One aspect of the present disclosure provides a wipe container allowing a cleaning wipe to be withdrawn without contact, the wipe container including a container main body configured to provide a space in which the cleaning wipe is stored, a container cover detachably coupled to an upper portion of the container main body to seal the container main body and control opening and closing of the container main body, a sub-cover provided in a portion of the container cover and whose opening and closing is controlled by pressure caused by an external force to seal the container main body, and withdrawal tongs inserted into the container main body due to having a portion coupled to the sub-cover and configured to be caught on the cleaning wipe accommodated in the container main body, wherein the withdrawal tongs include a coupling portion manufactured in a shape that corresponds to the sub-cover and detachably coupled to the sub-cover, a hook formed to protrude from a portion of a lower portion of the coupling portion and inserted into the container main body to hold the cleaning wipe, and a withdrawal tongs handle formed to protrude in a predetermined shape from an upper portion of the coupling portion so as to be held.

One aspect of the present disclosure provides a wipe container allowing a cleaning wipe to be withdrawn without contact, the wipe container including a container main body configured to provide a space in which the cleaning wipe is stored, a container cover detachably coupled to an upper portion of the container main body to seal the container main body and control opening and closing of the container main body, a sub-cover provided in a portion of the container cover and whose opening and closing is controlled by pressure caused by an external force to seal the container main body, and withdrawal tongs inserted into the container main body due to having a portion coupled to the sub-cover and configured to be caught on the cleaning wipe accommodated in the container main body, wherein the withdrawal tongs include a coupling portion manufactured in a shape that corresponds to the sub-cover and detachably coupled to the sub-cover, a hook formed to protrude from a portion of a lower portion of the coupling portion and inserted into the container main body to hold the cleaning wipe, and a withdrawal tongs handle formed to protrude in a predetermined shape from an upper portion of the coupling portion so as to be held.

Apparatus and Method for Manufacturing a Smoking Article Pack An apparatus (10) for manufacturing a sealed pack (20, 34, 36, 37) of smoking articles (2) and modifying an internal atmosphere thereof. The apparatus (10) comprises a handling mechanism (13) for conveying a sealed pack (20) of smoking articles (2) within the apparatus (10). The handling mechanism (13) includes a support plate (24) against which a pack (20) abuts during conveyance by the handling mechanism (13). The support plate (24) includes a gas port (29). The apparatus (10) is configured such that, as a pack (20) is conveyed by the handling mechanism (13) in abutment with the support plate (24), the gas port (29) may engage a valve (4) formed in the pack (20) to enable a gaseous atmosphere within the sealed (20) pack to be modified. Also, a method of manufacturing a pack (37) of smoking articles (2) by means of such an apparatus (10).

The present specification discloses an insert for a fluid product container that provides one or optionally both of a fluid aeration insert, that aerates the fluid product during the pour, and a cryogenic additive insert, that protects the fluid product container from exposure to the extreme low temperatures of a cryogenic additive, such as liquid nitrogen, that can cause damaging interaction with the container lining that exposes fluid product to the bare metal of the container, negatively affecting the flavor or safety of a beverage and/or causing structural damage to the container. The cryogenic additive insert provides a cryogenic additive tray having a cryogenic additive holding concavity that receives and hold a cryogenic additive during the filling process such that the cryogenic additive is isolated from the walls of the container. The fluid aeration insert includes a multiplicity of aeration openings through which the fluid product must flow during pouring.

The present specification discloses an insert for a fluid product container that provides one or optionally both of a fluid aeration insert, that aerates the fluid product during the pour, and a cryogenic additive insert, that protects the fluid product container from exposure to the extreme low temperatures of a cryogenic additive, such as liquid nitrogen, that can cause damaging interaction with the container lining that exposes fluid product to the bare metal of the container, negatively affecting the flavor or safety of a beverage and/or causing structural damage to the container. The cryogenic additive insert provides a cryogenic additive tray having a cryogenic additive holding concavity that receives and hold a cryogenic additive during the filling process such that the cryogenic additive is isolated from the walls of the container. The fluid aeration insert includes a multiplicity of aeration openings through which the fluid product must flow during pouring.

A polyethylene-based thermally-shrinkable film for pack-in box packaging, in which: a product is not damaged due to breakage or looseness of a film during packaging and transportation of the product; because of the low-temperature shrink characteristic, the product is not exposed to excessively high heat during shrink wrapping and power consumption in a shrink tunnel can be reduced; and because of a small thickness of the film, garbage and other wastes can be reduced. The film is a polyethylene-based thermally-shrinkable multilayer film for pack-in box packaging obtained by biaxial orientation in MD and TD and stretching in MD only further after biaxial orientation. Preferably, the film is a polyethylene-based thermally-shrinkable multilayer film for pack-in box packaging in which the film as a whole has a thickness of 25 μm or less.

A pill assembly configured to receive the correct selection of medications in the correct dosages for a particular patient. The pill assembly comprises containers wherein at least one of the containers is configured to receive a plurality of different pills. The containers are adjacent to one another. The pill assembly also comprises a plurality of lids. Each of the lids is configured to seal a corresponding container. The containers have a top surface with a flange that is configured to receive the corresponding lid. Each lid has a surface that is configured to receive a printable indicia with patient specific information. The pill assembly may also comprise a sleeve that is configured to slidably interface with the containers.

A tag applicator, and a method, for applying a tag, having an elastic loop, to a product. The tag applicator includes a linear actuator, and a pair of tag arms, one end of each being pivotably connected to the linear actuator. The two arms are biased toward each other, such as by a spring. A separator is positioned between the tag arms, so as to force the tag arms to separate as the linear actuator extends. A finger or tag hook is connected at the end of each tag arm, configured and positioned to connect to or insert into the elastic loop, and to extend the elastic loop as the tag arms are separated. With the tag loop held open, the product moves into the loop, and the tag is thereby applied to the product.

The invention relates to a method of operating an apparatus for applying drinking straws to packaging containers. The method comprises the step of moving a drinking straw carrier from an application position to the leaving position, in a packaging container moving direction, maintaining a velocity in that direction being equal to a constant velocity of a first conveyor. The invention also relates to an apparatus being operated according to the method.

To provide a hydrogen-containing water product which maintains the oxidation-reduction potential at a low value even when a certain period of time elapses after manufacture.

A hydrogen-containing water product for beverage including: a packaging container with a straw having a sealing cap attached to an opening; hydrogen-containing water filled in the container under pressure; and a gas atmosphere that is generated in a space above the hydrogen-containing water in the container by a heat treatment conducted after the filling under pressure and is present even when at least 90 days elapse after generation, wherein the hydrogen-containing water has an oxidation-reduction potential of {[−59×(pH value of hydrogen-containing water in hydrogen-containing water product for beverage after elapse of 90 days)]−170} mV or less when being stored at normal temperature for at least 90 days after manufacture.