A container for packaging at least one product includes a front wall defining a first foot region at a lower end thereof; a bottom wall connected to a rear wall; first and second side walls connected to the rear wall and the bottom wall being disposed between the front wall and the rear wall, such that a receptacle is defined therebetween, wherein the at least one product is at least partially received between the first and second side walls, and a second foot region attached to the first foot region to form a foot that extends downwardly from the bottom wall away from the receptacle; and supports each opposite the foot, and wherein the container is configured such that upon seating the foot and the supports on a horizontal planar surface the container is inclined obliquely to the horizontal planar surface.

A drug-filled synthetic resin ampule has an ampule body capable of standing by itself and a drug accommodated inside the ampule body. The ampule body has a tip part positioned at an upper part thereof when the ampule body stands by itself, a hollow part having a drug accommodation portion, and a breakable part provided between a lower portion of the tip part and an upper portion of the hollow part. The tip part has pressing portions, for guiding a pressing force applied thereto respectively in a predetermined direction when an operation of breaking the breakable part is performed. The hollow part has a bottom surface part for allowing the ampule body to stand by itself. The bottom surface part has extension portions extended in predetermined directions (X-direction, Y-direction) in which the pressing force applied to the pressing portions respectively is guided when the operation of pressing the pressing portion is performed to break the breakable part.

The present disclosure provides a flexible container. In an embodiment, the flexible container includes (A) four panels adjoined along a common peripheral seal. The common peripheral seal is composed of a first side seal, an opposing second side seal, a top seal, and an opposing bottom seal. The four seals form a chamber. (B) Each panel includes a bottom face, and the four bottom faces are sealed together to define a bottom section. The flexible container includes (C) an upper spout seal extending from the first side seal to the second side seal. The flexible container also includes (D) a lower spout seal. (E) The upper spout seal and the lower spout seal each include a respective spout seal segment and a respective chamber seal segment. (F) The chamber seal segments define a sealed chamber top. (G) The lower spout seal segment is reciprocally aligned with the upper spout seal segment to form a spout. The spout extends from the sealed chamber top to the second side seal.

A film for a pouch having a central layer, a first LLDPE tie layer, a second LLDPE tie layer, an outside HDPE layer, and inside HDPE layer and an inner LLDPE layer. The central layer is an ethylene EVOH, having an inside and an outside opposite the inside and a thickness. The first LLDPE tie layer is on the inside of the EVOH. The second LLDPE tie layer is on the outside of the EVOH. The at least one outside HDPE layer on an outside of the second LLDPE tie layer opposite the EVOH layer. The at least one inside HDPE layer on an inside of the first LLDPE tie layer opposite the EVOH layer. The inner LLDPE layer on an innermost of the at least one inside HDPE layer. The inside PE thickness being at least twice the outside PE thickness.

A flexible thermoformed dispensing package for a flowable material that can be massed produced on a horizontal thermoform-fill-seal (HTFFS) machine includes a container portion that is dimensioned and configured with a flat self-supporting base, integral opposing side walls and a rear wall extending from the base, and a top wall or seam integrally formed from a single sheet or web, the side walls tapering from the base toward the integral rear wall and terminating at the top wall or seam; and a front wall that is heat-sealed as a separate sheet to the periphery of the periphery of the base, side walls and top wall to form a fluid-tight package that maintains a stand-up orientation when in use, and optionally includes an integral dispensing tube with an optional internal extension terminating proximate the supporting base for withdrawing liquid contents from the package.

The present invention provides a crossed staggered and stacked-type air packaging device and a manufacturing method therefor. The crossed staged and stacked-type air packaging device includes at least two inflation packaging main body layers, so as to form an accommodation cavity used for storing an article to be packaged. Each inflation packaging main body layer includes at least one sub-inflation unit. The sub-inflation units of at least two adjacent inflation packaging main body layers have different extending directions, so that at least two adjacent inflation packaging main body layers are arranged in a crossed and staggered manner.

A pouch includes a bag body, a zipper, and a closing sheet. The bag body includes an accommodation space that can accommodate contents, a first aperture for opening the accommodation space, and a second aperture formed so as not to face the first aperture, for opening the accommodation space. The zipper is attached to the bag body, and unseals and seals the first aperture. The zipper includes a male part and a female part. The closing sheet is attached to the bag body so as to separate the male part and the female part of the zipper from the accommodation space. The closing sheet includes a weakened part that can be broken when unsealing of the zipper.

A vending device of air bag packaging arrangement and its monitoring system and method, wherein the device comprise a storage unit for storing the air bag packaging arrangement; a controlling unit which comprises a selection module, a payment module and a processor, and the selection module and the payment module are operatively connected with the processor, wherein the selection module is used to assistant to select types of the air bag packaging arrangement, wherein the payment module is used to assistant to complete the payment of the selected air bag packaging arrangement; and an allocation unit operatively connected with the processor and provides the air bag packaging arrangement which is selected and paid to buyer under controlling of the processor.

A standing-type air-filled packaging apparatus and a manufacturing method therefor are provided. The apparatus includes an inflatable body and an inflation valve. The inflatable body includes multiple inflatable units that are formed by stacking together at least two layers of air chamber films and are connected with each other. The inflatable units are heat-sealed and bent to form an air-filled packaging apparatus provided with at least one accommodating chamber used for accommodating an item to be packaged. The inflation valve is mounted on the inflatable body to inflate the inflatable body. At least one distal side of the solid air-filled packaging apparatus forms an annular support part. When the air-filled packaging apparatus is inflated, the annular support part is suitable for standing on a surrounding surface, thus allowing the packaging apparatus to be in a firm standing state.

The present disclosure provides a flexible container. In an embodiment, the flexible container includes (A) four panels adjoined along a common peripheral seal. The common peripheral seal is composed of a first side seal, an opposing second side seal, a top seal, and an opposing bottom seal. The four seals form a chamber. (B) Each panel includes a bottom face, and the four bottom faces are sealed together to define a bottom section. The flexible container includes (C) an upper spout seal extending from the first side seal to the second side seal. The flexible container also includes (D) a lower spout seal. (E) The upper spout seal and the lower spout seal each include a respective spout seal segment and a respective chamber seal segment. (F) The chamber seal segments define a sealed chamber top. (G) The lower spout seal segment is reciprocally aligned with the upper spout seal segment to form a spout. The spout extends from the sealed chamber top to the second side seal.