taking mechanism. The medicine box realizes the functions of accurate quantification according to the package insert taking dosage and one-key easy taking, and solves the problem of inaccurate quantification through visual inspection and manual counting in each time of medicine taking in a traditional medicine box and the problems of wastes and insanitation caused by easy splashing and easy pollution; and the medicine box is novel in design thought, sensitive in response, accurate in quantification, simple in operation, low in production cost, economical, applicable and high in generality.

To provide a resin sealing mold adjusting method and a resin sealing mold which are capable of easily coping with a change in the thickness of a resin molding part, in a resin sealing package. According to the present invention, an upper mold 1 is composed of an upper mold die set 11 and an upper mold chess 12. The upper mold die set 11 is a member which supports the upper mold chess 12. In addition, the upper mold chess 12 has a holder base 20, a base plate 30, and a package insert 40. Spring members 60 are disposed between the holder base 20 and the base plate 30 and downwardly bias the holder base 20 and the package insert 40.

An insulated packaging insert, and apparatus and a method of producing the insert are disclosed, wherein a sealing and a cutting process for producing the insert from a blank of material optimizes a fit of the insert to a shipping container; minimizes a contamination of the insert; and minimizes a cost of the insert.