A flexible pail having a container that is adapted to stand upright. The container may have a flexible sheet, a cover, a base, a flap and an odor barrier. The cover may be attached to a first upper end of the flexible sheet, while the base may be attached to a second lower end of the flexible sheet. The cover may have a flap pivotably attached thereto, such that the flap is adapted to pivot between an open position and a closed position. The cover may further have an opening and an odor barrier disposed in the opening.

The present invention is directed to a bag of polymeric film and a method to make the bag. The bag can be comprised of a front panel and a rear panel. The front and rear panels can each be comprised of multiple layers of film. The bag can be formed from a collapsed bubble of polymeric film that has been folded in half so that opposing edges of the collapsed bubble form an opening of the bag. One of the layers of the folded bubble can be split adjacent to an edge of the collapsed bubble and a draw tape film can be inserted between the layers of the folded and collapsed bubble. The collapsed bubble can further be embossed by a pattern that can provide enhanced properties to bags formed from the folded bubble.

The present invention relates to improvements for the manufacturing of a wave-cut bag of polymeric film, more specifically a wave-cut bag with a body having improved shock, tear and puncture resistance. The polymeric film has an embossed pattern of a plurality of embossed regions that are comprised of a plurality of parallel, linear embosses. Further disclosed is a process for intermittently applying the embossed pattern to a collapsed tube of a blown film extrusion process. The collapsed tube with the intermittently applied embossed pattern is particularly well suited for constructing wave-cut trash bags with the embossed pattern applied to a central body of the wave-cut bags.

The present invention is directed to a drawstring bag comprising a first panel and a second panel. The first panel and the second panel are joined along a first side, a bottom, and a second side. The first panel and the second panel thereby define an upper opening of the bag. The drawstring bag may further comprise a wave shaped drawstring disposed within a first hem along the upper opening of the bag in the first panel and a second wave shaped drawstring disposed within a second hem along the upper opening of the bag in the second panel. Each of the wave shaped drawstrings may be out stretched prior to insertion into the corresponding hem to narrow the upper opening of the bag to provide for the bag gripping the openings of trash containers.

A wearable litter receptacle comprises a container defining an interior volume and having a litter-receiving opening that opens into the interior volume, shoulder straps coupled to the container whereby the receptacle can be worn as a backpack, and a lid, wherein the lid is hinged to the container adjacent the shoulder straps so that the lid can pivot between an open position in which the opening of the container is exposed, and a closed position in which the lid covers the opening. At least one pull is coupled to the lid and adapted to move the lid from the closed position to the open position by pulling upon the pull. When the container is worn by a user with the lid in the open position, the lid forms a shield to protect the back of the user's head.

A refuse receptacle 10 comprising a plurality of wall panels 11, 12 joined to each other about a plurality of hinged joint arrangements 13. The refuse receptacle 10 comprises a first configuration being a generally planar storage configuration, and a second configuration, wherein the wall panels 11 are positionable relative to each other to form a receptacle having a refuse accepting space 14 defined by said plurality of wall panels 11. Advantageously, the refuse receptacle 10 can be quickly deployed for use from the first configuration to the second configuration, and returned to the first configuration for storage when use is complete.

A lawn refuse disposal assembly includes a lawn refuse bag comprising a bag body defining a top end; and a bag insert comprising a bag stand and a rake detachably coupled to the bag stand, the bag stand inserted into an interior cavity of the lawn refuse bag through the top end, the rake configured to shift lawn refuse into the lawn refuse bag.

A lawn refuse bag includes a lawn bag body defining a top end and an interior cavity, the top end defining a top lawn bag opening, the lawn refuse bag configured to receive lawn refuse in the interior cavity through the top lawn bag opening in an open orientation of the lawn refuse bag; a first lawn bag handle assembly coupled to the lawn bag body at the top end; and a second lawn bag handle assembly coupled to the lawn bag body at the top end; wherein the lawn bag body defines a height and a width, and wherein the lawn bag body defines a height-to-width ratio in the open orientation of about 1.6.

A liner comprising a first section and a second section being joined along at least three edges and a fourth edge of the first section and the second section defining an opening of the liner. A liner having a drawstring wherein a first channel can be sealed around the drawstring and proximal to the opening of the first section and the second section. An elastic band wherein the second channel can be sealed around the elastic band and substantially below the drawstring and proximal to the opening of the first section and second section. A pad wherein the pad can substantially line at least one edge of the liner. The liner can be sized to fit a standard bedpan, commode, or trashcan. The liner can be generally circular or rectangular. The liner limits the opportunities for potential cross-contamination with surfaces or other people and removes the need to clean the bedpan while still maintaining sanitary conditions.